Home     Genomes     Genome Browser     Blat     Tables     PCR     Session    FAQ     Help  
  Value histogram for bosTau4.gbMiscDiff.notes
 
valuecountgraph
'G' in cDNA is 'A' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.8352************************************************************
compared to genomic sequence6932**************************************************
'T' in cDNA is 'C' in the mouse genome.4183******************************
'G' in cDNA is 'A' in the mouse genome.4141******************************
'C' in cDNA is 'T' in the mouse genome.4004*****************************
'A' in cDNA is 'G' in the mouse genome.3728***************************
'T' in cDNA is 'C' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3491*************************
'A' in cDNA is 'G' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3327************************
'C' in cDNA is 'T' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2783********************
'G' in cDNA is 'A' in the human genome.2549******************
'C' in cDNA is 'T' in the human genome.1981**************
not present in genomic sequence1829*************
'A' in cDNA is 'C' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1828*************
1 base in cDNA is not found in the mouse genome.1551***********
'A' in cDNA is 'G' in the human genome.1503***********
'G' in cDNA is 'C' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1497***********
polyA tail: 15 bases do not align to the human genome.1432**********
'T' in cDNA is 'C' in the human genome.1291*********
polyA tail: 14 bases do not align to the human genome.1223*********
compared to genome1217*********
'G' in cDNA is 'A' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1146********
'C' in cDNA is 'A' in the mouse genome.1124********
'T' in cDNA is 'G' in the mouse genome.1116********
'G' in cDNA is 'T' in the mouse genome.1066********
'C' in cDNA is 'T' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1056********
'T' in cDNA is 'G' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1034*******
'C' in cDNA is 'G' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1003*******
1 base in cDNA is not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.992*******
1 base in cDNA is not found in the human genome.935*******
'A' in cDNA is 'C' in the mouse genome.905*******
'C' in cDNA is 'G' in the mouse genome.892******
'T' in cDNA is 'A' in the mouse genome.891******
'A' in cDNA is 'T' in the mouse genome.875******
polyA tail: 16 bases do not align to the human genome.869******
polyA tail: 17 bases do not align to the human genome.842******
'G' in cDNA is 'C' in the mouse genome.842******
'G' in cDNA is 'T' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.837******
'T' in cDNA is 'A' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.805******
polyA tail: 14 bases do not align to the mouse genome.789******
'A' in cDNA is 'G' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.751*****
polyA tail: 13 bases do not align to the human genome.750*****
'C' in cDNA is 'A' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.697*****
1 base at the 5' end does not align to the human genome.689*****
1 base in cDNA is not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.654*****
'T' in cDNA is 'C' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.620****
'G' in cDNA is 'C' in the human genome.611****
'T' in cDNA is 'C' in the mouse genome; no amino acid change.598****
'C' in cDNA is 'T' in the mouse genome; no amino acid change.595****
polyA tail: 15 bases do not align to the mouse genome.594****
'A' in cDNA is 'T' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.590****
1 base in the mouse genome, T, is not found in cDNA.575****
'C' in cDNA is 'G' in the human genome.572****
'A' in cDNA is 'C' in the human genome.548****
compared to genomic sequence resulting in an amino acid sequence difference524****
1 base in the mouse genome, A, is not found in cDNA.504****
'G' in cDNA is 'T' in the human genome.496****
polyA tail: 18 bases do not align to the human genome.493****
polyA tail: 12 bases do not align to the human genome.479***
polyA tail: 16 bases do not align to the mouse genome.474***
polyA tail: 13 bases do not align to the mouse genome.462***
'T' in cDNA is 'G' in the human genome.455***
'A' in cDNA is 'G' in the mouse genome; no amino acid change.447***
'G' in cDNA is 'A' in the mouse genome; no amino acid change.440***
(null)435***
'C' in cDNA is 'A' in the human genome.429***
1 base in the human genome, T, is not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.425***
3 bases at the 5' end do not align to the human genome.422***
1 base in the human genome, A, is not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.420***
polyA tail: 17 bases do not align to the mouse genome.415***
'A' in cDNA is 'T' in the human genome.412***
'T' in cDNA is 'C' in the human genome; no amino acid change. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.387***
2 bases in cDNA are not found in the mouse genome.385***
1 base in the mouse genome, G, is not found in cDNA.374***
in the human genome : AA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.372***
'T' in cDNA is 'A' in the human genome.368***
polyA tail: 18 bases do not align to the mouse genome.363***
polyA tail: 29 bases do not align to the human genome.361***
polyA tail: 31 bases do not align to the human genome.361***
4 bases at the 5' end do not align to the human genome.343**
polyA tail: 30 bases do not align to the human genome.342**
polyA tail: 28 bases do not align to the human genome.330**
'C' in cDNA is 'T' in the human genome; no amino acid change.325**
polyA tail: 19 bases do not align to the human genome.314**
polyA tail: 27 bases do not align to the human genome.313**
'A' in cDNA is 'G' in the human genome; no amino acid change. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.313**
2 bases at the 5' end do not align to the human genome.312**
polyA tail: 19 bases do not align to the mouse genome.307**
polyA tail: 12 bases do not align to the mouse genome.304**
1 base in the human genome, T, is not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.301**
polyA tail: 26 bases do not align to the human genome.298**
1 base in the human genome, C, is not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.289**
'T' in cDNA is 'C' in the human genome; no amino acid change.289**
polyA tail: 21 bases do not align to the mouse genome.283**
11 bases at the 5' end do not align to the mouse genome.281**
'C' in cDNA is 'G' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.280**
polyA tail: 11 bases do not align to the human genome.280**
1 base in the mouse genome, C, is not found in cDNA.280**
polyA tail: 20 bases do not align to the mouse genome.277**
polyA tail: 25 bases do not align to the human genome.270**
1 base in the human genome, T, is not found in cDNA.264**
polyA tail: 22 bases do not align to the mouse genome.256**
12 bases at the 5' end do not align to the mouse genome.249**
5 bases at the 5' end do not align to the human genome.245**
2 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.241**
polyA tail: 24 bases do not align to the human genome.241**
1 base at the 3' end does not align to the human genome.239**
'C' in cDNA is 'T' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below236**
polyA tail: 20 bases do not align to the human genome.230**
polyA tail: 21 bases do not align to the human genome.230**
'G' in cDNA is 'C' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.227**
1 base in the human genome, A, is not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.225**
polyA tail: 23 bases do not align to the mouse genome.224**
'C' in cDNA is 'A' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.222**
1 base in the human genome, G, is not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.214**
polyA tail: 10 bases do not align to the human genome.214**
'G' in cDNA is 'T' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.212**
polyA tail: 22 bases do not align to the human genome.211**
1 base at the 5' end does not align to the mouse genome.209**
polyA tail: 24 bases do not align to the mouse genome.208*
'C' in cDNA is 'T' in the human genome; no amino acid change. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.206*
'A' in cDNA is 'G' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below203*
'T' in cDNA is 'C' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below200*
'G' in cDNA is 'A' in the human genome; no amino acid change.199*
'A' in cDNA is 'C' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.198*
polyA tail: 31 bases do not align to the mouse genome.196*
2 bases in cDNA are not found in the human genome.195*
polyA tail: 23 bases do not align to the human genome.192*
3 bases in cDNA are not found in the mouse genome.190*
polyA tail: 11 bases do not align to the mouse genome.187*
'G' in cDNA is 'A' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below186*
1 base in the human genome, A, is not found in cDNA.185*
'G' in cDNA is 'A' in the human genome; no amino acid change. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.185*
polyA tail: 32 bases do not align to the human genome.184*
9 bases at the 5' end do not align to the mouse genome.178*
in the mouse genome : TG.174*
polyA tail: 29 bases do not align to the mouse genome.173*
polyA tail: 26 bases do not align to the mouse genome.172*
'T' in cDNA is 'G' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.165*
11 bases at the 5' end do not align to the human genome.164*
in the mouse genome : CA.162*
'A' in cDNA is 'T' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.162*
polyA tail: 27 bases do not align to the mouse genome.160*
polyA tail: 9 bases do not align to the human genome.158*
polyA tail: 28 bases do not align to the mouse genome.154*
polyA tail: 10 bases do not align to the mouse genome.152*
polyA tail: 30 bases do not align to the mouse genome.149*
polyA tail: 25 bases do not align to the mouse genome.147*
4 bases in cDNA are not found in the mouse genome.144*
2 bases at the 3' end do not align to the human genome.143*
'A' in cDNA is 'G' in the human genome; no amino acid change.143*
polyA tail: 33 bases do not align to the human genome.142*
10 bases at the 5' end do not align to the mouse genome.142*
'C' in cDNA is 'T' in the human genome; no amino acid change. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.137*
'T' in cDNA is 'A' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.135*
compared to genome; this base change does not affect the original amino acid sequence131*
polyA tail: 34 bases do not align to the human genome.130*
1 base in the human genome, C, is not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.129*
polyA tail: 36 bases do not align to the human genome.118*
polyA tail: 32 bases do not align to the mouse genome.118*
in the mouse genome : AA.118*
in the mouse genome : CT.117*
in the mouse genome : TT.112*
polyA tail: 35 bases do not align to the human genome.111*
polyA tail: 39 bases do not align to the human genome.111*
polyA tail: 38 bases do not align to the human genome.110*
polyA tail: 37 bases do not align to the human genome.110*
3 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.110*
'C' in cDNA is 'A' in the mouse genome; no amino acid change.107*
2 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.107*
in the mouse genome : CC.107*
1 base in the human genome, G, is not found in cDNA.106*
polyA tail: 8 bases do not align to the human genome.105*
1 base at the 3' end does not align to the mouse genome.104*
3 bases at the 3' end do not align to the human genome.103*
1 base in the human genome, G, is not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.103*
6 bases at the 5' end do not align to the human genome.102*
3 bases at the 5' end do not align to the mouse genome.98*
in the mouse genome : AG.98*
'G' in cDNA is 'A' in the human genome; no amino acid change. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.98*
polyA tail: 42 bases do not align to the human genome.96*
polyA tail: 40 bases do not align to the human genome.95*
1 base in the human genome, C, is not found in cDNA.94*
in the mouse genome : GG.94*
polyA tail: 9 bases do not align to the mouse genome.93*
polyA tail: 33 bases do not align to the mouse genome.92*
12 bases at the 5' end do not align to the human genome.90*
mismatch relative to genomic90*
polyA tail: 41 bases do not align to the human genome.86*
polyA tail: 7 bases do not align to the human genome.85*
in the mouse genome : GT.84*
9 bases at the 5' end do not align to the human genome.84*
polyA tail: 43 bases do not align to the human genome.83*
in the mouse genome : AC.83*
in the mouse genome : GA.82*
in the human genome : GC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.81*
'A' in cDNA is 'C' in the mouse genome; no amino acid change.81*
'A' in cDNA is 'G' in the human genome; amino acid difference: 'K' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.81*
2 bases at the 5' end do not align to the mouse genome.80*
polyA tail: 34 bases do not align to the mouse genome.80*
'C' in cDNA is 'A' in the human genome; no amino acid change.80*
7 bases at the 5' end do not align to the human genome.79*
in the human genome : AA.78*
'A' in cDNA is 'C' in the human genome; amino acid difference: 'T' in cDNA, 'P' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.78*
in the human genome : TG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.77*
'A' in cDNA is 'T' in the human genome; amino acid difference: 'Y' in cDNA, 'F' in the human genome.77*
in the mouse genome : TA.76*
in the human genome : TG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.76*
polyA tail: 35 bases do not align to the mouse genome.76*
polyA tail: 48 bases do not align to the human genome.75*
polyA tail: 44 bases do not align to the human genome.75*
in the human genome : CA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.75*
in the mouse genome : GC.74*
2 bases at the 3' end do not align to the mouse genome.74*
polyA tail: 39 bases do not align to the mouse genome.73*
in the human genome : AA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.73*
in the mouse genome : TC.73*
in the human genome : CA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.72*
polyA tail: 6 bases do not align to the human genome.72*
4 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.71*
2 bases in the mouse genome, AA, are not found in cDNA.71*
polyA tail: 36 bases do not align to the mouse genome.70*
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'A' in cDNA, 'T' in the mouse genome.70*
polyA tail: 37 bases do not align to the mouse genome.69 
8 bases at the 5' end do not align to the mouse genome.69 
polyA tail: 45 bases do not align to the human genome.68 
polyA tail: 52 bases do not align to the human genome.68 
polyA tail: 8 bases do not align to the mouse genome.68 
2 bases in the human genome, AA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.68 
2 bases in the human genome, TT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.68 
3 bases in cDNA are not found in the human genome.68 
polyA tail: 50 bases do not align to the human genome.67 
polyA tail: 51 bases do not align to the human genome.67 
13 bases at the 5' end do not align to the mouse genome.67 
4 bases at the 3' end do not align to the human genome.67 
polyA tail: 38 bases do not align to the mouse genome.67 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'T' in cDNA, 'A' in the mouse genome.67 
'G' in cDNA is 'C' in the mouse genome; no amino acid change.67 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'A' in cDNA, 'T' in the human genome.66 
polyA tail: 56 bases do not align to the human genome.66 
'G' in cDNA is 'T' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below66 
in the mouse genome : AT.65 
2 bases in the mouse genome, TT, are not found in cDNA.65 
4 bases at the 3' end do not align to the mouse genome.65 
4 bases at the 5' end do not align to the mouse genome.64 
polyA tail: 5 bases do not align to the human genome.64 
polyA tail: 49 bases do not align to the human genome.63 
3 bases at the 3' end do not align to the mouse genome.63 
polyA tail: 53 bases do not align to the human genome.62 
4 bases in cDNA are not found in the human genome.62 
2 bases in the human genome, TT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.62 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'H' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.62 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: 'V' in cDNA, 'A' in the mouse genome.62 
polyA tail: 54 bases do not align to the human genome.61 
7 bases at the 5' end do not align to the mouse genome.61 
'T' in cDNA is 'A' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below61 
2 bases in the mouse genome, TG, are not found in cDNA.61 
polyA tail: 46 bases do not align to the human genome.60 
in the human genome : CA.60 
polyA tail: 65 bases do not align to the human genome.60 
1 base in cDNA is not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below60 
polyA tail: 7 bases do not align to the mouse genome.59 
'T' in cDNA is 'G' in the mouse genome; no amino acid change.59 
'A' in cDNA is 'C' in the human genome; no amino acid change. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.59 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'I' in cDNA, 'T' in the human genome.59 
polyA tail: 60 bases do not align to the human genome.58 
polyA tail: 40 bases do not align to the mouse genome.58 
2 bases in the mouse genome, GA, are not found in cDNA.58 
polyA tail: 5 bases do not align to the mouse genome.58 
polyA tail: 62 bases do not align to the human genome.58 
10 bases at the 5' end do not align to the human genome.58 
polyA tail: 57 bases do not align to the human genome.57 
polyA tail: 46 bases do not align to the mouse genome.57 
6 bases in cDNA are not found in the mouse genome.56 
in the human genome : TG.56 
'C' in cDNA is 'G' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below56 
polyA tail: 51 bases do not align to the mouse genome.56 
8 bases at the 5' end do not align to the human genome.56 
'C' in cDNA is 'A' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below56 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'V' in cDNA, 'I' in the human genome.56 
polyA tail: 55 bases do not align to the human genome.55 
polyA tail: 58 bases do not align to the human genome.54 
polyA tail: 41 bases do not align to the mouse genome.54 
polyA tail: 47 bases do not align to the human genome.53 
in the human genome : AG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.53 
'C' in cDNA is 'G' in the human genome; no amino acid change.53 
polyA tail: 6 bases do not align to the mouse genome.52 
5 bases at the 5' end do not align to the mouse genome.52 
polyA tail: 59 bases do not align to the human genome.52 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'V' in cDNA, 'A' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.52 
8 bases in cDNA are not found in the mouse genome.51 
'G' in cDNA is 'T' in the mouse genome; no amino acid change.51 
polyA tail: 42 bases do not align to the mouse genome.51 
this base change does not affect the original amino acid sequence51 
compared with genome50 
'T' in cDNA is 'A' in the mouse genome; no amino acid change.49 
polyA tail: 67 bases do not align to the human genome.49 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'V' in cDNA, 'I' in the mouse genome.49 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'H' in cDNA, 'P' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.49 
5 bases in cDNA are not found in the mouse genome.48 
2 bases in the mouse genome, GT, are not found in cDNA.48 
polyA tail: 63 bases do not align to the human genome.48 
polyA tail: 66 bases do not align to the human genome.48 
'A' in cDNA is 'T' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below48 
23 bases at the 5' end do not align to the mouse genome.48 
24 bases at the 5' end do not align to the mouse genome.47 
polyA tail: 68 bases do not align to the human genome.47 
'T' in cDNA is 'G' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below47 
in the human genome : CT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.47 
'C' in cDNA is 'G' in the mouse genome; no amino acid change.46 
3 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.46 
6 bases at the 5' end do not align to the mouse genome.45 
in the human genome : AC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.45 
'G' in cDNA is 'C' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below45 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'K' in cDNA, 'N' in the human genome.45 
in the mouse genome : CG.44 
'A' in cDNA is 'T' in the mouse genome; no amino acid change.44 
'A' in cDNA is 'G' in the human genome; no amino acid change. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.44 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'V' in cDNA, 'M' in the human genome.44 
polyA tail: 44 bases do not align to the mouse genome.43 
polyA tail: 43 bases do not align to the mouse genome.43 
'A' in cDNA is 'C' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below43 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'L' in cDNA, 'M' in the human genome.43 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'D' in cDNA, 'E' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.43 
7 bases in cDNA are not found in the mouse genome.42 
2 bases in the mouse genome, AT, are not found in cDNA.42 
polyA tail: 52 bases do not align to the mouse genome.42 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'R' in cDNA, 'K' in the mouse genome.42 
in the human genome : TC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.42 
16 bases at the 5' end do not align to the mouse genome.41 
polyA tail: 45 bases do not align to the mouse genome.41 
14 bases at the 5' end do not align to the mouse genome.41 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'K' in cDNA, 'Q' in the human genome.41 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'T' in cDNA, 'A' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.41 
'G' in cDNA is 'C' in the human genome; no amino acid change.41 
2 bases in the mouse genome, AG, are not found in cDNA.40 
polyA tail: 61 bases do not align to the human genome.40 
2 bases in the mouse genome, CT, are not found in cDNA.40 
polyA tail: 71 bases do not align to the human genome.39 
polyA tail: 69 bases do not align to the human genome.39 
polyA tail: 47 bases do not align to the mouse genome.39 
polyA tail: 48 bases do not align to the mouse genome.39 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'A' in cDNA, 'V' in the mouse genome.39 
'G' in cDNA is 'C' in the human genome; no amino acid change. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.39 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'S' in cDNA, 'C' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.39 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'G' in cDNA, 'E' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.38 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'S' in cDNA, 'N' in the mouse genome.38 
in the human genome : AT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.38 
polyA tail: 72 bases do not align to the human genome.38 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'P' in cDNA, 'S' in the mouse genome.38 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'P' in cDNA, 'R' in the human genome.38 
13 bases at the 5' end do not align to the human genome.37 
in the human genome : CC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.37 
in the human genome : CT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.37 
in the human genome : GC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.37 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'N' in cDNA, 'S' in the human genome.37 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'Q' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.36 
in the human genome : CC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.36 
polyA tail: 50 bases do not align to the mouse genome.36 
5 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.36 
in the human genome : GG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.36 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'N' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.36 
'A' in cDNA is 'C' in the human genome; no amino acid change.36 
'C' in cDNA is 'G' in the human genome; no amino acid change. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.35 
in the human genome : AC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.35 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'K' in cDNA, 'E' in the mouse genome.35 
polyA tail: 55 bases do not align to the mouse genome.35 
polyA tail: 76 bases do not align to the human genome.35 
polyA tail: 70 bases do not align to the human genome.35 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'N' in cDNA, 'S' in the mouse genome.35 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'K' in cDNA, 'T' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.35 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'L' in cDNA, 'P' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.34 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'K' in cDNA, 'R' in the mouse genome.34 
polyA tail: 83 bases do not align to the human genome.34 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'S' in cDNA, 'P' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.34 
in the human genome : GA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.34 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'V' in cDNA, 'I' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.34 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'A' in cDNA, 'V' in the human genome.34 
in the human genome : CC.33 
in the human genome : GG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.33 
in the human genome : AG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.33 
polyA tail: 49 bases do not align to the mouse genome.33 
2 bases in the human genome, AT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.32 
polyA tail: 77 bases do not align to the human genome.32 
in the human genome : CT.32 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'I' in cDNA, 'V' in the mouse genome.32 
polyA tail: 73 bases do not align to the human genome.32 
polyA tail: 75 bases do not align to the human genome.32 
in the human genome : GG.32 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'R' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.31 
'G' in cDNA is 'T' in the human genome; no amino acid change.31 
in the human genome : TT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.31 
17 bases at the 5' end do not align to the mouse genome.31 
in the human genome : TT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.31 
15 bases at the 5' end do not align to the mouse genome.31 
'T' in cDNA is 'C' in the human genome; no amino acid change. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.31 
compared to genomic sequence deletion31 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'V' in cDNA, 'A' in the human genome.31 
in the human genome : AT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.30 
2 bases in the mouse genome, GG, are not found in cDNA.30 
2 bases in the human genome, CA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.30 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: 'S' in cDNA, 'P' in the mouse genome.30 
polyA tail: 57 bases do not align to the mouse genome.30 
polyA tail: 74 bases do not align to the human genome.30 
2 bases in the human genome, AA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.30 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'N' in cDNA, 'D' in the mouse genome.30 
2 bases in the mouse genome, CA, are not found in cDNA.29 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: 'I' in cDNA, 'T' in the mouse genome.29 
2 bases in the human genome, CT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.29 
3 bases in the mouse genome, TTT, are not found in cDNA.29 
polyA tail: 80 bases do not align to the human genome.29 
polyA tail: 82 bases do not align to the human genome.29 
in the human genome : GA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.29 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'E' in cDNA, 'K' in the mouse genome.29 
polyA tail: 90 bases do not align to the human genome.29 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'A' in cDNA, 'T' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.29 
in the human genome : AAA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.28 
polyA tail: 81 bases do not align to the human genome.28 
'T' in cDNA is 'C' in the human genome; amino acid difference: '*' in cDNA, 'Q' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.28 
2 bases in the human genome, AA, are not found in cDNA.28 
in the human genome : GT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.28 
in the human genome : TC.28 
6 bases in cDNA are not found in the human genome.28 
polyA tail: 88 bases do not align to the human genome.28 
in the human genome : TT.28 
in the human genome : AG.28 
2 bases in the mouse genome, TA, are not found in cDNA.28 
polyA tail: 65 bases do not align to the mouse genome.28 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'D' in cDNA, 'N' in the mouse genome.28 
in the human genome : GT.28 
2 bases in the human genome, TG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.27 
polyA tail: 56 bases do not align to the mouse genome.27 
2 bases in the human genome, TT, are not found in cDNA.27 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'P' in cDNA, 'L' in the mouse genome.27 
polyA tail: 53 bases do not align to the mouse genome.27 
2 bases in the mouse genome, CC, are not found in cDNA.27 
polyA tail: 60 bases do not align to the mouse genome.27 
in the human genome : TA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.27 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'E' in cDNA, 'K' in the human genome.27 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'T' in cDNA, 'A' in the human genome.27 
'A' in cDNA is 'T' in the human genome; no amino acid change.27 
it is found the conflict between this entry and AB02722927 
22 bases at the 5' end do not align to the mouse genome.26 
in the human genome : GT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.26 
polyA tail: 78 bases do not align to the human genome.26 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'N' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.26 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'R' in cDNA, 'Q' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.26 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: 'L' in cDNA, 'P' in the mouse genome.26 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'D' in cDNA, 'G' in the mouse genome.26 
'T' in cDNA is 'G' in the human genome; no amino acid change. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.26 
polyA tail: 71 bases do not align to the mouse genome.25 
polyA tail: 85 bases do not align to the human genome.25 
polyA tail: 64 bases do not align to the human genome.25 
21 bases at the 5' end do not align to the mouse genome.25 
12 bases in the mouse genome are not found in cDNA.25 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'R' in cDNA, 'G' in the mouse genome.25 
in the human genome : TA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.25 
14 bases at the 5' end do not align to the human genome.25 
3 bases in the human genome, TTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.25 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'T' in cDNA, 'I' in the mouse genome.25 
compared to genomic sequence, resulting in an amino acid sequence difference25 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'T' in cDNA, 'I' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.24 
in the human genome : AC.24 
15 bases at the 5' end do not align to the human genome.24 
polyA tail: 87 bases do not align to the human genome.24 
polyA tail: 54 bases do not align to the mouse genome.24 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'R' in cDNA, 'Q' in the mouse genome.24 
polyA tail: 64 bases do not align to the mouse genome.24 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'G' in cDNA, 'D' in the mouse genome.24 
polymorphism compared to sequence of the type II strain ME49 clone B7 from ToxoDB24 
'T' in cDNA is 'A' in the human genome; no amino acid change.24 
compared to genomic DNA24 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'L' in cDNA, 'V' in the mouse genome.23 
2 bases in the human genome, GT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.23 
in the human genome : CG.23 
in the human genome : GA.23 
5 bases in cDNA are not found in the human genome.23 
12 bases in cDNA are not found in the mouse genome.23 
2 bases in the human genome, TA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.23 
16 bases at the 5' end do not align to the human genome.23 
polyA tail: 84 bases do not align to the human genome.23 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'G' in cDNA, 'R' in the human genome.23 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'L' in cDNA, 'F' in the human genome.23 
34 bases at the 5' end do not align to the human genome.23 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'V' in cDNA, 'M' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.23 
'T' in cDNA is 'G' in the human genome; amino acid difference: '*' in cDNA, 'E' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.22 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'A' in cDNA, 'V' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.22 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'S' in cDNA, 'G' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.22 
24 bases at the 5' end do not align to the human genome.22 
polyA tail: 73 bases do not align to the mouse genome.22 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'E' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.22 
polyA tail: 61 bases do not align to the mouse genome.22 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'R' in cDNA, 'G' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.22 
compared to genome; this base change does not affect the original amino sequence22 
'T' in cDNA is 'G' in the human genome; no amino acid change.22 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'K' in cDNA, 'E' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.22 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'T' in cDNA, 'S' in the human genome.22 
10 bases in cDNA are not found in the mouse genome.21 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'M' in cDNA, 'V' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.21 
9 bases in cDNA are not found in the mouse genome.21 
polyA tail: 66 bases do not align to the mouse genome.21 
polyA tail: 94 bases do not align to the human genome.21 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'I' in cDNA, 'V' in the human genome.21 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'R' in cDNA, 'K' in the human genome.21 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'G' in cDNA, 'S' in the mouse genome.21 
'C' in cDNA is 'A' in the human genome; no amino acid change. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.21 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'S' in cDNA, 'T' in the human genome.21 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'F' in cDNA, 'Y' in the human genome.21 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'G' in cDNA, 'E' in the mouse genome.20 
polyA tail: 58 bases do not align to the mouse genome.20 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'A' in cDNA, 'G' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.20 
4 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.20 
35 bases at the 5' end do not align to the mouse genome.20 
polyA tail: 69 bases do not align to the mouse genome.20 
polyA tail: 67 bases do not align to the mouse genome.20 
in the human genome : AT.20 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: 'F' in cDNA, 'L' in the mouse genome.20 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'G' in cDNA, 'D' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.20 
'A' in cDNA is 'T' in the human genome; no amino acid change. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.20 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'H' in cDNA, 'R' in the mouse genome.20 
polyA tail: 63 bases do not align to the mouse genome.19 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'S' in cDNA, 'T' in the mouse genome.19 
polyA tail: 89 bases do not align to the human genome.19 
polyA tail: 72 bases do not align to the mouse genome.19 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'I' in cDNA, 'T' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.19 
2 bases in the human genome, AT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.19 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'A' in cDNA, 'T' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.19 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'S' in cDNA, 'N' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.19 
polyA tail: 95 bases do not align to the human genome.19 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'P' in cDNA, 'L' in the human genome.19 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'D' in cDNA, 'G' in the human genome.19 
mismatch relative to genomic sequence19 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'D' in cDNA, 'N' in the human genome.19 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'P' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.19 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'S' in cDNA, 'A' in the mouse genome.19 
RNA editing19 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'D' in cDNA, 'N' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.19 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'G' in cDNA, 'A' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.19 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'S' in cDNA, 'G' in the human genome.19 
2 bases in the human genome, GA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.18 
in the human genome : TC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.18 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'R' in cDNA, 'H' in the mouse genome.18 
2 bases in the human genome, AG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.18 
in the human genome : GC.18 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'R' in cDNA, 'H' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.18 
polyA tail: 62 bases do not align to the mouse genome.18 
polyA tail: 86 bases do not align to the human genome.18 
polyA tail: 99 bases do not align to the human genome.18 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'R' in cDNA, 'Q' in the human genome.18 
polyA tail: 102 bases do not align to the human genome.18 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'A' in cDNA, 'V' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.18 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'K' in cDNA, 'Q' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.18 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'Q' in cDNA, 'R' in the mouse genome.18 
polyA tail: 59 bases do not align to the mouse genome.18 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'G' in cDNA, 'S' in the human genome.18 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'K' in cDNA, 'Q' in the mouse genome.18 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'L' in cDNA, 'F' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.18 
compared to ALV-transformed DT40 cell line derived from Hyline SC chicken18 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'V' in cDNA, 'G' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.18 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'L' in cDNA, 'V' in the human genome.18 
polyA tail: 81 bases do not align to the mouse genome.17 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'I' in cDNA, 'L' in the mouse genome.17 
18 bases at the 5' end do not align to the mouse genome.17 
2 bases in the mouse genome, TC, are not found in cDNA.17 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'M' in cDNA, 'V' in the mouse genome.17 
polyA tail: 91 bases do not align to the human genome.17 
27 bases at the 5' end do not align to the mouse genome.17 
'G' in cDNA is 'T' in the human genome; no amino acid change. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.17 
17 bases at the 5' end do not align to the human genome.17 
1 base in the human genome, N, is not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.17 
2 bases in the human genome, CC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.17 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'E' in cDNA, 'D' in the mouse genome.17 
36 bases at the 5' end do not align to the mouse genome.17 
polyA tail: 97 bases do not align to the human genome.17 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'D' in cDNA, 'N' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.17 
polyA tail: 93 bases do not align to the human genome.17 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'G' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.17 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'Q' in cDNA, 'P' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.17 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'A' in cDNA, 'S' in the mouse genome.17 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'D' in cDNA, 'G' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.17 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'T' in cDNA, 'S' in the mouse genome.17 
polyA tail: 70 bases do not align to the mouse genome.16 
26 bases at the 5' end do not align to the mouse genome.16 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'R' in cDNA, 'P' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.16 
3 bases in the mouse genome, AAA, are not found in cDNA.16 
polyA tail: 101 bases do not align to the human genome.16 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'C' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.16 
polyA tail: 100 bases do not align to the human genome.16 
'A' in cDNA is 'C' in the human genome; no amino acid change. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.16 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'N' in cDNA, 'D' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.16 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'T' in cDNA, 'M' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.16 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'I' in cDNA, 'V' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.16 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'T' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.16 
'T' in cDNA is 'A' in the human genome; no amino acid change. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.16 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'S' in cDNA, 'P' in the human genome.16 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'Q' in cDNA, 'K' in the human genome.16 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'G' in cDNA, 'A' in the human genome.16 
8 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.15 
25 bases at the 5' end do not align to the mouse genome.15 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: 'W' in cDNA, 'R' in the mouse genome.15 
polyA tail: 107 bases do not align to the human genome.15 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'P' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.15 
19 bases at the 5' end do not align to the mouse genome.15 
23 bases at the 5' end do not align to the human genome.15 
8 bases in cDNA are not found in the human genome.15 
11 bases in cDNA are not found in the mouse genome.15 
polyA tail: 79 bases do not align to the mouse genome.15 
2 bases in the human genome, TC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.15 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'V' in cDNA, 'I' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.15 
polyA tail: 79 bases do not align to the human genome.15 
32 bases at the 5' end do not align to the human genome.15 
in the human genome : TA.15 
2 bases in the mouse genome, AC, are not found in cDNA.15 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'M' in cDNA, 'I' in the mouse genome.15 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'G' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.15 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'H' in cDNA, 'Y' in the mouse genome.15 
base change affects the amino acid15 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'L' in cDNA, 'V' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.15 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'E' in cDNA, 'Q' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.15 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'S' in cDNA, 'Y' in the human genome.15 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'V' in cDNA, 'G' in the human genome.15 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'V' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.14 
33 bases at the 5' end do not align to the mouse genome.14 
2 bases in the mouse genome, GC, are not found in cDNA.14 
polyA tail: 75 bases do not align to the mouse genome.14 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'T' in cDNA, 'S' in the mouse genome.14 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'T' in cDNA, 'M' in the mouse genome.14 
20 bases at the 5' end do not align to the human genome.14 
2 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below14 
polyA tail: 85 bases do not align to the mouse genome.14 
2 bases in the mouse genome, CG, are not found in cDNA.14 
2 bases in the human genome, GC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.14 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'R' in cDNA, 'P' in the mouse genome.14 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'N' in cDNA, 'K' in the mouse genome.14 
11 bases in the mouse genome are not found in cDNA.14 
12 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.14 
3 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below14 
21 bases at the 5' end do not align to the human genome.14 
'G' in cDNA is 'C' in the human genome; no amino acid change. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.14 
polyA tail: 98 bases do not align to the human genome.14 
in the human genome : CG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.14 
in the human genome : CG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.14 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'E' in cDNA, 'G' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.14 
change observed in genomic DNA14 
compared to genomic sequence of CG878414 
compared to genomic14 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'T' in cDNA, 'M' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.14 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: '*' in cDNA, 'Q' in the mouse genome.14 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: 'Y' in cDNA, 'H' in the mouse genome.14 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'K' in cDNA, 'R' in the human genome.14 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'Q' in cDNA, 'R' in the human genome.14 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'P' in cDNA, 'A' in the mouse genome.13 
34 bases at the 5' end do not align to the mouse genome.13 
polyA tail: 90 bases do not align to the mouse genome.13 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'S' in cDNA, 'N' in the human genome.13 
2 bases in the human genome, TG, are not found in cDNA.13 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'S' in cDNA, 'G' in the mouse genome.13 
polyA tail: 92 bases do not align to the human genome.13 
2 bases in the human genome, GT, are not found in cDNA.13 
polyA tail: 108 bases do not align to the human genome.13 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'S' in cDNA, 'F' in the mouse genome.13 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'G' in cDNA, 'R' in the mouse genome.13 
polyA tail: 82 bases do not align to the mouse genome.13 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'S' in cDNA, 'T' in the mouse genome.13 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: 'C' in cDNA, 'R' in the mouse genome.13 
2 bases in the human genome, AG, are not found in cDNA.13 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: 'F' in cDNA, 'S' in the mouse genome.13 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'L' in cDNA, 'I' in the mouse genome.13 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'K' in cDNA, 'E' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.13 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'P' in cDNA, 'S' in the human genome.13 
19 bases at the 5' end do not align to the human genome.13 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'V' in cDNA, 'G' in the mouse genome.13 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: 'L' in cDNA, 'S' in the mouse genome.13 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'Q' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.13 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'F' in cDNA, 'Y' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.13 
15 bases in the mouse genome are not found in cDNA.12 
20 bases at the 5' end do not align to the mouse genome.12 
polyA tail: 80 bases do not align to the mouse genome.12 
'G' in cDNA is 'A' in the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:0012 
6 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.12 
3 bases in the human genome, TTT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.12 
31 bases at the 3' end do not align to the human genome.12 
8 bases at the 3' end do not align to the mouse genome.12 
2 bases in the human genome, GT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.12 
1 base in the mouse genome, A, is not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below12 
1 base in the mouse genome, C, is not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below12 
6 bases in the human genome, TTTTTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.12 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'A' in cDNA, 'G' in the human genome.12 
polyA tail: 104 bases do not align to the human genome.12 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'C' in cDNA, 'Y' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.12 
polyA tail: 89 bases do not align to the mouse genome.12 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'M' in cDNA, 'V' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.12 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'V' in cDNA, 'L' in the mouse genome.12 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'Q' in cDNA, 'E' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.12 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'R' in cDNA, 'H' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.12 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'C' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.12 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'A' in cDNA, 'P' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.12 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'G' in cDNA, 'D' in the human genome.12 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'L' in cDNA, 'Q' in the mouse genome.12 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'H' in cDNA, 'Y' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.12 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'F' in cDNA, 'I' in the mouse genome.12 
Compared to genome. This descrepancy does not change translation.12 
'A' in cDNA is 'G' in the human genome; amino acid difference: '*' in cDNA, 'W' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.12 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'Y' in cDNA, 'H' in the human genome.12 
6 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.12 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'Q' in cDNA, 'K' in the mouse genome.12 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'E' in cDNA, 'G' in the mouse genome.12 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'K' in cDNA, 'E' in the human genome.12 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'L' in cDNA, 'P' in the human genome.11 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'P' in cDNA, 'T' in the human genome.11 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'D' in cDNA, 'E' in the mouse genome.11 
1 base in the mouse genome, T, is not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below11 
35 bases at the 5' end do not align to the human genome.11 
'C' in cDNA is 'A' in the human genome; no amino acid change. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.11 
polyA tail: 68 bases do not align to the mouse genome.11 
3 bases in the human genome, AAA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.11 
4 bases in the mouse genome, TTTT, are not found in cDNA.11 
9 bases in cDNA are not found in the human genome.11 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'P' in cDNA, 'A' in the human genome.11 
polyA tail: 87 bases do not align to the mouse genome.11 
1 base in the mouse genome, G, is not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below11 
4 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below11 
polyA tail: 109 bases do not align to the human genome.11 
polyA tail: 96 bases do not align to the human genome.11 
'G' in cDNA is 'A' in the mouse genome; no amino acid change; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below11 
polyA tail: 105 bases do not align to the human genome.11 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'G' in cDNA, 'A' in the mouse genome.11 
7 bases at the 3' end do not align to the mouse genome.11 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'Q' in cDNA, 'E' in the mouse genome.11 
polyA tail: 86 bases do not align to the mouse genome.11 
polyA tail: 126 bases do not align to the human genome.11 
polyA tail: 77 bases do not align to the mouse genome.11 
polyA tail: 76 bases do not align to the mouse genome.11 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'S' in cDNA, 'A' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.11 
2 bases in the human genome, AC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.11 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'S' in cDNA, 'A' in the human genome.11 
8 bases at the 3' end do not align to the human genome.11 
compared to genomic sequenc11 
base change does not affect the original amino acid sequence11 
compared to Homo sapiens testican encoded by GenBank Accession Number X7360811 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'I' in cDNA, 'M' in the mouse genome.11 
polyA tail: 111 bases do not align to the human genome.11 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'V' in cDNA, 'L' in the mouse genome.11 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'E' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.11 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: '*' in cDNA, 'E' in the mouse genome.11 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'M' in cDNA, 'T' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.11 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'T' in cDNA, 'I' in the human genome.11 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'W' in the human genome.11 
in the mouse genome : TGT.10 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'E' in cDNA, 'Q' in the mouse genome.10 
2 bases in the human genome, GG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.10 
13 bases in cDNA are not found in the mouse genome.10 
in the mouse genome : AA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below10 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'L' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.10 
2 bases in the human genome, CT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.10 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'V' in cDNA, 'F' in the mouse genome.10 
3 bases in the human genome, TTT, are not found in cDNA.10 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'A' in cDNA, 'S' in the human genome.10 
15 bases in cDNA are not found in the mouse genome.10 
in the mouse genome : TGG.10 
27 bases at the 3' end do not align to the human genome.10 
5 bases in the mouse genome, TTTTT, are not found in cDNA.10 
17 bases in the mouse genome are not found in cDNA.10 
2 bases in the human genome, CA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.10 
9 bases at the 3' end do not align to the mouse genome.10 
polyA tail: 104 bases do not align to the mouse genome.10 
7 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.10 
polyA tail: 112 bases do not align to the human genome.10 
3 bases in the mouse genome, GTT, are not found in cDNA.10 
28 bases at the 5' end do not align to the mouse genome.10 
14 bases in cDNA are not found in the mouse genome.10 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'P' in cDNA, 'T' in the mouse genome.10 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'H' in cDNA, 'Q' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.10 
33 bases at the 5' end do not align to the human genome.10 
polyA tail: 122 bases do not align to the human genome.10 
polyA tail: 93 bases do not align to the mouse genome.10 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'M' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.10 
5 bases at the 3' end do not align to the mouse genome.10 
2 bases in the human genome, GA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.10 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'D' in cDNA, 'Y' in the human genome.10 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'F' in cDNA, 'I' in the human genome.10 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'R' in cDNA, 'C' in the mouse genome.10 
insertion10 
L2876610 
deletion relative to genomic10 
deletion10 
2 bases in the human genome, TA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.10 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'H' in cDNA, 'Y' in the human genome.10 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'S' in cDNA, 'F' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.10 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: 'M' in cDNA, 'T' in the mouse genome.10 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'F' in cDNA, 'Y' in the mouse genome.10 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'H' in cDNA, 'R' in the human genome.10 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'G' in cDNA, 'R' in the mouse genome.10 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'A' in cDNA, 'E' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.10 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'C' in the human genome.10 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'S' in cDNA, 'T' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.10 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'S' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.10 
13 bases in the mouse genome are not found in cDNA.9 
in the mouse genome : CAG.9 
3 bases in the mouse genome, GAG, are not found in cDNA.9 
7 bases at the 3' end do not align to the human genome.9 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'T' in cDNA, 'N' in the mouse genome.9 
2 bases in the human genome, CA, are not found in cDNA.9 
polyA tail: 94 bases do not align to the mouse genome.9 
in the mouse genome : CTG.9 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'G' in cDNA, 'V' in the mouse genome.9 
3 bases in the human genome, AAA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.9 
10 bases in cDNA are not found in the human genome.9 
18 bases at the 5' end do not align to the human genome.9 
'C' in cDNA is 'T' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:009 
'A' in cDNA is 'G' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:009 
'G' in cDNA is 'N' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.9 
polyA tail: 105 bases do not align to the mouse genome.9 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'T' in cDNA, 'P' in the mouse genome.9 
14 bases in the mouse genome are not found in cDNA.9 
27 bases at the 5' end do not align to the human genome.9 
26 bases at the 3' end do not align to the human genome.9 
'A' in cDNA is 'G' in the mouse genome; no amino acid change; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below9 
polyA tail: 128 bases do not align to the human genome.9 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'E' in cDNA, 'A' in the mouse genome.9 
polyA tail: 95 bases do not align to the mouse genome.9 
in the mouse genome : CTT.9 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'I' in cDNA, 'M' in the mouse genome.9 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'C' in cDNA, 'Y' in the mouse genome.9 
16 bases in the mouse genome are not found in cDNA.9 
polyA tail: 113 bases do not align to the human genome.9 
polyA tail: 114 bases do not align to the human genome.9 
9 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.9 
polyA tail: 118 bases do not align to the mouse genome.9 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'F' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.9 
5 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.9 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'R' in cDNA, 'G' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.9 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'R' in cDNA, 'H' in the human genome.9 
2 bases in the human genome, CC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.9 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'S' in cDNA, 'L' in the mouse genome.9 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'D' in cDNA, 'E' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.9 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'T' in cDNA, 'P' in the human genome.9 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'I' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.9 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'H' in cDNA, 'N' in the mouse genome.9 
not present in genomic sequence (version CHR1v07142002)9 
results in a frameshift when compared with genomic sequence9 
compared to overlapping genomic sequences contained in GenBank Accession Numbers Z85989 and Z941609 
5 bases at the 3' end do not align to the human genome.9 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'S' in cDNA, 'T' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.9 
30 bases at the 3' end do not align to the human genome.9 
2 bases in the human genome, TG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.9 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'G' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.9 
differs from the Mus musculus sequence deposited as GenBank Accession Number U821229 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'P' in cDNA, 'R' in the mouse genome.9 
compared to sequence presented in GenBank Accession Number L350089 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'D' in cDNA, 'E' in the human genome.9 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'N' in cDNA, 'T' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.9 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'N' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.9 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'Q' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.9 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'Y' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.9 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'I' in cDNA, 'V' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.9 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'G' in cDNA, 'V' in the human genome.9 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'H' in cDNA, 'Q' in the human genome.9 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'L' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.8 
2 bases in the human genome, GA, are not found in cDNA.8 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'H' in cDNA, 'Q' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.8 
2 bases in the human genome, AT, are not found in cDNA.8 
3 bases in the mouse genome, CTG, are not found in cDNA.8 
2 bases in the human genome, AC, are not found in cDNA.8 
polyA tail: 83 bases do not align to the mouse genome.8 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'D' in cDNA, 'E' in the mouse genome.8 
polyA tail: 14 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below8 
20 bases in the mouse genome are not found in cDNA.8 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'A' in cDNA, 'P' in the mouse genome.8 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'P' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.8 
25 bases at the 5' end do not align to the human genome.8 
in the mouse genome : GGC.8 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'L' in cDNA, 'F' in the mouse genome.8 
28 bases at the 3' end do not align to the human genome.8 
in the mouse genome : TG; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below8 
polyA tail: 97 bases do not align to the mouse genome.8 
polyA tail: 91 bases do not align to the mouse genome.8 
11 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.8 
31 bases at the 5' end do not align to the mouse genome.8 
polyA tail: 120 bases do not align to the human genome.8 
2 bases in the human genome, CG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.8 
'T' in cDNA is 'A' in the human genome; no amino acid change. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.8 
2 bases in the human genome, AG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.8 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'P' in cDNA, 'Q' in the mouse genome.8 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'I' in cDNA, 'S' in the human genome.8 
18 bases in cDNA are not found in the mouse genome.8 
polyA tail: 103 bases do not align to the human genome.8 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'E' in cDNA, 'D' in the mouse genome.8 
in the mouse genome : GC; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below8 
in the mouse genome : NN.8 
polyA tail: 84 bases do not align to the mouse genome.8 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'A' in cDNA, 'P' in the human genome.8 
polymorphism8 
compared to genomic sequence of CG87958 
this base change affects the amino acid8 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'Y' in cDNA, 'F' in the mouse genome.8 
polyA tail: 134 bases do not align to the human genome.8 
7 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.8 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'R' in cDNA, 'Q' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.8 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'A' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.8 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'I' in cDNA, 'F' in the mouse genome.8 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'I' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.8 
23 bases in cDNA are not found in the mouse genome.8 
different from PKN8 
clone C748 
'C' in cDNA is 'T' in the mouse genome; no amino acid change; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below8 
'G' in cDNA is 'T' in the human genome; no amino acid change. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.8 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'K' in cDNA, 'T' in the human genome.8 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'K' in cDNA, 'N' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.8 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'E' in cDNA, 'G' in the human genome.8 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'L' in cDNA, 'Q' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.8 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'R' in cDNA, 'G' in the human genome.8 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'G' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.8 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'E' in cDNA, 'Q' in the human genome.8 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'G' in cDNA, 'E' in the human genome.8 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'V' in cDNA, 'L' in the human genome.8 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'N' in cDNA, 'K' in the human genome.8 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'C' in cDNA, 'W' in the human genome.8 
2 bases in the human genome, CG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.7 
polyA tail: 123 bases do not align to the human genome.7 
polyA tail: 102 bases do not align to the mouse genome.7 
2 bases in the human genome, CT, are not found in cDNA.7 
40 bases at the 5' end do not align to the mouse genome.7 
18 bases at the 3' end do not align to the human genome.7 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'L' in cDNA, 'P' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.7 
33 bases at the 3' end do not align to the human genome.7 
3 bases in the mouse genome, TCT, are not found in cDNA.7 
3 bases in the mouse genome, CCC, are not found in cDNA.7 
3 bases in the mouse genome, CTT, are not found in cDNA.7 
in the mouse genome : CCC.7 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'V' in cDNA, 'M' in the mouse genome.7 
in the mouse genome : CCA.7 
in the mouse genome : ACA.7 
in the mouse genome : CCT.7 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'P' in cDNA, 'A' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.7 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'A' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.7 
32 bases at the 5' end do not align to the mouse genome.7 
polyA tail: 99 bases do not align to the mouse genome.7 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'H' in cDNA, 'Q' in the mouse genome.7 
4 bases in the human genome, TTTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.7 
polyA tail: 119 bases do not align to the mouse genome.7 
3 bases in the mouse genome, TCC, are not found in cDNA.7 
in the mouse genome : CAC.7 
20 bases in cDNA are not found in the mouse genome.7 
2 bases in the human genome, TA, are not found in cDNA.7 
polyA tail: 118 bases do not align to the human genome.7 
polyA tail: 13 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below7 
polyA tail: 130 bases do not align to the human genome.7 
6 bases at the 3' end do not align to the mouse genome.7 
in the human genome : AAA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.7 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'L' in cDNA, 'V' in the mouse genome.7 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'E' in cDNA, '*' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.7 
18 bases in the mouse genome are not found in cDNA.7 
16 bases in cDNA are not found in the mouse genome.7 
in the mouse genome : TC; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below7 
10 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.7 
polyA tail: 78 bases do not align to the mouse genome.7 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'V' in cDNA, 'A' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.7 
15 bases at the 3' end do not align to the mouse genome.7 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'K' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.7 
polyA tail: 15 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below7 
38 bases at the 5' end do not align to the mouse genome.7 
polyA tail: 88 bases do not align to the mouse genome.7 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'L' in cDNA, 'I' in the human genome.7 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'R' in cDNA, 'G' in the mouse genome.7 
2 bases in the human genome, TC, are not found in cDNA.7 
This discrepancy does not change the protein sequence.7 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'G' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.7 
13 bases in the human genome are not found in cDNA.7 
12 bases in cDNA are not found in the human genome.7 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'Y' in cDNA, 'N' in the mouse genome.7 
10 bases at the 3' end do not align to the human genome.7 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'P' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.7 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'A' in cDNA, 'E' in the human genome.7 
13 bases at the 3' end do not align to the human genome.7 
in the mouse genome : CT; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below7 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'E' in cDNA, 'D' in the mouse genome.7 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'M' in cDNA, 'L' in the mouse genome.7 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'Q' in cDNA, 'H' in the mouse genome.7 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'C' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.7 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'C' in cDNA, 'R' in the human genome.7 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'R' in cDNA, 'P' in the human genome.7 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'H' in cDNA, 'P' in the human genome.7 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'N' in cDNA, 'K' in the human genome.7 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'F' in cDNA, 'L' in the human genome.7 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'Y' in cDNA, 'H' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.7 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'L' in cDNA, 'F' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.7 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'V' in cDNA, 'E' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.7 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'N' in cDNA, 'T' in the human genome.7 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'H' in cDNA, 'D' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.7 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'D' in cDNA, 'H' in the mouse genome.7 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'L' in cDNA, 'M' in the human genome.7 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'I' in cDNA, 'M' in the human genome.7 
'G' in cDNA is 'A' in the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below7 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'Q' in cDNA, 'H' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.7 
compared to genomic DNA; may be due to the inaccuracy of the Taq DNA polymerase7 
2 bases in the human genome, GG, are not found in cDNA.6 
45 bases at the 5' end do not align to the human genome.6 
3 bases in the mouse genome, AGC, are not found in cDNA.6 
in the mouse genome : AG; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below6 
in the human genome : ACA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
5 bases in the human genome, TTTTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
in the mouse genome : GAA.6 
3 bases in the mouse genome, GGG, are not found in cDNA.6 
polyA tail: 110 bases do not align to the mouse genome.6 
24 bases in cDNA are not found in the human genome.6 
3 bases in the human genome, GAG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
polyA tail: 92 bases do not align to the mouse genome.6 
in the human genome : TG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:006 
'T' in cDNA is 'A' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:006 
'G' in cDNA is 'C' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:006 
'G' in cDNA is 'T' in the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:006 
'T' in cDNA is 'C' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:006 
31 bases at the 5' end do not align to the human genome.6 
in the mouse genome : AGA.6 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'Q' in cDNA, 'L' in the mouse genome.6 
12 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.6 
in the mouse genome : TAT.6 
29 bases at the 5' end do not align to the human genome.6 
in the human genome : GGG.6 
in the mouse genome : AAC.6 
polyA tail: 133 bases do not align to the human genome.6 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'P' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'F' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.6 
polyA tail: 117 bases do not align to the human genome.6 
polyA tail: 125 bases do not align to the human genome.6 
3 bases in the mouse genome, AAC, are not found in cDNA.6 
42 bases at the 5' end do not align to the human genome.6 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'K' in cDNA, 'N' in the mouse genome.6 
in the mouse genome : CGT.6 
29 bases at the 5' end do not align to the mouse genome.6 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'Y' in cDNA, 'S' in the mouse genome.6 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'L' in cDNA, 'M' in the mouse genome.6 
43 bases at the 5' end do not align to the mouse genome.6 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'L' in cDNA, 'F' in the mouse genome.6 
17 bases at the 3' end do not align to the mouse genome.6 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'L' in cDNA, 'V' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.6 
11 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
polyA tail: 117 bases do not align to the mouse genome.6 
polyA tail: 132 bases do not align to the human genome.6 
11 bases in cDNA are not found in the human genome.6 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'N' in cDNA, 'H' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.6 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'Q' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.6 
4 bases in the human genome, TTTT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.6 
'A' in cDNA is 'N' in the mouse genome.6 
15 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'E' in cDNA, 'V' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
3 bases in the human genome, GTT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.6 
in the human genome : CCA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
polyA tail: 116 bases do not align to the human genome.6 
polyA tail: 98 bases do not align to the mouse genome.6 
in the mouse genome : TTG.6 
polyA tail: 74 bases do not align to the mouse genome.6 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'T' in cDNA, 'M' in the human genome.6 
polyA tail: 106 bases do not align to the mouse genome.6 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'P' in cDNA, 'T' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.6 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'Y' in cDNA, 'D' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.6 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'G' in cDNA, 'C' in the human genome.6 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'R' in cDNA, 'G' in the human genome.6 
polyA tail: 115 bases do not align to the mouse genome.6 
3 bases in the human genome, AAG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
'T' in cDNA is 'G' in the human genome; amino acid difference: '*' in cDNA, 'E' in the human genome.6 
12 bases at the 3' end do not align to the human genome.6 
9 bases at the 3' end do not align to the human genome.6 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'T' in cDNA, 'A' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
not in genomic sequence6 
not present in the genomic sequence6 
insertion relative to genomic6 
compared to genome. This discrepency does not change protein sequence.6 
compared to genome This discrepancy does not change protein sequence.6 
in genomic sequence6 
Codon for amino acyl group that is different in RAO (GenBank Accession Number D88213)6 
compared to sequence presented in GenBank Accession number X592446 
'T' in cDNA is 'A' in the human genome; amino acid difference: '*' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.6 
in the human genome : CAG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.6 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'D' in cDNA, 'E' in the mouse genome.6 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'R' in cDNA, 'S' in the human genome.6 
in the human genome : GCT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
in the human genome : GCA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
19 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
in the human genome : TGT.6 
5 bases in the human genome, AAAAA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
1 base in the human genome, N, is not found in cDNA.6 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'Q' in cDNA, 'P' in the human genome.6 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'T' in cDNA, 'S' in the human genome.6 
in the mouse genome : GCT.6 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'Q' in cDNA, '*' in the mouse genome.6 
12 bases at the 3' end do not align to the mouse genome.6 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'R' in cDNA, '*' in the mouse genome.6 
K5R-V mutant6 
compared to inbred line UCD 001 and inbred line UCD 0036 
'T' in cDNA is 'C' in the mouse genome; no amino acid change; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below6 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'Q' in cDNA, 'H' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'S' in cDNA, 'I' in the human genome.6 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'G' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'M' in cDNA, 'L' in the mouse genome.6 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'W' in cDNA, 'R' in the human genome.6 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'F' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'R' in cDNA, 'S' in the human genome.6 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'E' in cDNA, 'V' in the mouse genome.6 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'L' in cDNA, 'V' in the human genome.6 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'T' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.6 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'M' in cDNA, 'T' in the human genome.6 
29 bases at the 3' end do not align to the human genome.6 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'Q' in cDNA, 'E' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'D' in cDNA, 'E' in the mouse genome.6 
'C' in cDNA is 'G' in the human genome; no amino acid change. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'M' in cDNA, 'I' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.6 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'V' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'N' in cDNA, 'D' in the human genome.6 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'D' in cDNA, 'A' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.6 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'E' in cDNA, 'D' in the human genome.6 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'Y' in cDNA, 'S' in the human genome.6 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'T' in cDNA, 'R' in the human genome.6 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'V' in cDNA, 'F' in the human genome.6 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'P' in cDNA, 'Q' in the human genome.6 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'M' in cDNA, 'I' in the human genome.6 
in the human genome : CACA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.6 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'T' in cDNA, 'N' in the human genome.6 
in the human genome : TCT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
3 bases in the mouse genome, AAG, are not found in cDNA.5 
6 bases in the mouse genome, TTTTTT, are not found in cDNA.5 
in the mouse genome : GCG.5 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'M' in cDNA, 'I' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
25 bases at the 3' end do not align to the mouse genome.5 
polyA tail: 139 bases do not align to the human genome.5 
18 bases in the human genome are not found in cDNA.5 
24 bases in cDNA are not found in the mouse genome.5 
24 bases at the 3' end do not align to the human genome.5 
138 bases at the 5' end do not align to the human genome.5 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'T' in cDNA, 'N' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
53 bases at the 5' end do not align to the human genome.5 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'F' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
22 bases in cDNA are not found in the mouse genome.5 
39 bases at the 5' end do not align to the mouse genome.5 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'T' in cDNA, 'R' in the mouse genome.5 
polyA tail: 135 bases do not align to the human genome.5 
in the human genome : CCT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
37 bases at the 5' end do not align to the mouse genome.5 
in the mouse genome : CA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below5 
18 bases at the 3' end do not align to the mouse genome.5 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'W' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
in the human genome : GTG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.5 
14 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.5 
polyA tail: 101 bases do not align to the mouse genome.5 
3 bases in the mouse genome, CAA, are not found in cDNA.5 
in the mouse genome : GAT.5 
in the mouse genome : TTT.5 
in the mouse genome : TGA.5 
16 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.5 
polyA tail: 16 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below5 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'A' in cDNA, 'G' in the mouse genome.5 
7 bases in the human genome, AAAAAAA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'R' in cDNA, 'S' in the mouse genome.5 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'Q' in cDNA, 'H' in the mouse genome.5 
15 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
2 bases in the human genome, AC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.5 
in the mouse genome : TAA.5 
3 bases in the mouse genome, ACA, are not found in cDNA.5 
polyA tail: 108 bases do not align to the mouse genome.5 
59 bases at the 5' end do not align to the human genome.5 
polyA tail: 110 bases do not align to the human genome.5 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'N' in cDNA, 'K' in the mouse genome.5 
in the mouse genome : GTG.5 
4 bases in the mouse genome, CACA, are not found in cDNA.5 
polyA tail: 100 bases do not align to the mouse genome.5 
2 bases in the human genome, CC, are not found in cDNA.5 
64 bases at the 5' end do not align to the mouse genome.5 
11 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.5 
polyA tail: 107 bases do not align to the mouse genome.5 
3 bases in the human genome, CCT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.5 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'S' in cDNA, 'R' in the mouse genome.5 
27 bases in cDNA are not found in the mouse genome.5 
14 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.5 
3 bases in the mouse genome, TGT, are not found in cDNA.5 
polyA tail: 142 bases do not align to the mouse genome.5 
polyA tail: 136 bases do not align to the mouse genome.5 
51 bases at the 5' end do not align to the mouse genome.5 
19 bases in the mouse genome are not found in cDNA.5 
polyA tail: 123 bases do not align to the mouse genome.5 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'T' in cDNA, 'K' in the mouse genome.5 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'C' in cDNA, 'G' in the mouse genome.5 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'T' in cDNA, 'K' in the human genome.5 
37 bases at the 5' end do not align to the human genome.5 
16 bases at the 3' end do not align to the human genome.5 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'S' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
compared to sequence in GenBank Accession Number AB1047385 
in the human genome : CCA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
3 bases in the human genome, CTC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.5 
12 bases in the human genome are not found in cDNA.5 
'T' in cDNA is 'C' in the human genome; amino acid difference: '*' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
28 bases at the 5' end do not align to the human genome.5 
18 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'P' in cDNA, 'Q' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'E' in cDNA, 'D' in the human genome.5 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'F' in cDNA, 'C' in the mouse genome.5 
in the human genome : GTG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
3 bases in the human genome, AAT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
3 bases in the human genome, TAA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
polyA tail: 138 bases do not align to the human genome.5 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: '*' in cDNA, 'K' in the mouse genome.5 
in the human genome : GAA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.5 
11 bases at the 3' end do not align to the human genome.5 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'I' in cDNA, 'M' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'Q' in cDNA, '*' in the human genome.5 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'P' in cDNA, 'A' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.5 
in the mouse genome : ACT.5 
5 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below5 
4 bases in the mouse genome, AACT, are not found in cDNA.5 
in the mouse genome : TTC.5 
21 bases in the mouse genome are not found in cDNA.5 
in the mouse genome : CAT.5 
28 bases in cDNA are not found in the mouse genome.5 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'R' in cDNA, 'T' in the mouse genome.5 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'I' in cDNA, 'M' in the mouse genome.5 
in the mouse genome : CTA.5 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'N' in cDNA, 'K' in the mouse genome.5 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'E' in cDNA, 'D' in the mouse genome.5 
polyA tail: 103 bases do not align to the mouse genome.5 
polyA tail: 147 bases do not align to the mouse genome.5 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'T' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'S' in cDNA, 'T' in the human genome.5 
polyA tail: 127 bases do not align to the mouse genome.5 
11 bases at the 3' end do not align to the mouse genome.5 
a in citations 1 and 2; g in citation 3.; 'g' in misc_difference5 
'g' in misc_difference; a in citations 1 and 3; g in citation 2.5 
't' in misc_difference; a in citations 1 and 3; t in citation 2.5 
'T' in cDNA is 'C' in the Japanese quail cosmid DNA (Accecion No. AB259849). The amino acid not changed between cDNA and cosmid DNA5 
'C' in cDNA is 'T' in the Japanese quail cosmid DNA (Accecion No. AB259849). The amino acid not changed between cDNA and cosmid DNA5 
compared to allele sequence5 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'R' in cDNA, 'G' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.5 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'L' in cDNA, 'I' in the mouse genome.5 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'G' in cDNA, 'V' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'G' in cDNA, 'C' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'A' in cDNA, 'D' in the mouse genome.5 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'F' in cDNA, 'C' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'M' in cDNA, 'I' in the human genome.5 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'F' in cDNA, 'V' in the mouse genome.5 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'D' in cDNA, 'H' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'W' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'V' in cDNA, 'D' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'K' in cDNA, 'N' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.5 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'I' in cDNA, 'N' in the mouse genome.5 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'F' in cDNA, 'S' in the human genome.5 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'V' in cDNA, 'E' in the mouse genome.5 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'A' in cDNA, 'D' in the human genome.5 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'W' in cDNA, '*' in the human genome.5 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'L' in cDNA, 'Q' in the human genome.5 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'S' in cDNA, 'C' in the human genome.5 
36 bases at the 5' end do not align to the human genome.5 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'M' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'L' in cDNA, 'F' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.5 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'R' in cDNA, 'S' in the human genome.5 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'H' in cDNA, 'Q' in the mouse genome.5 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'G' in cDNA, 'A' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.5 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'H' in cDNA, 'N' in the human genome.5 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'N' in cDNA, 'Y' in the human genome.5 
in the mouse genome : TCT.4 
4 bases in the mouse genome, GTTT, are not found in cDNA.4 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'D' in cDNA, 'E' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
3 bases in the human genome, GAA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
in the human genome : AGC.4 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'Y' in cDNA, 'D' in the human genome.4 
4 bases in the mouse genome, ATAA, are not found in cDNA.4 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'L' in cDNA, 'I' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'D' in cDNA, 'H' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'V' in cDNA, 'M' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
in the mouse genome : GCA.4 
4 bases in the human genome, ACAC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
65 bases at the 5' end do not align to the human genome.4 
polyA tail: 142 bases do not align to the human genome.4 
in the mouse genome : TTA.4 
20 bases at the 3' end do not align to the human genome.4 
42 bases at the 5' end do not align to the mouse genome.4 
15 bases at the 3' end do not align to the human genome.4 
5 bases in the mouse genome, CCCCC, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below4 
25 bases at the 3' end do not align to the human genome.4 
polyA tail: 22 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below4 
in the mouse genome : GGT.4 
polyA tail: 140 bases do not align to the human genome.4 
30 bases at the 5' end do not align to the mouse genome.4 
6 bases in the mouse genome, GTGTGT, are not found in cDNA.4 
3 bases in the human genome, ATA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
in the human genome : CCG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
25 bases in cDNA are not found in the mouse genome.4 
105 bases at the 5' end do not align to the mouse genome.4 
3 bases in the human genome, CTT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
30 bases in cDNA are not found in the mouse genome.4 
10 bases in the mouse genome, TGTGTGTGTG, are not found in cDNA.4 
4 bases in the human genome, ATTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
in the mouse genome : CC; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below4 
in the mouse genome : GA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below4 
18 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
in the mouse genome : GCC.4 
'A' in cDNA is 'C' in the human genome; amino acid difference: '*' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
in the mouse genome : AGC.4 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'I' in cDNA, 'F' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
polyA tail: 152 bases do not align to the mouse genome.4 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'T' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
3 bases in the human genome, GGT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
4 bases in the mouse genome, CTCT, are not found in cDNA.4 
3 bases in the mouse genome, GAT, are not found in cDNA.4 
46 bases at the 5' end do not align to the mouse genome.4 
in the human genome : GAG.4 
in the mouse genome : ATC.4 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'R' in cDNA, 'W' in the mouse genome.4 
polyA tail: 106 bases do not align to the human genome.4 
4 bases in the mouse genome, GTGT, are not found in cDNA.4 
polyA tail: 111 bases do not align to the mouse genome.4 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'D' in cDNA, 'A' in the human genome.4 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'N' in cDNA, 'H' in the mouse genome.4 
8 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
'T' in cDNA is 'C' in the human genome; amino acid difference: '*' in cDNA, 'Q' in the human genome.4 
polyA tail: 136 bases do not align to the human genome.4 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'G' in cDNA, 'C' in the mouse genome.4 
3 bases in the human genome, ATT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
26 bases at the 5' end do not align to the human genome.4 
14 bases at the 3' end do not align to the mouse genome.4 
polyA tail: 96 bases do not align to the mouse genome.4 
in the human genome : AGC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
49 bases at the 5' end do not align to the human genome.4 
3 bases in the mouse genome, AGA, are not found in cDNA.4 
polyA tail: 129 bases do not align to the human genome.4 
polyA tail: 109 bases do not align to the mouse genome.4 
in the mouse genome : TCC.4 
polyA tail: 149 bases do not align to the mouse genome.4 
1 base does not align to the mouse genome.4 
polyA tail: 114 bases do not align to the mouse genome.4 
22 bases at the 3' end do not align to the mouse genome.4 
polyA tail: 17 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below4 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'Y' in cDNA, 'C' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
13 bases at the 3' end do not align to the mouse genome.4 
3 bases in the human genome, ACA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
3 bases in the mouse genome, ATA, are not found in cDNA.4 
17 bases at the 3' end do not align to the human genome.4 
site-directed mutagenesis4 
compared to GI:4528224 
compared to genomic sequence (version CHR1v07142002)4 
not present in genomic4 
artifact within poly A tail4 
This discrepancy does not affect the protein sequence.4 
compared to genomic DNA sequence; possible RT-PCR/cloning error4 
comapred to genome4 
attL1 base deletion4 
in the human genome : ATC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
3 bases in the human genome, GGA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
in the human genome : CTG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
2 bases in the human genome, GC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
4 bases in the human genome, ATTT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
in the human genome : TTT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: '*' in cDNA, 'W' in the mouse genome.4 
108 bases at the 3' end do not align to the human genome.4 
2 bases in the human genome, GG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
in the human genome : CCA.4 
93 bases at the 5' end do not align to the human genome.4 
14 bases in cDNA are not found in the human genome.4 
4 bases in the human genome, AAAA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
12 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
in the human genome : TGA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
19 bases at the 3' end do not align to the human genome.4 
30 bases at the 5' end do not align to the human genome.4 
in the human genome : CTG.4 
in the human genome : GAA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
polyA tail: 121 bases do not align to the human genome.4 
in the human genome : TCA.4 
4 bases in the human genome, TTTT, are not found in cDNA.4 
38 bases at the 5' end do not align to the human genome.4 
polyA tail: 115 bases do not align to the human genome.4 
15 bases in cDNA are not found in the human genome.4 
polyA tail: 119 bases do not align to the human genome.4 
26 bases in cDNA are not found in the human genome.4 
in the human genome : CCC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
22 bases at the 3' end do not align to the human genome.4 
differs at this position from the HeLa cell mRNA, GenBank Accession Number U124244 
compared to GenBank Accession Number M682214 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'K' in cDNA, 'T' in the mouse genome.4 
2 bases in the mouse genome, AA, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below4 
in the mouse genome : TT; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below4 
11 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below4 
10 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below4 
in the mouse genome : AT; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below4 
4 bases in the mouse genome, TTAC, are not found in cDNA.4 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: '*' in cDNA, 'R' in the mouse genome.4 
due to degenerate PCR primer4 
K3R-V mutant4 
compared to sequence in GenBank Accession Number X670524 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'R' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'M' in cDNA, 'I' in the mouse genome.4 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'S' in cDNA, 'A' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'M' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'S' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'F' in cDNA, 'V' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'R' in cDNA, 'S' in the mouse genome.4 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'S' in cDNA, 'C' in the mouse genome.4 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'A' in cDNA, 'E' in the mouse genome.4 
'T' in cDNA is 'G' in the human genome; no amino acid change. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'M' in cDNA, 'V' in the human genome.4 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'Q' in cDNA, 'H' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'S' in cDNA, 'N' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'Y' in cDNA, 'C' in the mouse genome.4 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'E' in cDNA, 'D' in the human genome.4 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'T' in cDNA, 'I' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'R' in cDNA, 'T' in the human genome.4 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'L' in cDNA, 'R' in the mouse genome.4 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'D' in cDNA, 'Y' in the mouse genome.4 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'S' in cDNA, 'R' in the mouse genome.4 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'S' in cDNA, 'Y' in the mouse genome.4 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'H' in cDNA, 'D' in the human genome.4 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'F' in cDNA, 'I' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'V' in cDNA, 'E' in the human genome.4 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'W' in cDNA, 'G' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'H' in cDNA, 'Q' in the mouse genome.4 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'S' in cDNA, 'R' in the human genome.4 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'L' in cDNA, 'H' in the mouse genome.4 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'S' in cDNA, 'R' in the human genome.4 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'P' in cDNA, 'H' in the human genome.4 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'K' in cDNA, 'M' in the human genome.4 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'M' in cDNA, 'L' in the human genome.4 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'I' in cDNA, 'L' in the human genome.4 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'K' in cDNA, 'Q' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'F' in cDNA, 'L' in the mouse genome.4 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'H' in cDNA, 'Y' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
'C' in cDNA is 'T' in genome; Differences found between this sequence and the human genome (build 34) are described in misc_difference features below4 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'F' in cDNA, 'I' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'C' in cDNA, 'Y' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'H' in cDNA, 'Q' in the human genome.4 
in the human genome : TAC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.4 
in the human genome : CAG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.4 
3 bases in the mouse genome, CCT, are not found in cDNA.3 
3 bases in the mouse genome, AAT, are not found in cDNA.3 
in the mouse genome : ACG.3 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'L' in the human genome.3 
4 bases in the human genome, TCAA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'K' in cDNA, 'N' in the mouse genome.3 
3 bases in the human genome, CTC, are not found in cDNA.3 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'E' in cDNA, 'D' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
14 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
41 bases at the 5' end do not align to the mouse genome.3 
287 bases at the 5' end do not align to the human genome.3 
19 bases at the 3' end do not align to the mouse genome.3 
in the human genome : CAC.3 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'I' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
in the human genome : CTT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
17 bases in cDNA are not found in the mouse genome.3 
68 bases at the 5' end do not align to the mouse genome.3 
31 bases in cDNA are not found in the mouse genome.3 
74 bases do not align to the human genome.3 
2 bases in the human genome, TC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
in the mouse genome : ACGT.3 
in the mouse genome : GGGC.3 
5 bases do not align to the mouse genome.3 
19 bases in cDNA are not found in the human genome.3 
'G' in cDNA is 'A' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
'T' in cDNA is 'G' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
'G' in cDNA is 'T' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
in the human genome : CC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
in the human genome : AGGG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
'A' in cDNA is 'C' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
in the human genome : TA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
'T' in cDNA is 'C' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
'A' in cDNA is 'T' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
'C' in cDNA is 'A' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
in the human genome : GGC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
in the human genome : GC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
in the human genome : TAC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
'C' in cDNA is 'A' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
'A' in cDNA is 'G' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
'T' in cDNA is 'C' in the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
in the human genome : CA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
379 bases at the 3' end do not align to the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below and these differences were also compared to chimpanzee genomic seqeunces available as of 09/15/2004 00:00:003 
6 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below3 
'A' in cDNA is 'N' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
3 bases in the mouse genome, ATT, are not found in cDNA.3 
5 bases in the mouse genome, GGGGG, are not found in cDNA.3 
41 bases at the 5' end do not align to the human genome.3 
40 bases at the 5' end do not align to the human genome.3 
23 bases at the 3' end do not align to the mouse genome.3 
in the human genome : ACC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
94 bases at the 5' end do not align to the human genome.3 
81 bases at the 5' end do not align to the human genome.3 
in the human genome : GCG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
47 bases at the 5' end do not align to the mouse genome.3 
4 bases in the human genome, TTTA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
3 bases in the mouse genome, TTG, are not found in cDNA.3 
90 bases at the 5' end do not align to the mouse genome.3 
in the mouse genome : AAT.3 
48 bases at the 5' end do not align to the mouse genome.3 
3 bases in the mouse genome, ACC, are not found in cDNA.3 
4 bases in the human genome, CACA, are not found in cDNA.3 
polyA tail: 28 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below3 
30 bases at the 3' end do not align to the mouse genome.3 
7 bases in the mouse genome, TCCCCGC, are not found in cDNA.3 
66 bases at the 5' end do not align to the human genome.3 
75 bases at the 5' end do not align to the mouse genome.3 
45 bases at the 5' end do not align to the mouse genome.3 
26 bases at the 3' end do not align to the mouse genome.3 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'L' in cDNA, 'F' in the human genome.3 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'N' in cDNA, 'I' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
polyA tail: 145 bases do not align to the human genome.3 
polyA tail: 141 bases do not align to the human genome.3 
623 bases at the 5' end do not align to the human genome.3 
3 bases in the human genome, AGC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
111 bases at the 5' end do not align to the human genome.3 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'P' in cDNA, 'H' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'E' in cDNA, 'D' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'R' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
3 bases in the human genome, CTG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
in the human genome : CAC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
in the human genome : GAG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
in the human genome : ATG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
358 bases at the 3' end do not align to the human genome.3 
3 bases in the human genome, GGC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'C' in cDNA, 'G' in the human genome.3 
polyA tail: 143 bases do not align to the mouse genome.3 
18 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below3 
4 bases in the mouse genome, TTTG, are not found in cDNA.3 
in the human genome : CAT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
polyA tail: 113 bases do not align to the mouse genome.3 
polyA tail: 158 bases do not align to the mouse genome.3 
10 bases in the human genome, TTTTTTTTTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
3 bases in the mouse genome, GCT, are not found in cDNA.3 
5 bases in the mouse genome, AAAAA, are not found in cDNA.3 
3 bases in the mouse genome, TGC, are not found in cDNA.3 
19 bases in the human genome are not found in cDNA.3 
in the mouse genome : AAA.3 
60 bases at the 5' end do not align to the human genome.3 
in the human genome : AGC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
polyA tail: 124 bases do not align to the human genome.3 
in the human genome : ATT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
254 bases at the 5' end do not align to the human genome.3 
17 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
in the human genome : CTT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
in the human genome : ATG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
in the human genome : GAC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
in the human genome : TTC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
polyA tail: 120 bases do not align to the mouse genome.3 
polyA tail: 180 bases do not align to the mouse genome.3 
polyA tail: 126 bases do not align to the mouse genome.3 
polyA tail: 19 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below3 
polyA tail: 140 bases do not align to the mouse genome.3 
in the mouse genome : AGG.3 
3 bases in the human genome, ACA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
polyA tail: 156 bases do not align to the mouse genome.3 
8 bases in the mouse genome, GTGTGTGT, are not found in cDNA.3 
3 bases in the human genome, AAA, are not found in cDNA.3 
polyA tail: 112 bases do not align to the mouse genome.3 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'M' in cDNA, 'I' in the mouse genome.3 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'F' in cDNA, 'V' in the human genome.3 
3 bases in the mouse genome, TGA, are not found in cDNA.3 
16 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
in the human genome : TCT.3 
in the human genome : GCT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
16 bases at the 3' end do not align to the mouse genome.3 
3 bases in the human genome, CAA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
177 bases at the 5' end do not align to the human genome.3 
in the human genome : AGG.3 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'Q' in cDNA, 'H' in the mouse genome.3 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'F' in cDNA, 'C' in the human genome.3 
in the mouse genome : AAAG.3 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'I' in cDNA, 'M' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
3 bases in the mouse genome, AGG, are not found in cDNA.3 
4 bases in the human genome, AGAG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
found in genomic sequence3 
compared to sequence from clone DS08018 and from Champagne, et al3 
1 of 8 PCR clones had G at this posn.3 
compared to genomic sequence resulting in a stop codon in the cDNA3 
compared to genomic sequence resulting in an amino acid sequence difference (version CHR1v07142002)3 
compared to BAC F28N243 
insertion relative to genomic sequence3 
compared to genome; this does not affect the original amino acid sequence3 
this base change does not affect the amino acid sequence3 
attL2 base change3 
Beta vulgaris TK81-O mitochondrial genome3 
affects amino acid3 
omission of alternatively spliced putative intron3 
includes putative intron sequence3 
nucleotide difference from the genomic sequence, GenBank Accession number U180563 
mRNA differs from genomic sequence in GenBank Accession Number U180563 
noted in clone A5-2; generated by primer used in differential display3 
compared with Homo sapiens p73L3 
compared to CUL2 sequence presented in GenBank Accession Number U834103 
compared to Homo sapiens aldehyde dehydrogenase 9 encoded by GenBank Accession Number U342523 
relative to sequence in Genbank Accession Number AF2333343 
compared to genomic chromosome 19 sequence3 
50 bases at the 3' end do not align to the human genome.3 
3 bases in the human genome, CAT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
in the human genome : AGG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
3 bases in the human genome, CCC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
polyA tail: 144 bases do not align to the human genome.3 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'Q' in cDNA, '*' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
3 bases do not align to the human genome.3 
18 bases in cDNA are not found in the human genome.3 
polyA tail: 143 bases do not align to the human genome.3 
in the human genome : TTT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
in the human genome : AGT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
11 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below3 
in the human genome : GAG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
47 bases at the 5' end do not align to the human genome.3 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'E' in cDNA, 'A' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
23 bases at the 3' end do not align to the human genome.3 
3 bases in the human genome, TAA, are not found in cDNA.3 
in the human genome : CCT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
4 bases in the human genome, CTTA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
in the human genome : TTTT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
3 bases in the human genome, GAG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
4 bases in the human genome, CTTA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
in the human genome : AAA.3 
3 bases in the human genome, GTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'G' in cDNA is 'C' in the human genome; amino acid difference: '*' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
polyA tail: 124 bases do not align to the mouse genome.3 
13 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
19 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'H' in cDNA, 'L' in the mouse genome.3 
3 bases in the human genome, TGC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
6 bases in the human genome, GTGTGT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
in the human genome : CTC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
3 bases in the human genome, AGA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
14 bases do not align to the human genome.3 
3 bases in the human genome, AGA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
16 bases in the human genome are not found in cDNA.3 
3 bases in the human genome, ACT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
4 bases in the human genome, AAAA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
73 bases at the 5' end do not align to the human genome.3 
23 bases do not align to the human genome.3 
20 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
4 bases in the human genome, AAGA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
4 bases in the human genome, AGGG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'G' in cDNA is 'N' in the human genome.3 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'N' in cDNA, 'H' in the human genome.3 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'I' in cDNA, 'M' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'T' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
34 bases at the 3' end do not align to the human genome.3 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'P' in cDNA, 'T' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'S' in cDNA, '*' in the human genome.3 
in the human genome : TCA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
in the human genome : AGA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
differences originate from the use of a VkappaI-related primer to amplify this sequence3 
sequence difference T/-3 
compared to Rattus norvegicus neu oncogene sequence presented in GenBank Accession Number X033623 
only present in some clones; possible splice variant3 
compared to AK0324463 
2 bases in the mouse genome, TT, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below3 
polyA tail: 12 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below3 
3 bases in the mouse genome, GAA, are not found in cDNA.3 
3 bases in the mouse genome, CGT, are not found in cDNA.3 
135 bases at the 5' end do not align to the mouse genome.3 
15 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below3 
3 bases in the mouse genome, ATC, are not found in cDNA.3 
36 bases in cDNA are not found in the mouse genome.3 
52 bases at the 5' end do not align to the mouse genome.3 
3 bases in the mouse genome, CAG, are not found in cDNA.3 
polyA tail: 67 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below3 
polyA tail: 157 bases do not align to the mouse genome.3 
in the mouse genome : GTTT.3 
polyA tail: 145 bases do not align to the mouse genome.3 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'R' in cDNA, '*' in the mouse genome.3 
4 bases in the mouse genome, GAGA, are not found in cDNA.3 
65 bases at the 3' end do not align to the mouse genome.3 
polyA tail: 122 bases do not align to the mouse genome.3 
in the mouse genome : CGAC.3 
A in clone 23 
silent mutation introduced to create EcoRV site3 
't' in misc_difference; c in citations 1 and 2; t in citation 3.3 
't' in misc_difference; c in citations 1 and 3; t in citation 2.3 
g in citations 1 and 2; a in citation 3.; 'a' in misc_difference3 
'a' in misc_difference; g in citations 1 and 3; a in citation 2.3 
'c' in misc_difference; c in citations 2 and 3.3 
'c' in misc_difference; t in citations 1 and 3; c in citation 2.3 
additional nucleotide3 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'E' in cDNA, 'A' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below3 
'A' in cDNA is 'C' in the human genome; amino acid difference: '*' in cDNA, 'Y' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'V' in cDNA, 'D' in the mouse genome.3 
'C' in cDNA is 'G' in the mouse genome; no amino acid change; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below3 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, '*' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'Y' in cDNA, 'F' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'L' in cDNA, 'M' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'P' in cDNA, 'H' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'M' in cDNA, 'I' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'S' in cDNA, 'R' in the mouse genome.3 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'G' in cDNA, 'E' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'N' in cDNA, 'I' in the mouse genome.3 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'Q' in cDNA, 'L' in the human genome.3 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'C' in cDNA, 'W' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'K' in cDNA, 'M' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
in the human genome : CGG.3 
6 bases in the mouse genome, TCTTCT, are not found in cDNA.3 
9 bases in the mouse genome, ACGCTGGCT, are not found in cDNA.3 
in the mouse genome : TGCC.3 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'M' in cDNA, 'I' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'W' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'R' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'S' in cDNA, 'G' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'D' in cDNA, 'E' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'H' in cDNA, 'N' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
3 bases in the mouse genome, CTA, are not found in cDNA.3 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'H' in cDNA, 'P' in the mouse genome.3 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'H' in cDNA, 'D' in the mouse genome.3 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'R' in cDNA, 'S' in the mouse genome.3 
9 bases in the human genome, GTGGAGCCA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'L' in cDNA, 'M' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'V' in cDNA, 'L' in the human genome.3 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'N' in cDNA, 'T' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'S' in cDNA, 'Y' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'L' in cDNA, 'W' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'D' in cDNA, 'H' in the human genome.3 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'R' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'L' in cDNA, 'S' in the human genome.3 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'Y' in cDNA, 'N' in the human genome.3 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'N' in cDNA, 'I' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'M' in cDNA, 'I' in the human genome.3 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'L' in cDNA, 'H' in the human genome.3 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'G' in cDNA, 'W' in the mouse genome.3 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'H' in cDNA, 'Q' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'Q' in cDNA, 'H' in the human genome.3 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'L' in cDNA, 'Q' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below3 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'S' in cDNA, 'N' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below3 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'Y' in cDNA, 'D' in the mouse genome.3 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'S' in cDNA, 'F' in the human genome.3 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'C' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'L' in cDNA, 'M' in the mouse genome.3 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'C' in cDNA, 'G' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'W' in cDNA, '*' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'C' in cDNA, 'W' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'E' in cDNA, 'A' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'W' in cDNA, 'G' in the human genome.3 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'S' in cDNA, 'L' in the human genome.3 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'Q' in cDNA, 'H' in the human genome.3 
4 bases in the human genome, GCAC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
10 bases in the human genome, AAAAAAAGGC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'V' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'W' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
compared to NM_115529.13 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'Y' in cDNA, 'C' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: '*' in cDNA, 'R' in the mouse genome.3 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'S' in cDNA, 'C' in the mouse genome.3 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'K' in cDNA, 'N' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'E' in cDNA, 'Q' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
3 bases in the human genome, CAG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'D' in cDNA, 'E' in the human genome.3 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'I' in cDNA, 'M' in the human genome.3 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'D' in cDNA, 'G' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below3 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'M' in cDNA, 'K' in the human genome.3 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'H' in cDNA, 'Q' in the human genome.3 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'P' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.3 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'E' in cDNA, 'A' in the human genome.3 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'D' in cDNA, 'E' in the human genome.3 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'F' in cDNA, 'L' in the human genome.3 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'E' in cDNA, 'D' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.3 
compared to NM_125520.4; silent mutation3 
compared to NM_117578.23 
9 bases in the human genome, TGAGGGGTC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
3 bases in the human genome, TTC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
75 bases at the 5' end do not align to the human genome.2 
in the human genome : ATG.2 
123 bases do not align to the human genome.2 
8 bases in the mouse genome, TTTTTTTT, are not found in cDNA.2 
polyA tail: 20 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
741 bases at the 5' end do not align to the human genome.2 
7 bases do not align to the human genome.2 
104 bases at the 5' end do not align to the mouse genome.2 
431 bases at the 5' end do not align to the human genome.2 
3 bases in the human genome, TAT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
in the human genome : TGA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
4 bases in the mouse genome, GAGT, are not found in cDNA.2 
in the mouse genome : CCAA.2 
3 bases in the human genome, AAG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
in the human genome : GAC.2 
in the human genome : GCT.2 
6 bases in the human genome, AAAAAA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
168 bases at the 5' end do not align to the human genome.2 
460 bases at the 5' end do not align to the human genome.2 
15 bases do not align to the human genome.2 
116 bases at the 3' end do not align to the human genome.2 
in the mouse genome : AAGA.2 
in the mouse genome : TGAGC.2 
114 bases at the 5' end do not align to the human genome.2 
in the mouse genome : AGAG.2 
345 bases at the 3' end do not align to the human genome.2 
4 bases in the human genome, AAAA, are not found in cDNA.2 
772 bases at the 3' end do not align to the human genome.2 
37 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
9 bases in the mouse genome, TCAATGAGC, are not found in cDNA.2 
138 bases at the 3' end do not align to the mouse genome.2 
289 bases at the 3' end do not align to the mouse genome.2 
in the human genome : GTT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
in the mouse genome : AAG.2 
21 bases in cDNA are not found in the mouse genome.2 
102 bases at the 5' end do not align to the mouse genome.2 
in the mouse genome : GGGG.2 
2 bases in the mouse genome, CT, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
4 bases in the mouse genome, TGTA, are not found in cDNA.2 
11 bases do not align to the mouse genome.2 
6 bases in the mouse genome, GGTCCA, are not found in cDNA.2 
6 bases in the mouse genome, GCAGCC, are not found in cDNA.2 
41 bases at the 3' end do not align to the mouse genome.2 
4 bases in the mouse genome, TTTC, are not found in cDNA.2 
4 bases in the mouse genome, GCAG, are not found in cDNA.2 
285 bases at the 5' end do not align to the mouse genome.2 
4 bases in the human genome, TATG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
3 bases in the human genome, CAG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
in the mouse genome : GAC.2 
11 bases do not align to the human genome.2 
in the human genome : GGG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
71 bases at the 5' end do not align to the human genome.2 
4 bases in the mouse genome, ATTG, are not found in cDNA.2 
345 bases at the 3' end do not align to the mouse genome.2 
4 bases in the mouse genome, GGAA, are not found in cDNA.2 
5 bases in the human genome, GGGGA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
106 bases at the 3' end do not align to the human genome.2 
3 bases in the mouse genome, CAC, are not found in cDNA.2 
7 bases in the mouse genome, TTTTTTT, are not found in cDNA.2 
in the mouse genome : CG; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
4 bases in the mouse genome, TATA, are not found in cDNA.2 
in the mouse genome : TA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
4 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
in the mouse genome : GTT.2 
13 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
98 bases at the 3' end do not align to the human genome.2 
6 bases in the human genome, ATATAT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
in the human genome : CTGC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
18 bases do not align to the mouse genome.2 
4 bases in the mouse genome, ACTC, are not found in cDNA.2 
3 bases in the human genome, ACA, are not found in cDNA.2 
4 bases in the human genome, CCCT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
6 bases in the human genome, CTCTCT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
in the mouse genome : GAAT.2 
16 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
3 bases in the mouse genome, TTT, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
88 bases at the 3' end do not align to the mouse genome.2 
447 bases at the 3' end do not align to the mouse genome.2 
4 bases in the mouse genome, ACCC, are not found in cDNA.2 
476 bases at the 3' end do not align to the mouse genome.2 
3 bases in the human genome, TCT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'L' in cDNA, 'F' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
222 bases at the 3' end do not align to the human genome.2 
6 bases in the human genome, CACACA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
in the human genome : ATA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
159 bases at the 3' end do not align to the human genome.2 
35 bases at the 3' end do not align to the human genome.2 
17 bases do not align to the human genome.2 
4 bases in the human genome, GAGA, are not found in cDNA.2 
51 bases at the 5' end do not align to the human genome.2 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'C' in cDNA, 'S' in the mouse genome.2 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'F' in cDNA, 'L' in the mouse genome.2 
83 bases at the 5' end do not align to the mouse genome.2 
in the mouse genome : CTG; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'A' in cDNA, 'T' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'P' in cDNA, 'L' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'M' in cDNA, 'L' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
127 bases at the 5' end do not align to the mouse genome.2 
polyA tail: 148 bases do not align to the mouse genome.2 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'A' in cDNA, 'D' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
534 bases at the 5' end do not align to the mouse genome.2 
382 bases at the 5' end do not align to the mouse genome.2 
in the mouse genome : GGA.2 
80 bases at the 5' end do not align to the mouse genome.2 
3 bases in the mouse genome, GGC, are not found in cDNA.2 
68 bases at the 3' end do not align to the mouse genome.2 
273 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
52 bases do not align to the human genome.2 
3 bases in the human genome, GGC, are not found in cDNA.2 
5 bases in the human genome, TTTTT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
in the mouse genome : AAAAAAA.2 
4 bases in the mouse genome, TAAA, are not found in cDNA.2 
in the human genome : TGT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
3 bases in the human genome, TTA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
3 bases in the mouse genome, TTC, are not found in cDNA.2 
49 bases at the 5' end do not align to the mouse genome.2 
in the human genome : CTT.2 
in the human genome : TCC.2 
5 bases in the mouse genome, GTTTT, are not found in cDNA.2 
4 bases in the mouse genome, CCCC, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
17 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'S' in cDNA, 'C' in the human genome.2 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'P' in cDNA, 'Q' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
200 bases at the 5' end do not align to the human genome.2 
156 bases at the 5' end do not align to the human genome.2 
4 bases in the human genome, AAAT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
6 bases in the human genome, TGTGTG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
338 bases at the 5' end do not align to the human genome.2 
in the human genome : CCTT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
18 bases do not align to the human genome.2 
92 bases at the 5' end do not align to the human genome.2 
21 bases do not align to the human genome.2 
250 bases at the 3' end do not align to the mouse genome.2 
142 bases at the 3' end do not align to the mouse genome.2 
31 bases at the 3' end do not align to the mouse genome.2 
57 bases at the 5' end do not align to the mouse genome.2 
4 bases in the mouse genome, CCTA, are not found in cDNA.2 
3 bases in the mouse genome, CTC, are not found in cDNA.2 
2 bases in the human genome, CG, are not found in cDNA.2 
4 bases in the human genome, AGAC, are not found in cDNA.2 
19 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
3 bases in the human genome, GGC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
8 bases in the human genome, ACACACAC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
4 bases in the human genome, AGTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
103 bases at the 3' end do not align to the human genome.2 
polyA tail: 151 bases do not align to the human genome.2 
737 bases at the 3' end do not align to the human genome.2 
69 bases at the 5' end do not align to the human genome.2 
25 bases in cDNA are not found in the human genome.2 
in the mouse genome : GTA.2 
4 bases in the human genome, GTTT, are not found in cDNA.2 
'C' in cDNA is 'N' in the mouse genome.2 
2 bases in the mouse genome, CN, are not found in cDNA.2 
in the mouse genome : NNNNNNNN.2 
'G' in cDNA is 'N' in the mouse genome.2 
382 bases at the 5' end do not align to the human genome.2 
in the human genome : GGT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
in the human genome : ACA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
in the human genome : CGT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
3 bases in the human genome, CTG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
91 bases at the 5' end do not align to the mouse genome.2 
6 bases in the human genome, TCTTTG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
may be result of A-to-I editing2 
polyA tail: 170 bases do not align to the mouse genome.2 
in the mouse genome : GTGA.2 
polyA tail: 193 bases do not align to the mouse genome.2 
polyA tail: 187 bases do not align to the mouse genome.2 
polyA tail: 183 bases do not align to the mouse genome.2 
polyA tail: 190 bases do not align to the mouse genome.2 
4 bases in the mouse genome, GACA, are not found in cDNA.2 
28 bases at the 3' end do not align to the mouse genome.2 
3 bases in the human genome, GTC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
117 bases at the 5' end do not align to the human genome.2 
243 bases at the 5' end do not align to the mouse genome.2 
5 bases in the mouse genome, GAGAA, are not found in cDNA.2 
695 bases at the 5' end do not align to the human genome.2 
151 bases at the 5' end do not align to the human genome.2 
polyA tail: 25 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'F' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'V' in cDNA, 'G' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
3 bases in the human genome, GCC, are not found in cDNA.2 
437 bases at the 5' end do not align to the human genome.2 
105 bases at the 5' end do not align to the human genome.2 
423 bases at the 5' end do not align to the human genome.2 
not encoded in the genome; added during processing2 
582 bases at the 3' end do not align to the human genome.2 
55 bases in cDNA are not found in the mouse genome.2 
732 bases at the 3' end do not align to the human genome.2 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'S' in cDNA, 'P' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
300 bases at the 5' end do not align to the human genome.2 
4 bases in the human genome, AACA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
362 bases at the 5' end do not align to the human genome.2 
369 bases at the 5' end do not align to the human genome.2 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'I' in cDNA, 'K' in the mouse genome.2 
6 bases in the mouse genome, TGTGTG, are not found in cDNA.2 
3 bases in the mouse genome, AGT, are not found in cDNA.2 
polyA tail: 153 bases do not align to the human genome.2 
67 bases at the 3' end do not align to the mouse genome.2 
4 bases in the human genome, CTCT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
polyA tail: 169 bases do not align to the human genome.2 
263 bases at the 3' end do not align to the human genome.2 
290 bases at the 5' end do not align to the human genome.2 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'C' in cDNA, 'W' in the mouse genome.2 
172 bases at the 5' end do not align to the human genome.2 
in the human genome : CTG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'Y' in cDNA, 'N' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'G' in cDNA, 'W' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
results in premature stop codon2 
alternative exon2 
sequence differs in another cDNA clone2 
sequence differs in other cDNA and genomic clones2 
found in the original cDNA clone; results in a mutation of the stop codon to an arginine and a 47 amino acid residue increase in protein length; other cDNAs and genomic sequence contained t at this location2 
region missing in unidentified clone2 
in unidentified cDNA clone; corresponds to transmembrane domain IV segments 1-2 and to exon 30 in Homo sapiens Cav2.12 
compared to genome project sequence derived from cosmid T15D6 presented in GenBank Accession Number Z831252 
potential polymorphism2 
compared to GI:4528112 
compared to NM_0010093412 
This sequence contains c for t replacement at position 16 introduced by a synthetic oligo during amplification of gammaC mRNA.2 
see [3]2 
1 of 8 PCR clones had T at this posn.2 
artifact within polyA tail2 
compared to genomic sequence resulting in a stop codon2 
compared to genome; This replacement is a silent mutation. It does not affect the original protein translation.2 
conflict with GenBank Accession Number AF300972 (OsDREB1B); C verified in all three ESTs and from gDNA PCR product2 
compared to genome. This base change does not affect the original amino acid sequence2 
Compared to genome, this discrepancy does not change protein sequence.2 
results in a serine to phenylalanine substitution2 
results in a phenylalanine to leucine substitution2 
results in a tyrosine to histidine substitution2 
includes putative intron sequence in 3' UTR2 
includes putative intron sequence in coding region; adds 34 amino acids to ethylene control element2 
clone pTRP592 
clone pTRP472 
clone pTRP142 
clone pTRP392 
clone pTRP332 
nucleotide difference from the genomic sequence, GenBank Accession number U180552 
compare to genomic sequence2 
compared to sequence deposited in GenBank Accession Number AB0090532 
compared to genomic sequence, NM_180782.1 and NM_123531.22 
compared to genomic sequence and NM_102204.12 
compared to genomic sequence, NM_180687.1, NM_180686.1 and NM_115421.32 
insertion results in truncated protein compared to the product encoded by GenBank Accession Number AF0473382 
polymorphism or PCR-induced mutation2 
compared to mRNA sequence presented in GenBank Accession Number U220552 
intron 72 
523 bases at the 3' end do not align to the human genome.2 
21 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
in the human genome : TTC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
17 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
161 bases at the 3' end do not align to the human genome.2 
1 base does not align to the human genome.2 
15 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
4 bases in the human genome, GCTG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
8 bases in the human genome, TTCCCTCC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
5 bases in the human genome, TTCTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
70 bases at the 5' end do not align to the human genome.2 
3 bases in the human genome, CGA, are not found in cDNA.2 
'T' in cDNA is 'G' in the human genome; amino acid difference: '*' in cDNA, 'G' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
6 bases in the human genome, GCAGCA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
3 bases in the human genome, ATT, are not found in cDNA.2 
77 bases at the 3' end do not align to the human genome.2 
4 bases in the human genome, CACA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
37 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
132 bases at the 5' end do not align to the human genome.2 
in the human genome : TGCT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
in the human genome : ATCT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
173 bases at the 5' end do not align to the human genome.2 
150 bases at the 5' end do not align to the human genome.2 
78 bases at the 3' end do not align to the human genome.2 
in the human genome : GGG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
443 bases at the 5' end do not align to the human genome.2 
in the human genome : TAGG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
in the human genome : CGA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
in the human genome : AAGC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
in the human genome : TCCCCC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
106 bases do not align to the human genome.2 
polyA tail: 154 bases do not align to the human genome.2 
4 bases in the human genome, GCGC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
48 bases at the 5' end do not align to the human genome.2 
in the human genome : GGA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
3 bases in the human genome, TCA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
85 bases at the 5' end do not align to the human genome.2 
112 bases at the 5' end do not align to the human genome.2 
140 bases at the 5' end do not align to the human genome.2 
polyA tail: 9 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
518 bases at the 5' end do not align to the human genome.2 
4 bases in the human genome, ACTC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
3 bases in the human genome, GGG, are not found in cDNA.2 
3 bases in the human genome, TGA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
78 bases at the 5' end do not align to the human genome.2 
179 bases at the 3' end do not align to the mouse genome.2 
240 bases at the 5' end do not align to the human genome.2 
157 bases at the 5' end do not align to the human genome.2 
in the human genome : TCCC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'E' in cDNA, 'G' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
3 bases in the human genome, AGT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
60 bases at the 3' end do not align to the mouse genome.2 
175 bases at the 3' end do not align to the human genome.2 
10 bases in the human genome, CACCCACCAC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
6 bases in the human genome, TACTTG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
30 bases in cDNA are not found in the human genome.2 
in the human genome : CTA.2 
3 bases in the human genome, GCT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
126 bases in cDNA are not found in the human genome.2 
29 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
3 bases in the human genome, GCA, are not found in cDNA.2 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'I' in cDNA, 'L' in the mouse genome.2 
polyA tail: 127 bases do not align to the human genome.2 
in the human genome : CTC.2 
70 bases at the 3' end do not align to the human genome.2 
4 bases in the human genome, AGAA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
in the human genome : CGC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
in the human genome : CAA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
polyA tail: 146 bases do not align to the human genome.2 
135 bases at the 5' end do not align to the human genome.2 
5 bases in the human genome, CTTTA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
91 bases at the 5' end do not align to the human genome.2 
39 bases at the 5' end do not align to the human genome.2 
106 bases at the 5' end do not align to the human genome.2 
3 bases in the human genome, CTC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
6 bases in the human genome, ACACAC, are not found in cDNA.2 
440 bases at the 5' end do not align to the human genome.2 
in the human genome : GTA.2 
in the human genome : CCCA.2 
in the human genome : GTGC.2 
9 bases in the human genome, CTATGCCTG, are not found in cDNA.2 
59 bases at the 3' end do not align to the human genome.2 
16 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
8 bases in the human genome, GAGAGAGA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
6 bases in the human genome, AAAAAA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
in the human genome : ACT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
in the human genome : TTA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
in the human genome : TAC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
301 bases at the 5' end do not align to the human genome.2 
4 bases in the human genome, AATT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
72 bases at the 5' end do not align to the human genome.2 
233 bases at the 5' end do not align to the human genome.2 
20 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
3 bases in the human genome, GTT, are not found in cDNA.2 
4 bases in the human genome, TTGT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
polyA tail: 147 bases do not align to the human genome.2 
86 bases at the 5' end do not align to the human genome.2 
in the human genome : TAG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
3 bases in the human genome, TGC, are not found in cDNA.2 
5 bases in the human genome, AAATA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
162 bases at the 5' end do not align to the mouse genome.2 
6 bases in the human genome, TTTTTT, are not found in cDNA.2 
9 bases in the human genome, TTTTTTTTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
20 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
198 bases at the 3' end do not align to the human genome.2 
in the human genome : TTG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
104 bases at the 5' end do not align to the human genome.2 
18 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
255 bases at the 5' end do not align to the human genome.2 
4 bases in the human genome, AACT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
172 bases at the 3' end do not align to the human genome.2 
6 bases in the human genome, GTATAT, are not found in cDNA.2 
6 bases in the human genome, CTTTTT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
in the human genome : GAT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: '*' in cDNA, 'S' in the mouse genome.2 
in the human genome : CAA.2 
3 bases in the human genome, GCA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
119 bases at the 3' end do not align to the human genome.2 
in the human genome : TGT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
311 bases at the 3' end do not align to the human genome.2 
4 bases in the human genome, AATA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'I' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
189 bases at the 5' end do not align to the human genome.2 
227 bases at the 5' end do not align to the human genome.2 
9 bases in the mouse genome, CGCGGAAGC, are not found in cDNA.2 
in the human genome : TAT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
4 bases in the human genome, ATAG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'G' in cDNA, '*' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
4 bases in the human genome, CCCC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'T' in cDNA is 'A' in the human genome; amino acid difference: '*' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
6 bases at the 3' end do not align to the human genome.2 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'W' in cDNA, 'C' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
4 bases in the human genome, AAGC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'G' in cDNA is 'T' in the human genome; amino acid difference: '*' in cDNA, 'Y' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
conflicts with sequence data reported by the other authors2 
aberrant sequence compared to NM_0005462 
45 base deletion compared to sequence from non-cancerous tissue2 
clone difference2 
splice variant2 
site of 164 bp deletion relative to splice variant 4C-791, see GenBank Accession Number U663462 
null allele: HLA-DRB4*0201N; 11 bp deletion when compared to wild type2 
absent in the alternative mRNAs presented in GenBank Accession Numbers U60884 and U684852 
sequence difference -/G2 
compared to sequence presented in GenBank Accession Number X058992 
RefSeq XM_217569.22 
compared to ELAV-like neuronal protein-1 mRNA in GenBank Accession Number AY0353802 
compared to NM_011490; probably due to erroneous incorporation of nucleotides by Taq Polymerase2 
compared to XM_3463442 
77 bases at the 5' end do not align to the mouse genome.2 
5 bases in the mouse genome, CTTAG, are not found in cDNA.2 
10 bases in the mouse genome, GAATGCCAGT, are not found in cDNA.2 
373 bases at the 5' end do not align to the mouse genome.2 
4 bases in the mouse genome, TACA, are not found in cDNA.2 
184 bases at the 5' end do not align to the mouse genome.2 
164 bases at the 5' end do not align to the mouse genome.2 
in the mouse genome : AC; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
4 bases in the mouse genome, AGAC, are not found in cDNA.2 
138 bases at the 5' end do not align to the mouse genome.2 
9 bases in the mouse genome, GCTAGGCAC, are not found in cDNA.2 
4 bases in the mouse genome, CAAA, are not found in cDNA.2 
in the mouse genome : CTC.2 
4 bases in the mouse genome, GTAT, are not found in cDNA.2 
19 bases in cDNA are not found in the mouse genome.2 
in the mouse genome : GAG.2 
3 bases in the mouse genome, GCA, are not found in cDNA.2 
1 base at the 5' end does not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
71 bases at the 5' end do not align to the mouse genome.2 
28 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
152 bases at the 5' end do not align to the mouse genome.2 
90 bases in cDNA are not found in the mouse genome.2 
polyA tail: 121 bases do not align to the mouse genome.2 
374 bases at the 5' end do not align to the mouse genome.2 
59 bases at the 5' end do not align to the mouse genome.2 
58 bases at the 5' end do not align to the mouse genome.2 
polyA tail: 160 bases do not align to the mouse genome.2 
in the mouse genome : ATT.2 
in the mouse genome : CAGC.2 
in the mouse genome : CGG.2 
polyA tail: 154 bases do not align to the mouse genome.2 
4 bases in the mouse genome, TGTG, are not found in cDNA.2 
888 bases at the 5' end do not align to the mouse genome.2 
52 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
61 bases at the 5' end do not align to the mouse genome.2 
in the mouse genome : CTGG.2 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'W' in cDNA, '*' in the mouse genome.2 
polyA tail: 182 bases do not align to the mouse genome.2 
polyA tail: 189 bases do not align to the mouse genome.2 
polyA tail: 168 bases do not align to the mouse genome.2 
polyA tail: 159 bases do not align to the mouse genome.2 
11 bases in the mouse genome are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
4 bases in the mouse genome, AAAA, are not found in cDNA.2 
7 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
13 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
32 bases in cDNA are not found in the mouse genome.2 
5 bases in the mouse genome, TTGTT, are not found in cDNA.2 
3 bases in the mouse genome, ATG, are not found in cDNA.2 
in the mouse genome : TGTG.2 
41 bases do not align to the mouse genome.2 
55 bases at the 5' end do not align to the mouse genome.2 
3 bases in the mouse genome, GCC, are not found in cDNA.2 
5 bases in the mouse genome, AATTT, are not found in cDNA.2 
2 bases do not align to the mouse genome.2 
in the mouse genome : CAA.2 
4 bases in the mouse genome, ACAC, are not found in cDNA.2 
4 bases in the mouse genome, AGTG, are not found in cDNA.2 
4 bases in the mouse genome, AAAC, are not found in cDNA.2 
polyA tail: 125 bases do not align to the mouse genome.2 
in the mouse genome : CCGAA.2 
4 bases in the mouse genome, AAGT, are not found in cDNA.2 
in the mouse genome : TCA.2 
78 bases at the 3' end do not align to the mouse genome.2 
10 bases at the 3' end do not align to the mouse genome.2 
7 bases in the mouse genome, ACTCAGA, are not found in cDNA.2 
in the mouse genome : CATC.2 
in the mouse genome : CGC.2 
4 bases in the mouse genome, GGCC, are not found in cDNA.2 
compared to NM_0081732 
compared to genomic sequence; presumed cloning error2 
S259/262-A mutant2 
T in clone 22 
C in clone 22 
silent change to create SpeI restriction site2 
compared to the sequence found in GenBank Accession Number M623212 
silent mutation introduced to create NaeI site2 
t in citations 1 and 2; c in citation 3.; 'c' in misc_difference2 
a in citations 1 and 3; g in citation 2.; 'g' in misc_difference2 
c in citations 2 and 3.; 'c' in misc_difference2 
t in citations 1 and 3; a in citation 2.; 'a' in misc_difference2 
c in citations 1 and 3; g in citation 2.; 'g' in misc_difference2 
t in citations 2 and 3.; 't' in misc_difference2 
'g' in misc_difference; t in citations 1 and 3; g in citation 2.2 
g in clone TB4-22 
compared to sequence with GenBank Accession Number AF1760862 
4 bases in the human genome, TCTC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
6 bases in the mouse genome, ACACAC, are not found in cDNA.2 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'A' in cDNA, 'S' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'D' in cDNA, 'V' in the human genome.2 
in the mouse genome : NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
33 bases in cDNA are not found in the mouse genome.2 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'E' in cDNA, 'D' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'R' in cDNA, 'M' in the mouse genome.2 
3 bases in the human genome, GCA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'D' in cDNA, 'Y' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'S' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'A' in cDNA is 'C' in the mouse genome; no amino acid change; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'E' in cDNA, '*' in the human genome.2 
polyA tail: 128 bases do not align to the mouse genome.2 
95 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'Q' in cDNA, 'H' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
3 bases in the mouse genome, TAA, are not found in cDNA.2 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'S' in cDNA, 'A' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'R' in cDNA, 'K' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
9 bases in the mouse genome, CTACAGACA, are not found in cDNA.2 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'K' in cDNA, 'M' in the mouse genome.2 
82 bases at the 5' end do not align to the mouse genome.2 
6 bases in the mouse genome, TTTATT, are not found in cDNA.2 
8 bases in the mouse genome, TTCCCCCC, are not found in cDNA.2 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'C' in cDNA, 'F' in the human genome.2 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'K' in cDNA, 'N' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'H' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'T' in cDNA is 'C' in the human genome; amino acid difference: '*' in cDNA, 'R' in the human genome.2 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'W' in cDNA, 'C' in the human genome.2 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'G' in cDNA, 'R' in the human genome.2 
296 bases at the 3' end do not align to the mouse genome.2 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'H' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
5 bases in the mouse genome, GGACT, are not found in cDNA.2 
3 bases in the human genome, CTA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'E' in cDNA, 'V' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'L' in cDNA, 'F' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'M' in cDNA, 'L' in the human genome.2 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'A' in cDNA, 'P' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
44 bases at the 5' end do not align to the human genome.2 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'S' in cDNA, 'R' in the mouse genome.2 
32 bases at the 3' end do not align to the human genome.2 
4 bases in the human genome, TATA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
223 bases do not align to the human genome.2 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'S' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
in the human genome : TTCC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
in the human genome : ACTCA.2 
in the human genome : TGTT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'Y' in cDNA, 'F' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'S' in cDNA, 'R' in the human genome.2 
596 bases at the 5' end do not align to the human genome.2 
3 bases in the human genome, TGT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
4 bases in the human genome, CCCC, are not found in cDNA.2 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'W' in cDNA, 'G' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'K' in cDNA, 'N' in the mouse genome.2 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'S' in cDNA, 'I' in the mouse genome.2 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'I' in cDNA, 'F' in the human genome.2 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'H' in cDNA, 'Q' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'N' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'M' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
in the mouse genome : GTGT.2 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'H' in cDNA, 'P' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'L' in cDNA, '*' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
compared to sequence in NM_01123092.12 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'L' in cDNA, 'W' in the human genome.2 
203 bases at the 5' end do not align to the mouse genome.2 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'H' in cDNA, 'Q' in the mouse genome.2 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'R' in cDNA, 'I' in the mouse genome.2 
368 bases at the 5' end do not align to the mouse genome.2 
98 bases at the 3' end do not align to the mouse genome.2 
polyA tail: 23 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'W' in cDNA, 'C' in the human genome.2 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'R' in cDNA, 'G' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: 'C' in cDNA, 'R' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'N' in cDNA, 'T' in the mouse genome.2 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'H' in cDNA, 'Q' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'Q' in cDNA, 'P' in the mouse genome.2 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'F' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'D' in cDNA, 'E' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
8 bases in the human genome, TATATATA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'L' in cDNA, 'V' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
1 base in cDNA is not found in the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below2 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'K' in cDNA, 'N' in the human genome.2 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'P' in cDNA, 'H' in the mouse genome.2 
polyA tail: 33 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'W' in cDNA, 'R' in the human genome.2 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'C' in cDNA, 'F' in the mouse genome.2 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'W' in cDNA, 'C' in the mouse genome.2 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'M' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
in the human genome : AAC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'Q' in cDNA, 'P' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'A' in cDNA is 'T' in the human genome; no amino acid change. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, '*' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'G' in cDNA, 'D' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'L' in cDNA, 'F' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'Y' in cDNA, '*' in the human genome.2 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'G' in cDNA, 'W' in the human genome.2 
compared to NM_122155.12 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'S' in cDNA, 'R' in the mouse genome.2 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'K' in cDNA, '*' in the mouse genome.2 
in the mouse genome : CCCA.2 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'N' in cDNA, 'Y' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
3 bases in the human genome, ACG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'E' in cDNA, 'V' in the human genome.2 
4 bases in the mouse genome, ATGA, are not found in cDNA.2 
6 bases in the mouse genome, GGCGGC, are not found in cDNA.2 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'A' in cDNA, 'G' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'G' in cDNA is 'A' in genome; Differences found between this sequence and the human genome (build 34) are described in misc_difference features below2 
2 bases in genome, AA, are not found in cDNA; Differences found between this sequence and the human genome (build 34) are described in misc_difference features below2 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'V' in cDNA, 'I' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'T' in cDNA, 'I' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'Y' in cDNA, '*' in the human genome.2 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'W' in cDNA, 'L' in the human genome.2 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'N' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'K' in cDNA, 'R' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
'G' in cDNA is 'C' in the mouse genome; no amino acid change; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'N' in cDNA, 'S' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below2 
6 bases in the human genome, ACTCCT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'L' in cDNA, 'R' in the human genome.2 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'V' in cDNA, 'F' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'F' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
24 bases at the 3' end do not align to the mouse genome.2 
29 bases at the 3' end do not align to the mouse genome.2 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'D' in cDNA, 'E' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'F' in cDNA, 'L' in the human genome.2 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'R' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.2 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'K' in cDNA, 'N' in the human genome.2 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'S' in the human genome.2 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'N' in cDNA, 'K' in the human genome.2 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'H' in cDNA, 'Q' in the human genome.2 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'L' in cDNA, 'F' in the human genome.2 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'E' in cDNA, 'D' in the human genome.2 
5 bases in the human genome, TCCCC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.2 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'I' in cDNA, 'N' in the human genome.2 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'S' in cDNA, 'R' in the human genome.2 
367 bases at the 5' end do not align to the mouse genome.2 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'L' in cDNA, 'I' in the human genome.2 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'K' in cDNA, 'I' in the human genome.2 
in the mouse genome : TCG.1 
in the human genome : GTT.1 
1966 bases at the 5' end do not align to the human genome.1 
5 bases in the mouse genome, TTTTA, are not found in cDNA.1 
422 bases at the 3' end do not align to the human genome.1 
299 bases at the 3' end do not align to the human genome.1 
325 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
polyA tail: 21 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
180 bases at the 3' end do not align to the mouse genome.1 
114 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
2 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
268 bases at the 5' end do not align to the human genome.1 
1373 bases at the 5' end do not align to the human genome.1 
730 bases at the 3' end do not align to the human genome.1 
56 bases at the 5' end do not align to the human genome.1 
3 bases in the mouse genome, GGA, are not found in cDNA.1 
503 bases at the 5' end do not align to the human genome.1 
in the human genome : NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below1 
polyA tail: 26 bases do not align to the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below1 
3 bases in the human genome, CCG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
314 bases at the 5' end do not align to the human genome.1 
273 bases at the 3' end do not align to the human genome.1 
618 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
6 bases in the mouse genome, GGTTAT, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
201 bases at the 3' end do not align to the human genome.1 
polyA tail: 133 bases do not align to the mouse genome.1 
in the human genome : CTGG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the mouse genome : TGATC.1 
644 bases at the 5' end do not align to the human genome.1 
584 bases at the 3' end do not align to the human genome.1 
673 bases do not align to the human genome.1 
696 bases at the 5' end do not align to the human genome.1 
in the human genome : GGT.1 
in the mouse genome : AAAA.1 
9 bases in the mouse genome, CAACAAAAA, are not found in cDNA.1 
42 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : CGT.1 
390 bases at the 3' end do not align to the human genome.1 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'Y' in cDNA, '*' in the mouse genome.1 
24 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
62 bases at the 3' end do not align to the human genome.1 
1004 bases do not align to the mouse genome.1 
5 bases in the mouse genome, AGGAC, are not found in cDNA.1 
140 bases at the 3' end do not align to the mouse genome.1 
4 bases in the human genome, GGCA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
10 bases in the human genome, CCCCCCCCGC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
767 bases at the 3' end do not align to the human genome.1 
1005 bases at the 5' end do not align to the human genome.1 
810 bases at the 5' end do not align to the human genome.1 
14 bases in the human genome are not found in cDNA.1 
4 bases in the human genome, TGTG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the mouse genome, CAGA, are not found in cDNA.1 
105 bases in cDNA are not found in the human genome.1 
100 bases at the 5' end do not align to the human genome.1 
4 bases in the human genome, AAGG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
38 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
8 bases in the mouse genome, TACCCAAG, are not found in cDNA.1 
8 bases in the human genome, TGTTTGTT, are not found in cDNA.1 
424 bases at the 5' end do not align to the human genome.1 
9 bases in the human genome, AAAAAAAAA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
546 bases at the 3' end do not align to the human genome.1 
8 bases in the human genome, GCAGTTAG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
6 bases in the human genome, GGCGGC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
623 bases at the 3' end do not align to the human genome.1 
25 bases do not align to the mouse genome.1 
1150 bases at the 3' end do not align to the human genome.1 
39 bases at the 3' end do not align to the mouse genome.1 
375 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
329 bases at the 5' end do not align to the human genome.1 
6 bases in the human genome, AAGTTA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
1554 bases at the 3' end do not align to the human genome.1 
485 bases at the 5' end do not align to the human genome.1 
366 bases at the 5' end do not align to the human genome.1 
210 bases at the 5' end do not align to the human genome.1 
196 bases at the 3' end do not align to the mouse genome.1 
4 bases in the mouse genome, AATA, are not found in cDNA.1 
99 bases at the 3' end do not align to the mouse genome.1 
in the mouse genome : ATG.1 
9 bases in the mouse genome, CACTTAGAG, are not found in cDNA.1 
59 bases at the 3' end do not align to the mouse genome.1 
48 bases at the 3' end do not align to the mouse genome.1 
10 bases in the mouse genome, GGCTGCAAAG, are not found in cDNA.1 
5 bases in the mouse genome, ATTTT, are not found in cDNA.1 
6 bases in the mouse genome, AGTGCC, are not found in cDNA.1 
9 bases in the mouse genome, CGCTGTGGC, are not found in cDNA.1 
90 bases at the 3' end do not align to the mouse genome.1 
160 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
968 bases at the 3' end do not align to the human genome.1 
6 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : ATT; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
5 bases in the mouse genome, GGGGG, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
951 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
5 bases in the mouse genome, CCAAA, are not found in cDNA.1 
315 bases at the 3' end do not align to the mouse genome.1 
in the human genome : TTTC.1 
8 bases in the mouse genome, CAGTCTAG, are not found in cDNA.1 
6 bases in the human genome, TTATTA, are not found in cDNA.1 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'S' in cDNA, 'C' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'P' in cDNA, 'S' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the human genome : CCC.1 
861 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
275 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
7 bases in the mouse genome, TCATTAC, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
19 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
3 bases in the mouse genome, TCA, are not found in cDNA.1 
253 bases at the 3' end do not align to the human genome.1 
in the human genome : GTCAT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
62 bases at the 5' end do not align to the human genome.1 
40 bases do not align to the mouse genome.1 
896 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
267 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
871 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
274 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
131 bases do not align to the mouse genome.1 
5 bases in the human genome, ACAGA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
270 bases at the 3' end do not align to the human genome.1 
716 bases at the 3' end do not align to the human genome.1 
in the human genome : GCCCCCAG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
10 bases in the mouse genome, CCCCACCCCA, are not found in cDNA.1 
in the mouse genome : CCAAGTGTT.1 
in the mouse genome : GTGTACATA.1 
5 bases in the mouse genome, TAGCC, are not found in cDNA.1 
33 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
3 bases in the mouse genome, CCT, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
62 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
114 bases at the 3' end do not align to the mouse genome.1 
4 bases in the human genome, AGAT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
120 bases in cDNA are not found in the mouse genome.1 
polyA tail: 161 bases do not align to the human genome.1 
473 bases at the 3' end do not align to the mouse genome.1 
485 bases at the 3' end do not align to the human genome.1 
in the human genome : AAC.1 
10 bases in cDNA are not found in the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below1 
'T' in cDNA is 'C' in the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below1 
polyA tail: 31 bases do not align to the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below1 
7 bases in the mouse genome, GTCCTGC, are not found in cDNA.1 
3 bases in the mouse genome, GTG, are not found in cDNA.1 
410 bases at the 3' end do not align to the mouse genome.1 
3 bases do not align to the mouse genome.1 
6 bases in the mouse genome, TTGTTT, are not found in cDNA.1 
5 bases in the mouse genome, ACAAG, are not found in cDNA.1 
10 bases in the mouse genome, ATATATATAT, are not found in cDNA.1 
in the human genome : TGC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
polyA tail: 131 bases do not align to the human genome.1 
7 bases in the mouse genome, AAAGAGG, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
659 bases at the 5' end do not align to the human genome.1 
14 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
40 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
8 bases in the mouse genome, CTTTTTTT, are not found in cDNA.1 
25 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : GGGGG.1 
3 bases in the human genome, TTA, are not found in cDNA.1 
5 bases in the mouse genome, TAGAG, are not found in cDNA.1 
163 bases at the 3' end do not align to the mouse genome.1 
147 bases at the 5' end do not align to the mouse genome.1 
209 bases at the 5' end do not align to the mouse genome.1 
10 bases in the mouse genome, CACTGCACTG, are not found in cDNA.1 
895 bases at the 5' end do not align to the human genome.1 
110 bases at the 3' end do not align to the mouse genome.1 
4 bases in the mouse genome, GGTA, are not found in cDNA.1 
7 bases in the mouse genome, CTCCCCC, are not found in cDNA.1 
279 bases at the 3' end do not align to the mouse genome.1 
86 bases at the 3' end do not align to the human genome.1 
35 bases at the 3' end do not align to the mouse genome.1 
9 bases in the mouse genome, TGATGATGA, are not found in cDNA.1 
500 bases at the 5' end do not align to the mouse genome.1 
4 bases in the mouse genome, AGAG, are not found in cDNA.1 
97 bases at the 5' end do not align to the mouse genome.1 
815 bases at the 3' end do not align to the human genome.1 
4 bases in the mouse genome, TGTT, are not found in cDNA.1 
4 bases in the human genome, GCAT, are not found in cDNA.1 
63 bases at the 5' end do not align to the human genome.1 
231 bases at the 3' end do not align to the human genome.1 
in the mouse genome : GGTTTGT; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
69 bases at the 3' end do not align to the mouse genome.1 
10 bases in the mouse genome, AAAACAAAAC, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
9 bases in the mouse genome, TTTAGTCTT, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
polyA tail: 36 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
210 bases at the 5' end do not align to the mouse genome.1 
729 bases at the 5' end do not align to the human genome.1 
4 bases in the mouse genome, CCTG, are not found in cDNA.1 
4 bases in the mouse genome, ATTT, are not found in cDNA.1 
10 bases in the mouse genome, GAAAAAAAAA, are not found in cDNA.1 
357 bases at the 3' end do not align to the human genome.1 
in the mouse genome : GGAT.1 
in the mouse genome : GTC.1 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'D' in cDNA, 'A' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
1768 bases at the 3' end do not align to the human genome.1 
776 bases at the 3' end do not align to the human genome.1 
in the human genome : CCC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
85 bases in cDNA are not found in the mouse genome.1 
4 bases in the mouse genome, TCTT, are not found in cDNA.1 
9 bases in the mouse genome, AACAACAAC, are not found in cDNA.1 
76 bases at the 3' end do not align to the mouse genome.1 
in the human genome : GTA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
36 bases at the 3' end do not align to the mouse genome.1 
in the human genome : GATGG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
515 bases at the 5' end do not align to the human genome.1 
5 bases in the human genome, TAATT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
8 bases in the mouse genome, GCTGCCAG, are not found in cDNA.1 
in the human genome : CAT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the mouse genome : AGACA.1 
739 bases at the 5' end do not align to the human genome.1 
908 bases at the 3' end do not align to the mouse genome.1 
7 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
2 bases in the mouse genome, GG, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'A' in cDNA, 'P' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
169 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
232 bases at the 5' end do not align to the human genome.1 
4 bases in the mouse genome, ACCT, are not found in cDNA.1 
807 bases at the 3' end do not align to the human genome.1 
154 bases at the 5' end do not align to the mouse genome.1 
4 bases in the mouse genome, AAAT, are not found in cDNA.1 
48 bases in cDNA are not found in the mouse genome.1 
136 bases do not align to the mouse genome.1 
in the mouse genome : AACAG.1 
in the mouse genome : CAAG.1 
in the mouse genome : CTCA.1 
in the mouse genome : ACAAA.1 
in the mouse genome : AGCAAG.1 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'S' in cDNA, 'F' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
199 bases at the 5' end do not align to the human genome.1 
225 bases at the 5' end do not align to the human genome.1 
191 bases at the 3' end do not align to the mouse genome.1 
119 bases do not align to the mouse genome.1 
4 bases in the human genome, GCTG, are not found in cDNA.1 
29 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
6 bases in the mouse genome, CAAGGA, are not found in cDNA.1 
7 bases in the mouse genome, GCGGAGG, are not found in cDNA.1 
8 bases in the mouse genome, CTTGACAA, are not found in cDNA.1 
6 bases in the mouse genome, ACAGCG, are not found in cDNA.1 
5 bases in the mouse genome, TGGGG, are not found in cDNA.1 
4 bases in the mouse genome, GAGG, are not found in cDNA.1 
895 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : ACC.1 
in the mouse genome : GGAC.1 
212 bases at the 3' end do not align to the mouse genome.1 
in the human genome : TGCC.1 
in the human genome : CTACT.1 
in the human genome : ACAC.1 
in the human genome : ACA.1 
661 bases at the 3' end do not align to the human genome.1 
3 bases in the human genome, AGC, are not found in cDNA.1 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'Y' in cDNA, '*' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the mouse genome : NNN.1 
173 bases at the 3' end do not align to the mouse genome.1 
157 bases at the 3' end do not align to the human genome.1 
577 bases at the 3' end do not align to the human genome.1 
132 bases at the 5' end do not align to the mouse genome.1 
3 bases in the human genome, GAC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
169 bases at the 5' end do not align to the human genome.1 
in the human genome : GGGT.1 
68 bases at the 5' end do not align to the human genome.1 
in the mouse genome : TTAT.1 
4 bases in the mouse genome, GCAT, are not found in cDNA.1 
3 bases in the human genome, TAT, are not found in cDNA.1 
821 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
513 bases at the 5' end do not align to the human genome.1 
1052 bases at the 5' end do not align to the human genome.1 
534 bases at the 3' end do not align to the human genome.1 
407 bases at the 5' end do not align to the human genome.1 
16 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
7 bases in the human genome, GCATCCA, are not found in cDNA.1 
104 bases at the 3' end do not align to the mouse genome.1 
in the human genome : GTAGTAAT.1 
1599 bases at the 3' end do not align to the human genome.1 
3 bases in the human genome, ATG, are not found in cDNA.1 
10 bases in the mouse genome, CGTGTGTGTG, are not found in cDNA.1 
8 bases in the human genome, CCCTTCCT, are not found in cDNA.1 
581 bases at the 3' end do not align to the human genome.1 
3 bases in the human genome, GCT, are not found in cDNA.1 
6 bases in the human genome, GTCTGC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'L' in cDNA, 'M' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
52 bases at the 3' end do not align to the mouse genome.1 
5 bases in the human genome, CTTTT, are not found in cDNA.1 
54 bases in cDNA are not found in the human genome.1 
942 bases at the 5' end do not align to the human genome.1 
65 bases do not align to the human genome.1 
137 bases do not align to the human genome.1 
7 bases in the human genome, TGGCCTC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the mouse genome : TAG.1 
in the mouse genome : AAAAT.1 
5 bases in the mouse genome, GGTTT, are not found in cDNA.1 
464 bases at the 3' end do not align to the human genome.1 
6 bases in the mouse genome, CCAGCT, are not found in cDNA.1 
61 bases at the 5' end do not align to the human genome.1 
267 bases at the 3' end do not align to the human genome.1 
662 bases at the 3' end do not align to the human genome.1 
72 bases at the 3' end do not align to the human genome.1 
1049 bases at the 5' end do not align to the human genome.1 
4 bases in the human genome, AGAG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
121 bases at the 3' end do not align to the mouse genome.1 
10 bases in the mouse genome, GGCATGTATG, are not found in cDNA.1 
849 bases at the 5' end do not align to the human genome.1 
5 bases in the mouse genome, AATTA, are not found in cDNA.1 
255 bases at the 3' end do not align to the mouse genome.1 
397 bases at the 5' end do not align to the mouse genome.1 
625 bases at the 5' end do not align to the human genome.1 
9 bases in the human genome, AAGAATTAT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : TGTG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
570 bases at the 5' end do not align to the human genome.1 
9 bases in the human genome, CTTTTCTAA, are not found in cDNA.1 
519 bases at the 5' end do not align to the human genome.1 
in the mouse genome : ACCA.1 
79 bases at the 5' end do not align to the human genome.1 
10 bases in the human genome, GACTATAAGC, are not found in cDNA.1 
4 bases in the mouse genome, ATGG, are not found in cDNA.1 
4 bases in the mouse genome, ACCC, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
polyA tail: 64 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
960 bases at the 3' end do not align to the human genome.1 
3 bases in the human genome, GAA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
165 bases at the 5' end do not align to the human genome.1 
536 bases at the 5' end do not align to the mouse genome.1 
3 bases in the human genome, CGC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
3023 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
439 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
146 bases at the 5' end do not align to the mouse genome.1 
10 bases in the mouse genome, GTTTTGTTTT, are not found in cDNA.1 
67 bases at the 5' end do not align to the mouse genome.1 
785 bases at the 5' end do not align to the human genome.1 
1132 bases at the 5' end do not align to the human genome.1 
1121 bases at the 3' end do not align to the human genome.1 
353 bases at the 5' end do not align to the human genome.1 
525 bases at the 5' end do not align to the mouse genome.1 
7 bases in the mouse genome, TAAAAAA, are not found in cDNA.1 
1318 bases at the 3' end do not align to the human genome.1 
4 bases in the human genome, TGGG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : TGATGGGG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
321 bases at the 5' end do not align to the human genome.1 
5 bases in the human genome, TGCCT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
369 bases at the 3' end do not align to the human genome.1 
60 bases in cDNA are not found in the human genome.1 
5 bases in the human genome, CCTTA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
5 bases in the mouse genome, CGATT, are not found in cDNA.1 
in the mouse genome : GACT.1 
15 bases do not align to the mouse genome.1 
537 bases at the 3' end do not align to the mouse genome.1 
831 bases at the 5' end do not align to the mouse genome.1 
9 bases in the mouse genome, CCAACCAGA, are not found in cDNA.1 
9 bases in the mouse genome, AAAAAAAAA, are not found in cDNA.1 
polyA tail: 205 bases do not align to the human genome.1 
17 bases do not align to the mouse genome.1 
in the human genome : CCT.1 
7 bases in the mouse genome, ACCCCAG, are not found in cDNA.1 
20 bases at the 3' end do not align to the mouse genome.1 
8 bases in the mouse genome, TGTGTGTG, are not found in cDNA.1 
8 bases in the mouse genome, AAGCATTT, are not found in cDNA.1 
557 bases at the 5' end do not align to the human genome.1 
702 bases at the 3' end do not align to the human genome.1 
207 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
11 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
274 bases at the 5' end do not align to the mouse genome.1 
316 bases at the 5' end do not align to the human genome.1 
4 bases in the human genome, GTTT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : CACA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
142 bases do not align to the human genome.1 
in the human genome : TGAT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
261 bases at the 5' end do not align to the human genome.1 
6 bases in the mouse genome, GTGCAT, are not found in cDNA.1 
4 bases in the human genome, AGCC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
81 bases at the 5' end do not align to the mouse genome.1 
6 bases in the human genome, GCGGCG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
707 bases at the 5' end do not align to the human genome.1 
9 bases in the mouse genome, ACAACAGCA, are not found in cDNA.1 
polyA tail: 199 bases do not align to the mouse genome.1 
6 bases in the human genome, GGGGCA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
1069 bases at the 3' end do not align to the human genome.1 
111 bases at the 5' end do not align to the mouse genome.1 
199 bases at the 3' end do not align to the human genome.1 
4 bases in the human genome, GTCA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
5 bases in the human genome, AAGTA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
699 bases at the 5' end do not align to the human genome.1 
in the human genome : TAAGT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
polyA tail: 179 bases do not align to the mouse genome.1 
654 bases at the 3' end do not align to the human genome.1 
4 bases in the mouse genome, TTCA, are not found in cDNA.1 
4 bases in the mouse genome, ACAT, are not found in cDNA.1 
841 bases at the 5' end do not align to the human genome.1 
4 bases in the mouse genome, ATGC, are not found in cDNA.1 
72 bases at the 5' end do not align to the mouse genome.1 
1368 bases at the 5' end do not align to the human genome.1 
82 bases at the 3' end do not align to the mouse genome.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'K' in cDNA, 'N' in the human genome.1 
383 bases do not align to the mouse genome.1 
polyA tail: 155 bases do not align to the mouse genome.1 
71 bases at the 3' end do not align to the human genome.1 
in the mouse genome : TTTT.1 
2425 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
30 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
328 bases at the 5' end do not align to the human genome.1 
7 bases in the human genome, AAAACCC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
1975 bases at the 5' end do not align to the mouse genome.1 
384 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
6 bases in the mouse genome, GCCACA, are not found in cDNA.1 
4 bases in the mouse genome, TGAT, are not found in cDNA.1 
in the human genome : GTGT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : TAGC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'M' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the mouse genome, GCGC, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
8 bases in the mouse genome, GCGCACAC, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
4 bases in the mouse genome, TCTC, are not found in cDNA.1 
polyA tail: 116 bases do not align to the mouse genome.1 
4 bases in the mouse genome, GCTG, are not found in cDNA.1 
8 bases in the human genome, ACTGGAAT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
4 bases in the mouse genome, TCAG, are not found in cDNA.1 
7 bases in the mouse genome, GGGACCA, are not found in cDNA.1 
4 bases in the mouse genome, CCGC, are not found in cDNA.1 
5 bases in the mouse genome, CTCTA, are not found in cDNA.1 
in the mouse genome : AGGAAA.1 
401 bases at the 5' end do not align to the human genome.1 
304 bases at the 5' end do not align to the mouse genome.1 
653 bases at the 5' end do not align to the human genome.1 
polyA tail: 150 bases do not align to the mouse genome.1 
811 bases at the 3' end do not align to the human genome.1 
560 bases at the 3' end do not align to the human genome.1 
5 bases in the human genome, TCCTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
8 bases in the human genome, GATACCTG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
198 bases at the 5' end do not align to the mouse genome.1 
624 bases at the 5' end do not align to the human genome.1 
346 bases at the 3' end do not align to the human genome.1 
920 bases at the 3' end do not align to the human genome.1 
54 bases at the 5' end do not align to the human genome.1 
8 bases in the human genome, TTTTTTTT, are not found in cDNA.1 
874 bases at the 3' end do not align to the human genome.1 
951 bases at the 3' end do not align to the human genome.1 
2483 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
polyA tail: 78 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
12 bp deletion im major mRNA species1 
334 bases at the 3' end do not align to the mouse genome.1 
341 bases at the 5' end do not align to the human genome.1 
in the human genome : CGCC.1 
359 bases at the 5' end do not align to the human genome.1 
981 bases at the 3' end do not align to the human genome.1 
in the human genome : TGTC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
3 bases in the human genome, ATG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
737 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
373 bases do not align to the mouse genome.1 
335 bases at the 5' end do not align to the human genome.1 
457 bases at the 5' end do not align to the human genome.1 
182 bases at the 5' end do not align to the human genome.1 
889 bases at the 3' end do not align to the human genome.1 
445 bases at the 5' end do not align to the human genome.1 
365 bases at the 5' end do not align to the human genome.1 
307 bases at the 5' end do not align to the human genome.1 
565 bases at the 5' end do not align to the human genome.1 
426 bases at the 5' end do not align to the human genome.1 
238 bases at the 5' end do not align to the human genome.1 
69 bases do not align to the human genome.1 
112 bases do not align to the human genome.1 
in the human genome : GGA.1 
381 bases at the 5' end do not align to the human genome.1 
457 bases at the 3' end do not align to the human genome.1 
414 bases at the 5' end do not align to the human genome.1 
453 bases at the 5' end do not align to the human genome.1 
1434 bases at the 5' end do not align to the human genome.1 
3 bases in the mouse genome, TGG, are not found in cDNA.1 
4 bases in the mouse genome, TGAC, are not found in cDNA.1 
149 bases at the 3' end do not align to the human genome.1 
896 bases at the 5' end do not align to the human genome.1 
1589 bases at the 5' end do not align to the human genome.1 
67 bases in cDNA are not found in the mouse genome.1 
5 bases in the mouse genome, ACGCA, are not found in cDNA.1 
50 bases in cDNA are not found in the mouse genome.1 
1446 bases at the 3' end do not align to the human genome.1 
1416 bases at the 5' end do not align to the human genome.1 
102 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
5 bases in the mouse genome, TGCAT, are not found in cDNA.1 
in the mouse genome : CGCG.1 
3 bases in the mouse genome, CGC, are not found in cDNA.1 
7 bases in the mouse genome, GATGGGA, are not found in cDNA.1 
7 bases in the mouse genome, TGACTCA, are not found in cDNA.1 
199 bases at the 5' end do not align to the mouse genome.1 
741 bases at the 3' end do not align to the human genome.1 
145 bases in cDNA are not found in the mouse genome.1 
467 bases at the 5' end do not align to the mouse genome.1 
633 bases at the 5' end do not align to the mouse genome.1 
1399 bases at the 5' end do not align to the human genome.1 
458 bases at the 3' end do not align to the human genome.1 
637 bases at the 5' end do not align to the mouse genome.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, AACT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
3 bases in the human genome, CCA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
322 bases at the 5' end do not align to the human genome.1 
4 bases in the human genome, TCCC, are not found in cDNA.1 
4 bases in the human genome, ACAC, are not found in cDNA.1 
4 bases in the human genome, TTAA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
420 bases at the 3' end do not align to the human genome.1 
322 bases at the 3' end do not align to the human genome.1 
6 bases do not align to the mouse genome.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'L' in cDNA, 'F' in the human genome.1 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'H' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
Nucleotide 1492 is T or C1 
results in Gly to Arg substitution1 
2 bp deletion; results in frameshift1 
change (insertion) observed in genomic DNA1 
insertion; L287661 
L28766; pBluescript vector insert in Chun et al.1 
D1 in MAD-20 mRNA1 
D2 in MAD-20 mRNA1 
sequence of trans-spliced leader SL2; mRNA may be spliced to either SL1 or SL21 
in PCR clone N27L, which creates a codon for a helix-breaking proline in a conserved alpha helix; wild-type genomic sequence also has a T in this position, and is confirmed by cDNA from C. Desplan, et. al.1 
Alternative splicing (putative) These 15 bases were absent in 4 of the cDNA clones1 
alternative splicing (putative) 33 base insert present in two of the cDNA clones1 
deleted in G3-85 stock1 
deleted in G3-81 stock1 
this A is missing in clone cm18e7, but present in other cDNAs and in the genomic clone1 
GenBank Accession Number M33156 has A1 
results in valine to alanine substitution1 
deletion of 249 bp contained in Drosophila melanogaster Dap160-1 isoform in GenBank Accession Number AF0539571 
missing exon 6 as compared to alternatively spliced mig-5 mRNA with GenBank Accession Number AF0632441 
compared to genomic sequence; aspartic acid to glutamic acid change1 
compared to Strongylocentrotus purpuratus myosin VI encoded by GenBank Accession Numbers AF248485 and AF2484871 
not present in the lin-9B alternatively spliced form1 
PCR induced1 
results in amino acid change to phenyalanine1 
results in amino acid change to serine1 
results in amino acid change to arginine1 
results in amino acid change to alanine1 
results in amino acid change to asparagine1 
missing in unidentified clone; results in absence of transmembrane domain segment 41 
missing in unidentified clone; results in loss of transmembrane domain IV segment 4 helix1 
compared to unidentified cDNA clone1 
unidentified cDNA clone was variant with a deleted domain IV, segments I-2; region corresponds to exon30 in Homo sapiens Cav2.1 and exon 17 in Drosophila Cav21 
in unidentified cDNA clone; results in deletion of Val1 
a couple of variants have insertions at this location due to alternative splicing; corresponds to exon between exons 24 and 25 of Homo sapiens Cav2.11 
results in Thr->Ala1 
results in Asn->Ser1 
results in Asn->Thr1 
location of optional insertion; corresponds to site between exons 19 and 20 of Homo sapiens CANCA1i1 
results in Lys->Arg1 
location of optional insertion; correpsonds to site between exons 25 and 25 of Homo sapiens CANCA1i1 
location of optional insertion1 
results in Asp->Gly1 
results in Phe->Ser1 
results in Thr->Ile1 
location of optional exon corresponding to a region encompassed by exon 6 in Homo sapiens Cav beta-1 and between exons 5 and 7 (cg6320:5,7) in Drosophila melanogaster beta subunit1 
results in Ala->Thr1 
putative alternative exon1 
results in Ile->Val1 
results in Ser->Thr1 
results in deletion of Arg1 
results in Leu->Val1 
results in Gln->His1 
alternative exon corresonding to Homo sapiens cask exon 61 
results in Phe->Leu1 
additional nucleotides present in nonproductive splice variant1 
compared to genomic sequence of CG8784; results in isoleucine substitution in genomic sequence1 
compared to genomic sequence of CG8784; results in glycine substitution in genomic sequence1 
compared to genomic sequence of CG8784; results in threonine substitution in genomic sequence1 
compared to genomic sequence of CG8795; results in threonine substitution in genomic sequence1 
compared to genomic sequence of CG8795; results in glycine substitution in genomic sequence1 
putative polymorphism detected in RACE products with a deletion of 12nt1 
putative splice variant detected in RACE products; could be produced by an alternative splicing acceptor site in exon 51 
destruction box putative1 
confers resistance to entomopathogenic Bacillus sphaericus1 
not found in some bruno-like isoforms1 
results in Glu to Gln substitution1 
results in Asp to Glu substitution1 
results in Arg to Phe substitution1 
possibly a PCR error1 
in wild type1 
variability may be due to mutation1 
variability may be due to mutation; results in phenylalanine to serine amino acid modification1 
different from GenBank Accession Number U146401 
compared to the sequence of MHC class I antigen (PA14) deposited in GenBank Accession Number AF0140011 
Base substitution has occurred at this position in the sequence of GenBank Acc. S787791 
transversion introduces premature stop codon in place of lysine codon1 
results in a glycine to glutamic acid substitution1 
inactive isoform retains intron sequence1 
cg1 
Base at 381 corrected to a. Codon 381-383 specifies Asn.1 
deletion of 33 bp at position 430, relative to similar cardiac clones.; putative1 
this region is absent in the human N-acetylglucosamine 6-sulfatase mRNA, GenBank Accession Number M23657; it encodes six consecutive prolines and one leucine within the signal peptide; a similar sequence is found in the bovine cDNA1 
clone TP2-91 
1 of 8 PCR clones had GGC at these posns.1 
1 of 8 PCR clones had C in this posn.1 
1 of 8 PCR clones had A at this posn.1 
1 of 4 PCR clones had G at this posn.1 
1 of 4 PCR clones had G in this posn.1 
1 of 4 PCR clones has T at this posn.1 
not present in genomic seqence1 
ompared to genomic sequence1 
results in amino acid change when compared to genomic sequence1 
not in the genomic sequence1 
not present in polyA tail1 
not present in genomic sequence; results in a frameshift when compared with genomic sequence1 
compared to genomic sequence resulting in a frameshift1 
not present in genomic sequence resulting in a frameshift1 
compared to genomic sequence resulting in an amino acid change1 
compared to genomic sequences, resulting in an amino acid sequence difference1 
compared with genomic sequence resulting in an amino acid sequence difference1 
compared to genomic sequence, resulting in an amino acid sequence change1 
compared to genomic sequence resulting in an amino acid sequence change1 
not present in genomic sequence; results in frameshift when compared to genomic sequence1 
compared to genomic sequence resulting in a stop codon.1 
compared to genomic sequence resulting in the deletion of a single amino acid1 
contains a single base pair deletion (A) when compared with genomic sequence1 
compared to GI:182653691 
compared to genomic sequence in GenBank Accession Number AY1162111 
compared to genome; this base change does not affect the original amino sequence of this clone1 
results in Gly to Glu substitution1 
results in Glu to Asp substitution1 
compared to BAC F28N41 
compared to P1 clone MQM (AT5g23540)1 
compared to BAC clone F1N19 (AT1g64520)1 
compared to genomic sequence in GenBank Accession Number AL7316101 
conflict with GenBank Accession Number AF300972 (OsDREB1B); G verified in all three ESTs and from gDNA PCR product1 
conflict with GenBank Accession Number AF300972 (OsDREB1B); A verified in all three ESTs and from gDNA PCR product1 
deletion relative to genomic sequence1 
This discrepancy does not affect the protein seqeunce.1 
compared to genome; this base change does not affect the originial amino acid sequence1 
compared to genom1 
compared to genome. This base change does not affect the original amino acid translation1 
compared against genome; this base change does not affect the original amino acid sequence1 
multiple independent cloning experiments confirm that the genome is wrong at this location1 
compred to genome; this base change does not affect the original amino acid sequence1 
compared to genome; This discrepancy does not change protein sequence.1 
This discrepency does not change protein sequence. Compared to genome.1 
Compared to genome. This discrepancy does not change protein sequence.1 
Compared to genome. This descrepancy does not change translation.1 
results in a isoleucine to valine substitution1 
results in a serine to alanine substitution1 
results in an asparagine to threonine substitution1 
attL1 base change1 
results in an alanine to aspartic acid substitution1 
results in a phenylalanine to tyrosine substitution1 
results in a leucine to isoleucine substitution1 
results in an asparagine to lysine substitution1 
results in a proline to leucine substitution1 
results in an arginine to serine substitution1 
results in a valine to phenylalanine substitution1 
results in a cysteine to phenylalanine substitution1 
results in a tyrosine to serine substitution1 
attl1 base insertion1 
results in a lysine to arginine substitution1 
results in an alanine to threonine substitution1 
results in a proline to serine substitution1 
base change does not affect the amino acid1 
results in a nonsense mutation1 
results in a lysine to glutamine substitution1 
results in a alanine to glutamic acid substitution1 
change affects amino acid1 
deletion in linker region between ORF and attL21 
deletion in the ribosome binding site region between the attL1 site and the ORF1 
The gene encoding this mRNA has a stretch of 13 G residues, while this cDNA clone has only 12. We believe the 13th G was lost during synthesis of the cDNA clone.; probable cloning error1 
additional G in TyrRS gene sequence relative to UBR1 5' -flanking region1 
this region is from a putative genomic clone obtained from the same cDNA library; putative1 
clone pTRP551 
clone pTRP601 
clone pTRP60; this clone may end at nt 12641 
clone pTRP55; this clone may end at nt 12641 
nucleotide difference from the genomic sequence due to mis-incorporation by PCR, GenBank Accession Number U265421 
PCR products from the genomic DNA and the other cDNA clones all have 'c' at this site; the 't' is believed to be a cloning artifact1 
T at this position in published sequence is corrected to A in this entry1 
in some cDNA clones, there are 6 A's at this position, instead of 7. This appears to be due to an error in reverse transcription1 
mRNA differs from genomic sequence with GenBank Accession Number U180561 
changed in the process of complete cDNA construction1 
likely has one two-base (AG) deletion between 159/160 as compared to BAC end sequence (B78134)1 
seedling dependent1 
difference compared to GenBank Accession Number AF022462; causes change of P to L (aa 140)1 
difference compared to GenBank Accession Number AF022462; causes change of T to I (aa 156)1 
difference compared to GenBank Accession Number AF022462; causes change of E to K (aa 295)1 
9 bp insertion compared to GenBank Accession Number AF0224621 
compared to Arabidopsis thaliana sequence presented in GenBank Accession Number AC0059171 
not present in the genomic DNA1 
in genomic sequence resulting in an amino acid sequence difference1 
compared to genomic sequence resulting in an amino acid sequence difference1 
not part of a predicted exon of gene F9H3.19 in sequence deposited in GenBank Accession Number AF0715271 
gene F9H3.19 in sequence deposited in GenBank Accession Number AF071527 has a predicted exon here1 
as compared to genomic sequence in GenBank Accession Number AF1470911 
cotyledons transcript1 
compared to genomic sequence and NM_103779.31 
compared to genomic sequence and NM_180749.21 
compared to genomic sequence, NM_100871.3 and NM_180611.11 
compared to genomic sequence and NM_103577.11 
compared to genomic sequence and NM_117035.21 
compared to genomic sequence and NM_121579.31 
compared to genomic sequence and NM_117467.21 
compared to genomic sequence and NM_116260.21 
compared to genomic sequence and NM_104110.21 
compared to genomic sequence, NM_180357.2 and NM_115152.11 
compared to genomic sequence and NM_111688.41 
compared to genomic sequence, NM_180257.1 and NM_112361.31 
compared to genomic sequence and NM_119578.21 
compared to genomic sequence and NM_126136.21 
compared to genomic sequence and NM_101407.21 
compared to genomic sequence and NM_128851.31 
compared to genomic sequence and NM_180572.11 
compared to genomic sequence and NM_105278.21 
compared to genomic sequence and NM_117243.31 
compared to genomic sequence and NM_119297.21 
compared to genomic sequence and NM_130314.21 
compared to genomic sequence and NM_103752.31 
compared to genomic sequence and NM_118729.21 
compared to genomic sequence and NM_122499.31 
compared to genomic sequence and NM_147929.21 
compared to genomic sequence and NM_105804.31 
compared to genomic sequence and NM_117778.31 
compared to genomic sequence and NM_118834.21 
compared to genomic sequence and NM_147850.21 
compared to genomic sequence and NM_120823.21 
compared to genomic sequence and NM_119676.21 
compared to genomic sequence and NM_127981.21 
compared to genomic sequence and NM_114690.21 
compared to genomic sequence and NM_120660.21 
compared to genomic sequence and NM_124486.21 
compared to genomic sequence and NM_106150.21 
compared to genomic sequence, NM_201664.1 and NM_126196.21 
compared to genomic sequence and NM_120977.21 
compared to genomic sequence and NM_111819.31 
compared to genomic sequence and NM_121798.21 
compared to genomic sequence and NM_115043.21 
compared to genomic sequence and NM_113032.31 
compared to genomic sequence and NM_119167.21 
compared to genomic sequence and NM_129247.21 
Possible splice variant of the delta subunit of protein phosphatase 2A. Variant contains a deletion of bp 42-359.1 
Possible splice variant of the delta subunit of protein phosphatase 2A. Variant contains a deletion of bp 264-359.1 
I80S This sequence is different from a previously reported sequence Acc# NM_0025171 
T203P1 
S211P1 
V449A1 
accidentally mutated on RT-PCR process1 
polymorphism changes amino acid to Gly1 
site of 100 bp deletion with respect to hD53 mRNA sequence deposited in GenBank Accession Number U44427; same deletion noted in clone 83289, deposited in GenBank Accession Numbers T68402 and U444291 
difference between this sequence and sequence with GenBank Accession Number L386161 
encodes RXXAXGK instead of the putative purine nucleotide binding motif GXXAXGK encoded by Genbank Accession Number U925381 
contains in insertion region as compared to the sequence presented in GenBank Accession Number AF0538921 
VTI1; encodes for asparagine instead of aspartic acid1 
VTI11 
insertion of 117 nucleotides results in a larger form of M4 protein1 
this exon is absent in the sequence in GenBank Accession Number Z698811 
see GenBank Accession Number Z698811 
compared to GenBank Accession Number X654881 
causes frameshift relative to MOAT-B presented in GenBank Accession Number AF0712021 
nucleotide replacement leads to change of amino acid from Phe to Leu1 
81-bp segment missing from rao (GenBank Accession Number D88213)1 
difference between this sequence and Homo sapiens sequence presented in GenBank Accession Number U666171 
in ras-related C3 botulinum toxin substrate rac-11 
compared to MYH11 sequence deposited in GenBank Accession Number D106671 
codon absent in sequences deposited in GenBank Accession Numbers X87949 and M196451 
compared to Homo sapiens beige-like sequence presented in GenBank Accession Number M838221 
trinucleotide insertion relative to sequence in Genbank Accession Number AF2333341 
compared to the sequence deposited in GenBank Accession Number AL0501441 
compared to Homo sapiens sequence presented in GenBank Accession Number AC0078691 
difference compared to sequence with GenBank Accession Number AF2930241 
compared to ESTs deposited in GenBank Accession Numbers AW614041, AA514376, and AW9701791 
compared to EST deposited in GenBank Accession Number AW0024791 
compared to Homo sapiens hypothetical protein FLJ11320 encoded by GenBank Accession Number AK0021821 
insertion compared to dJ402G11.7 gene deposited in GenBank Accession Number AL022328.211 
deletion compared to sequence deposited in GenBank Accession Number AF2610731 
compared to mRNA sequence deposited in AK0004681 
missing 653 bp compared to mRNA sequence in GenBank Accession Number AY1470371 
compared to genome assembly1 
heterozygosity of cell line SK-N-MC1 
142 bases at the 5' end do not align to the human genome.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'M' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
85 bases at the 3' end do not align to the human genome.1 
371 bases at the 3' end do not align to the human genome.1 
87 bases at the 5' end do not align to the human genome.1 
92 bases at the 3' end do not align to the human genome.1 
in the human genome : GCA.1 
'T' in cDNA is 'A' in the human genome; amino acid difference: '*' in cDNA, 'K' in the human genome.1 
135 bases at the 3' end do not align to the mouse genome.1 
3 bases in the human genome, AGG, are not found in cDNA.1 
4 bases in the human genome, CTTT, are not found in cDNA.1 
in the human genome : ATTT.1 
6 bases in the human genome, ACCACC, are not found in cDNA.1 
209 bases at the 3' end do not align to the human genome.1 
165 bases do not align to the human genome.1 
145 bases at the 5' end do not align to the human genome.1 
in the human genome : GGCGCC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
43 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
110 bases at the 5' end do not align to the human genome.1 
90 bases at the 5' end do not align to the human genome.1 
6 bases in the human genome, TGGGGC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
8 bases in the human genome, TTTAGCTG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
12 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : TGGT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
99 bases at the 5' end do not align to the human genome.1 
64 bases at the 5' end do not align to the human genome.1 
276 bases at the 5' end do not align to the human genome.1 
4 bases in the human genome, ATCT, are not found in cDNA.1 
3 bases in the human genome, TTC, are not found in cDNA.1 
379 bases at the 5' end do not align to the human genome.1 
845 bases at the 5' end do not align to the human genome.1 
in the human genome : GGC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
174 bases at the 5' end do not align to the human genome.1 
8 bases in the human genome, AAAAAAAA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
42 bases at the 3' end do not align to the human genome.1 
39 bases at the 3' end do not align to the human genome.1 
82 bases at the 5' end do not align to the human genome.1 
4 bases in the human genome, GCCT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
36 bases in cDNA are not found in the human genome.1 
in the human genome : ACTG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : ATT.1 
221 bases at the 5' end do not align to the human genome.1 
6 bases in the human genome, GAAAAA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
10 bases in the human genome, TCTCTCTCTC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
1873 bases at the 5' end do not align to the human genome.1 
531 bases at the 5' end do not align to the human genome.1 
242 bases do not align to the human genome.1 
3 bases in the human genome, GTA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
154 bases at the 5' end do not align to the human genome.1 
50 bases in cDNA are not found in the human genome.1 
74 bases at the 3' end do not align to the human genome.1 
202 bases at the 3' end do not align to the human genome.1 
55 bases at the 3' end do not align to the human genome.1 
143 bases at the 5' end do not align to the human genome.1 
4 bases in the human genome, GAAA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
65 bases at the 3' end do not align to the human genome.1 
71 bases do not align to the human genome.1 
43 bases do not align to the human genome.1 
in the human genome : TCG.1 
43 bases in cDNA are not found in the human genome.1 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'T' in cDNA, 'N' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
598 bases at the 5' end do not align to the human genome.1 
167 bases at the 5' end do not align to the human genome.1 
208 bases at the 5' end do not align to the human genome.1 
in the human genome : GAAAGT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : GCAGG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
24 bases do not align to the human genome.1 
224 bases at the 5' end do not align to the human genome.1 
6 bases in the human genome, GTTGTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
6 bases in the human genome, ATCACT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
79 bases do not align to the human genome.1 
4 bases in the human genome, GTGT, are not found in cDNA.1 
3 bases in the human genome, TTA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
76 bases at the 3' end do not align to the human genome.1 
36 bases at the 3' end do not align to the human genome.1 
325 bases at the 5' end do not align to the human genome.1 
399 bases at the 3' end do not align to the human genome.1 
138 bases at the 3' end do not align to the human genome.1 
in the human genome : TGG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
339 bases at the 3' end do not align to the human genome.1 
polyA tail: 177 bases do not align to the human genome.1 
3 bases in the human genome, TCC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : GCA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
50 bases at the 5' end do not align to the human genome.1 
532 bases at the 3' end do not align to the human genome.1 
5 bases in the human genome, TTTTT, are not found in cDNA.1 
1016 bases at the 5' end do not align to the human genome.1 
polyA tail: 199 bases do not align to the human genome.1 
3 bases in the human genome, TAG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
polyA tail: 215 bases do not align to the human genome.1 
4 bases in the human genome, ACAA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
polyA tail: 166 bases do not align to the human genome.1 
in the human genome : CAG.1 
in the human genome : TGC.1 
in the human genome : GAAT.1 
10 bases in the human genome, GGTGTGTGTG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
8 bases in the human genome, AAAAAAAA, are not found in cDNA.1 
144 bases in cDNA are not found in the human genome.1 
5 bases in the human genome, CCTAC, are not found in cDNA.1 
170 bases do not align to the human genome.1 
12 bases do not align to the human genome.1 
4 bases in the human genome, CTTT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : ACAG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
7 bases in the human genome, TTTTTTA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : GTTC.1 
1125 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
625 bases at the 3' end do not align to the mouse genome.1 
4 bases in the human genome, ATAT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
10 bases in the human genome, AGTCTCCCCA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
352 bases at the 5' end do not align to the human genome.1 
6 bases in the human genome, CACACA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : GAA.1 
4 bases in the human genome, TATT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
8 bases in the human genome, CCGCCCGC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
8 bases in the human genome, ACACACAC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
241 bases at the 5' end do not align to the human genome.1 
'A' in cDNA is 'G' in the human genome; amino acid difference: '*' in cDNA, 'W' in the human genome.1 
571 bases at the 3' end do not align to the human genome.1 
40 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
256 bases at the 3' end do not align to the human genome.1 
3 bases in the human genome, TCA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
7 bases in the human genome, CTTCTAC, are not found in cDNA.1 
4 bases in the human genome, CTGT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
330 bases at the 5' end do not align to the human genome.1 
86 bases do not align to the human genome.1 
in the human genome : TGCCA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
3 bases in the human genome, CGA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
11 bases in the human genome are not found in cDNA.1 
13 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
7 bases in the human genome, CTCAAAT, are not found in cDNA.1 
606 bases at the 3' end do not align to the human genome.1 
3 bases in the human genome, GGA, are not found in cDNA.1 
63 bases at the 5' end do not align to the mouse genome.1 
214 bases do not align to the human genome.1 
4 bases in the human genome, GTTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, CAAT, are not found in cDNA.1 
187 bases at the 5' end do not align to the human genome.1 
218 bases at the 3' end do not align to the human genome.1 
635 bases at the 5' end do not align to the human genome.1 
540 bases at the 3' end do not align to the human genome.1 
in the human genome : CTCTGT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
10 bases in the human genome, TTACACACAC, are not found in cDNA.1 
in the human genome : CCCC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, GTTA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
5 bases in the human genome, ATAGA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
392 bases at the 5' end do not align to the mouse genome.1 
polyA tail: 160 bases do not align to the human genome.1 
480 bases at the 3' end do not align to the human genome.1 
33 bases do not align to the human genome.1 
5 bases in the mouse genome, ACTGA, are not found in cDNA.1 
729 bases at the 3' end do not align to the human genome.1 
in the human genome : GGT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, TTAG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : TGA.1 
134 bases at the 5' end do not align to the human genome.1 
5 bases in the human genome, AGTAA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : CAGA.1 
3 bases in the human genome, AAC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
809 bases at the 5' end do not align to the human genome.1 
439 bases at the 3' end do not align to the human genome.1 
747 bases at the 5' end do not align to the human genome.1 
877 bases at the 3' end do not align to the human genome.1 
115 bases at the 5' end do not align to the human genome.1 
6 bases in the human genome, AACTTA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
1682 bases at the 3' end do not align to the human genome.1 
4 bases in the human genome, ACTC, are not found in cDNA.1 
30 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
22 bases at the 5' end do not align to the human genome.1 
161 bases at the 5' end do not align to the human genome.1 
237 bases at the 5' end do not align to the human genome.1 
1638 bases at the 5' end do not align to the human genome.1 
318 bases at the 5' end do not align to the mouse genome.1 
184 bases at the 5' end do not align to the human genome.1 
549 bases at the 5' end do not align to the human genome.1 
in the human genome : CATGG.1 
in the human genome : CTA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
3 bases in the human genome, CTA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
536 bases at the 5' end do not align to the human genome.1 
2 bases in the human genome, NN, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
80 bases at the 5' end do not align to the human genome.1 
in the human genome : GGTG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
34 bases do not align to the human genome.1 
3 bases in the human genome, CAT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
109 bases at the 5' end do not align to the human genome.1 
in the human genome : AGGCCAGGCAC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
9 bases in the human genome, TGAAGCCTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
103 bases at the 5' end do not align to the human genome.1 
in the human genome : TTT.1 
29 bases in cDNA are not found in the human genome.1 
185 bases at the 5' end do not align to the human genome.1 
in the human genome : CAGA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, CCAG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
5 bases in the human genome, AAGAA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, CAAA, are not found in cDNA.1 
5 bases in the human genome, AGTTA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
6 bases in the human genome, AACAGT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
80 bases at the 3' end do not align to the human genome.1 
43 bases at the 3' end do not align to the human genome.1 
3 bases in the human genome, CAA, are not found in cDNA.1 
4 bases in the human genome, GAGA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, TTCA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
4 bases in the human genome, GCTA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
404 bases at the 5' end do not align to the human genome.1 
4 bases in the human genome, GACA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
909 bases at the 3' end do not align to the human genome.1 
6 bases in the human genome, ATTAAT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
8 bases in the human genome, CACACACA, are not found in cDNA.1 
57 bases do not align to the human genome.1 
6 bases in the human genome, CCCCCC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
947 bases at the 3' end do not align to the human genome.1 
894 bases at the 3' end do not align to the human genome.1 
46 bases do not align to the human genome.1 
364 bases at the 3' end do not align to the human genome.1 
6 bases in the human genome, TTTTTT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
194 bases at the 5' end do not align to the human genome.1 
222 bases at the 5' end do not align to the human genome.1 
78 bases do not align to the human genome.1 
24 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
5 bases in the human genome, TCTTT, are not found in cDNA.1 
8 bases in the human genome, CACACACA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : CTGA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
32 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
17 bases in cDNA are not found in the human genome.1 
20 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : AGGA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : ATC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
9 bases in the human genome, GCCCCCACC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, TTCC, are not found in cDNA.1 
4 bases in the human genome, CTCA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
3 bases in the human genome, ATT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
5 bases in the human genome, GTTTA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : GAGGCAGGAGAA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : CACAG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : GGGAGGGG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
4 bases in the human genome, TGAA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
5 bases in the human genome, AAAAA, are not found in cDNA.1 
133 bases at the 5' end do not align to the human genome.1 
13 bases do not align to the human genome.1 
in the human genome : CGC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : GGAC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, CAGG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
8 bases in the human genome, TTCCTCAG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, AACC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : ACC.1 
in the human genome : TTG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
3 bases in the human genome, ACC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
169 bases do not align to the human genome.1 
51 bases at the 3' end do not align to the human genome.1 
1374 bases at the 3' end do not align to the human genome.1 
618 bases at the 5' end do not align to the human genome.1 
in the human genome : GACA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
7 bases in the human genome, ACTGCAA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, CACG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
108 bases at the 5' end do not align to the human genome.1 
polyA tail: 193 bases do not align to the human genome.1 
4 bases in the human genome, CCTT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
4 bases in the human genome, CACC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
5 bases in the human genome, GTACG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
3 bases in the human genome, CCA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
5 bases in the human genome, GTTAA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
5 bases in the mouse genome, TCTTG, are not found in cDNA.1 
205 bases at the 5' end do not align to the human genome.1 
1089 bases at the 3' end do not align to the human genome.1 
10 bases in the human genome, GAGAGAGAGA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
3 bases in the human genome, ATC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
10 bases in the human genome, CATATATACA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
20 bases in the human genome are not found in cDNA.1 
5 bases in the human genome, CAAAT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
7 bases in cDNA are not found in the human genome.1 
752 bases at the 5' end do not align to the human genome.1 
5 bases in the human genome, AAAAA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
4 bases in the human genome, TAGA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
589 bases at the 5' end do not align to the human genome.1 
125 bases at the 5' end do not align to the human genome.1 
7 bases in the human genome, GGCAGCC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
polyA tail: 148 bases do not align to the human genome.1 
25 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : GAGA.1 
554 bases at the 5' end do not align to the human genome.1 
23 bases in cDNA are not found in the human genome.1 
520 bases at the 3' end do not align to the human genome.1 
4 bases in the human genome, CATA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
polyA tail: 178 bases do not align to the human genome.1 
345 bases at the 5' end do not align to the human genome.1 
701 bases do not align to the human genome.1 
354 bases at the 5' end do not align to the human genome.1 
52 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
10 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
6 bases in the human genome, CACGTC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, GTGT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : ACCA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
4 bases in the human genome, ACAG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : AAC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
135 bases at the 3' end do not align to the human genome.1 
1075 bases at the 5' end do not align to the human genome.1 
90 bases at the 3' end do not align to the human genome.1 
883 bases at the 5' end do not align to the human genome.1 
182 bases at the 3' end do not align to the mouse genome.1 
130 bases at the 5' end do not align to the human genome.1 
63 bases do not align to the human genome.1 
5 bases in the human genome, AAAGT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
3 bases in the human genome, GGG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
451 bases at the 5' end do not align to the human genome.1 
6 bases in the human genome, ACTCTC, are not found in cDNA.1 
6 bases in the human genome, TGATGA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
6 bases in the human genome, AGATGT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
532 bases at the 5' end do not align to the human genome.1 
361 bases at the 3' end do not align to the human genome.1 
756 bases at the 5' end do not align to the human genome.1 
in the human genome : TGC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : AGG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : TGGC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
19 bases do not align to the human genome.1 
139 bases at the 5' end do not align to the human genome.1 
in the human genome : GACAG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
9 bases in the human genome, GGTGCCAGG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
164 bases do not align to the human genome.1 
6 bases in the human genome, TCTCAC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, ATTC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
1408 bases at the 5' end do not align to the human genome.1 
218 bases at the 3' end do not align to the mouse genome.1 
1140 bases at the 3' end do not align to the human genome.1 
8 bases in the mouse genome, CAAAAACA, are not found in cDNA.1 
38 bases at the 3' end do not align to the human genome.1 
polyA tail: 174 bases do not align to the human genome.1 
in the human genome : CGG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
37 bases do not align to the human genome.1 
58 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
47 bases do not align to the human genome.1 
in the human genome : CTCA.1 
300 bases at the 3' end do not align to the human genome.1 
10 bases in the human genome, TTTTTTTTTT, are not found in cDNA.1 
62 bases do not align to the human genome.1 
393 bases at the 3' end do not align to the human genome.1 
52 bases at the 5' end do not align to the human genome.1 
5 bases in the human genome, ATTTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
259 bases at the 3' end do not align to the human genome.1 
455 bases at the 5' end do not align to the human genome.1 
in the human genome : GCG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
437 bases at the 3' end do not align to the human genome.1 
in the mouse genome : GCAA.1 
in the mouse genome : TACCAG.1 
216 bases at the 5' end do not align to the human genome.1 
7 bases in the human genome, GAATAAG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : AGAG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : TGTCT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
polyA tail: 176 bases do not align to the human genome.1 
in the human genome : GGAG.1 
4 bases in the human genome, TTTC, are not found in cDNA.1 
polyA tail: 13 bases do not align to the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below1 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'H' in cDNA, 'P' in the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below1 
4 bases in the human genome, CTGC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
515 bases at the 3' end do not align to the human genome.1 
213 bases at the 5' end do not align to the human genome.1 
182 bases at the 3' end do not align to the human genome.1 
31 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
'A' in cDNA is 'N' in the human genome.1 
527 bases at the 5' end do not align to the human genome.1 
6 bases in the human genome, CACACA, are not found in cDNA.1 
5 bases in the human genome, CTTTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
3 bases in the human genome, TAA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
10 bases in the human genome, CACACACATA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : ACT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
173 bases at the 3' end do not align to the human genome.1 
205 bases at the 3' end do not align to the human genome.1 
432 bases at the 5' end do not align to the human genome.1 
369 bases at the 5' end do not align to the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below1 
polyA tail: 29 bases do not align to the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below1 
388 bases at the 5' end do not align to the human genome.1 
in the human genome : CTAG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
88 bases at the 3' end do not align to the human genome.1 
in the human genome : GGGG.1 
270 bases at the 5' end do not align to the human genome.1 
9 bases in the human genome, TGGCGCTGC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, GGGG, are not found in cDNA.1 
284 bases at the 5' end do not align to the human genome.1 
170 bases at the 3' end do not align to the human genome.1 
4 bases in the human genome, GCAT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
162 bases at the 5' end do not align to the human genome.1 
468 bases at the 3' end do not align to the human genome.1 
4 bases in the human genome, TTGA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
4 bases in the human genome, AATA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
5 bases in the human genome, GCACC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'G' in cDNA, 'W' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
6 bases in the human genome, CGCCGC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
224 bases at the 3' end do not align to the human genome.1 
4 bases in the human genome, TTAG, are not found in cDNA.1 
in the human genome : ACATGC.1 
9 bases in the human genome, GAGATCGCG, are not found in cDNA.1 
206 bases at the 5' end do not align to the human genome.1 
4 bases in the human genome, CACA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
33 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, CAGA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, CTCA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
3 bases in the human genome, ATA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : TCC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : AAAAA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
5 bases in the human genome, CTTAG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
116 bases at the 5' end do not align to the human genome.1 
196 bases at the 3' end do not align to the human genome.1 
141 bases at the 5' end do not align to the human genome.1 
171 bases at the 3' end do not align to the human genome.1 
in the human genome : CATG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
4 bases in the human genome, TCAA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
738 bases at the 3' end do not align to the human genome.1 
294 bases at the 3' end do not align to the human genome.1 
461 bases at the 5' end do not align to the mouse genome.1 
407 bases at the 3' end do not align to the human genome.1 
441 bases at the 5' end do not align to the human genome.1 
786 bases at the 3' end do not align to the human genome.1 
21 bases in cDNA are not found in the human genome.1 
1002 bases at the 3' end do not align to the human genome.1 
129 bases at the 5' end do not align to the human genome.1 
5 bases in the human genome, CTGTG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
8 bases in the human genome, TAAATAAA, are not found in cDNA.1 
192 bases at the 5' end do not align to the human genome.1 
4 bases in the human genome, ACGG, are not found in cDNA.1 
486 bases at the 3' end do not align to the human genome.1 
1271 bases at the 5' end do not align to the human genome.1 
2650 bases at the 3' end do not align to the human genome.1 
474 bases at the 5' end do not align to the human genome.1 
in the human genome : CCCAACTC.1 
in the human genome : GCC.1 
926 bases at the 3' end do not align to the human genome.1 
4 bases in the human genome, AACA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
774 bases at the 3' end do not align to the human genome.1 
305 bases do not align to the human genome.1 
219 bases at the 3' end do not align to the human genome.1 
9 bases in the human genome, AACTGGCGC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
6 bases in the human genome, CCCGGC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, ACTT, are not found in cDNA.1 
197 bases at the 5' end do not align to the human genome.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: '*' in cDNA, 'Y' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
22 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
678 bases at the 3' end do not align to the human genome.1 
4 bases in the human genome, TGTA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
polyA tail: 162 bases do not align to the human genome.1 
122 bases at the 5' end do not align to the human genome.1 
7 bases in the human genome, TTTTTTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
212 bases at the 5' end do not align to the human genome.1 
'A' in cDNA is 'C' in the human genome; amino acid difference: '*' in cDNA, 'C' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
4 bases in the human genome, AGGG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
229 bases at the 5' end do not align to the human genome.1 
77 bases at the 5' end do not align to the human genome.1 
'A' in cDNA is 'T' in the human genome; amino acid difference: '*' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
5 bases in the human genome, ATGCT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
611 bases at the 3' end do not align to the human genome.1 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'I' in cDNA, 'M' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'A' in cDNA is 'T' in the human genome; amino acid difference: '*' in cDNA, 'C' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : ATA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : TCG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'E' in cDNA, '*' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
97 bases at the 5' end do not align to the human genome.1 
14 bases at the 3' end do not align to the human genome.1 
in the human genome : AAGT.1 
in the human genome : CTGC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
3 bases in the human genome, TCT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : GTCA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
3 bases in the human genome, CAC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
Variant contains a insertion of 33bp1 
Variant contains a insertion of 30bp1 
Variant contains a deletion of 102bp1 
The 198th nucleotide 'G' is 'C' in clone pTID1 (acc#D21092). Probably 'C' is an artifact during cDNA cloning.1 
The 3rd nucleotide 'C' is 'G' in clone pTID7 (acc#D21091). The 'C' could be an artifact during cDNA cloning into GC-tail of pCD2 vector.1 
The 198th nucleotide is 'G' in clone pTID7 (acc#21091) and 'C' in clone pTID1 (acc#D21092). Probably 'C' is an artifact during cDNA cloning.1 
conflicts with sequence data reported by other authors1 
Additional sequence of 3'-untranslated region (bp735-1156) in human calpastatin mRNA that was not described in citation #2.1 
as compared to the human genome; results in arginine to serine substitution1 
results in alanine to threonine substitution1 
compared to NM_001011553.11 
2 of 8 PCR product of the 3' untranslated region showed nucleotides 2716-2718 missing.1 
the first 14 bases in [2] do not match those of B5/589 clone 44; G00-127-9291 
insertion; G00-127-9291 
'Asp in translation in B5/589 Clone 44 vs. Val in Ref.2.'; a in B5/589 clone44 vs. t in [2].; G00-127-9291 
GCG in B5/589 clone 44 vs. CGC in [2].; G00-127-9291 
sequence diverges in several cDNA clones1 
1 clone1 
human sequence lacks 43 bp; putative1 
two base insertion not found in other gene family members1 
possible reverse transcriptase error; putative1 
this sequence has been corrected for primer-encoded differences (in comparison to most VkappaIIIa-related sequences) carried by the AG21 scFv Vkappa1 
insertion/deletion polymorphism1 
g is deleted1 
insert g1 
This variation causes the amino acid change from Glu to Asp1 
variants contain a deletion of 33 nucleotides at position 430; splice variant1 
deletion in subtype (pWICS41) and (pWICS38)...a; G00-125-2101 
deletion in subtype (pWICS38)...b; G00-125-2101 
insertion site of this sequence, which is alternatively spliced into a small portion of mer transcripts1 
exon 5 from a previously sequenced receptor mRNA, which is spliced out from between nt 898/899 in the current sequence1 
this sequence extends the Wee1 Hu mRNA sequence, GenBank Accession Number X62048, on the 5' end. The CDS is also extended by 214 codons on N-terminal end1 
hNR3-21 
hNR3-31 
differs from isoform alpha by one bp substitution at position 2341 
differs from isoform alpha by one bp substitution at position 6331 
3 bp (aag) internal deletion in the CDS with respect to the parental human dlk, GenBank Accession Number Z121721 
RKCAG1321 
extra 145 bp in 3' region compared to clone AT1, GenBank Accession Number U187591 
differs from clone AT1, GenBank Accession Number U187591 
'tag' insert clone SRp40-1; possible alternative 3' splice site1 
GenBank Accession Number G073201 
alternate 5' UTR; differs from the 5'UTR of HeLa cell mRNA, GenBank Accession Number U124241 
this region is deleted in EST clone 83289, GenBank Accession Number T68402 but is present in EST clone 116783, GenBank Accession Number T898991 
this region is deleted in EST clone 83289, GenBank Accession Number T684021 
compared with GenBank Accessions U349941 
a single base deletion compared to mouse PP2 gene coding sequence.1 
164 bp deletion in splice variants 4C-delta54 and 4C-delta109, see GenBank Accession Numbers U66348 and U663491 
166 bp deletion in splice variant 4C-delta109, see GenBank Accession Number U663491 
sequence of 181 bp intron 1 relative to splice variant 4C-791, see GenBank Accession Number U663461 
sequence of 358 bp intron 2 relative to splice variant 4C-791, see GenBank Accession Number U663461 
sequence of 262 bp intron 3 relative to splice variant 4C-791, see GenBank Accession Number U663461 
alternative 5' end relative to splice variant 4C-791, see GenBank Accession Number U663461 
site of 166 bp deletion relative to splice variant 4C-791, see GenBank Accession Number U663461 
appears in the alternative mRNA presented in GenBank Accession Number U684851 
occurs in human tyrosyl-tRNA synthetase in GenBank Accession Number U40714, which has an altered reading frame downstream of this insertion1 
A region of 96 base pairs which encodes a 32 amino acid span similar to Alu-derived amino acid sequences was found in two of three clones1 
sequence difference C/G1 
sequence difference G/C1 
sequence difference G/-1 
sequence difference C/-1 
sequence difference TG/GT, resulting amino acid substitution L/R1 
sequence difference G/C, resulting amino acid substitution A/P1 
cDNA has 46 bp deletion1 
A (cDNA) to T (genomic)1 
first cysteine1 
second cysteine1 
sequence difference T/A, resulting amino acid substitution I/N1 
This sequence was replaced by above one in the clone named V3b.1 
This sequence was deleted in the clone named V3c1 
this mutation results in a cysteine-tyrosine substitution, this causes loss of a disulfide linkage and most probably disrupts folding of the light chain1 
site of alternatively spliced 51 nt exon missing in this mRNA1 
At nucleotide position 259, an A was sequenced in the cDNA clone, whereas a G is present in the murine genomic clone (GenBank Accession Number AF036582) and in the human sequence (GenBank Accession Number L41919). This base substitution led to the amino acid N in the murine genomic and the human sequence and to the amino acid S in the cDNA sequence.1 
missing in p90rsk sequence deposited in GenBank Accession Number M284891 
deleted region in P2X4 mRNA deposited in GenBank Accession Number AF0897521 
insertion site in P2X4 mRNA deposited in GenBank Accession Number AF0897511 
dominant-negative mutation; blocks LPS signal transduction; encodes histidine rather than wild type proline1 
due to degeneracy in forward primer; would result in Ile to Val change1 
compared to GenBank Accession Number D164321 
compared to Mus musculus transcription termination factor 1 encoded by GenBank Accession Number X839741 
compared to GenBank Accession Number AF142329; generates amino acid change from asparagine to aspartic acid; probable PCR error during cDNA library construction; not present in C57BL genomic sequence1 
additional sequence present in Rattus norvegicus APOBEC-1 complementation factor long isoform encoded by GenBank Accession Number AY0289451 
results in glycine substitution1 
results in phenylalanine substitution1 
compared to the sequence found in GenBank Accession Number X561821 
75 bp insertion found in 2/4 clones of strain C57BL6 and 4/4 clones of plasmacytoma BPC4 contain MUSTGFBR brain isoform1 
compared to Rattus norvegicus APOBEC-1 complementation factor short isoform encoded by GenBank Accession Number AF2909841 
3' target site duplication1 
compared to mouse assembly mm51 
compared to GenBank Accession Number AY8201831 
compared to GenBank Accession Number AY8201821 
5 bases in the mouse genome, TTTGT, are not found in cDNA.1 
19 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
10 bases in the mouse genome, CTGAATGAAT, are not found in cDNA.1 
40 bases at the 3' end do not align to the mouse genome.1 
39 bases do not align to the mouse genome.1 
4 bases in the mouse genome, GATC, are not found in cDNA.1 
6 bases in the mouse genome, AAAGTC, are not found in cDNA.1 
4 bases in the mouse genome, ATCT, are not found in cDNA.1 
6 bases in the mouse genome, GAGGAG, are not found in cDNA.1 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: '*' in cDNA, 'C' in the mouse genome.1 
in the mouse genome : AAGG.1 
2 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
5 bases in the mouse genome, TTTTC, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
6 bases in the mouse genome, TTTTTT, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
polyA tail: 40 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
3 bases in the mouse genome, GAC, are not found in cDNA.1 
5 bases in the mouse genome, TGCCC, are not found in cDNA.1 
256 bases at the 3' end do not align to the mouse genome.1 
330 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
2 bases in the mouse genome, AG, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : ATCT; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
1 base does not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : TCA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
5 bases in the mouse genome, TCTTT, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
10 bases in the mouse genome, GTGTGTGTGT, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : GCAGG.1 
5 bases in the mouse genome, GAAAA, are not found in cDNA.1 
6 bases in the mouse genome, GAGTGA, are not found in cDNA.1 
5 bases in the mouse genome, CCCTC, are not found in cDNA.1 
10 bases in the mouse genome, GCAGGGGCTT, are not found in cDNA.1 
1685 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
6 bases in the mouse genome, CAAAAT, are not found in cDNA.1 
46 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
5 bases in the mouse genome, TCCCT, are not found in cDNA.1 
451 bases at the 5' end do not align to the mouse genome.1 
287 bases at the 3' end do not align to the mouse genome.1 
76 bases at the 5' end do not align to the mouse genome.1 
8 bases in the mouse genome, CACACACA, are not found in cDNA.1 
4 bases in the mouse genome, CCCT, are not found in cDNA.1 
in the mouse genome : GAAA.1 
169 bases at the 5' end do not align to the mouse genome.1 
10 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
38 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
polyA tail: 38 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : TGC.1 
569 bases at the 5' end do not align to the mouse genome.1 
in the mouse genome : TCTGT.1 
22 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
17 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
polyA tail: 47 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
5 bases in the mouse genome, GGAAG, are not found in cDNA.1 
3 bases in the mouse genome, TAG, are not found in cDNA.1 
103 bases at the 5' end do not align to the mouse genome.1 
99 bases at the 5' end do not align to the mouse genome.1 
122 bases do not align to the mouse genome.1 
in the mouse genome : AAAT.1 
8 bases in the mouse genome, CCCTGGAC, are not found in cDNA.1 
4 bases in the human genome, TTTA, are not found in cDNA.1 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: '*' in cDNA, 'L' in the mouse genome.1 
6 bases in the mouse genome, CCTCGG, are not found in cDNA.1 
50 bases at the 5' end do not align to the mouse genome.1 
48 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
13 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
246 bases at the 5' end do not align to the mouse genome.1 
4 bases in the mouse genome, ATTA, are not found in cDNA.1 
polyA tail: 73 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
102 bases do not align to the mouse genome.1 
polyA tail: 24 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
6 bases in the mouse genome, CTCTCT, are not found in cDNA.1 
in the mouse genome : GAGA.1 
115 bases at the 3' end do not align to the mouse genome.1 
7 bases in the mouse genome, CAAGTAG, are not found in cDNA.1 
10 bases in the mouse genome, ACGCGCGCGC, are not found in cDNA.1 
106 bases at the 3' end do not align to the mouse genome.1 
4 bases in the mouse genome, CTAG, are not found in cDNA.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'E' in cDNA, 'D' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
8 bases in the mouse genome, CCCCCCCC, are not found in cDNA.1 
in the mouse genome : AAGGTCA.1 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'D' in cDNA, 'A' in the mouse genome.1 
in the mouse genome : ACTG.1 
polyA tail: 60 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
50 bases at the 3' end do not align to the mouse genome.1 
9 bases do not align to the mouse genome.1 
74 bases do not align to the mouse genome.1 
75 bases at the 3' end do not align to the mouse genome.1 
602 bases at the 5' end do not align to the mouse genome.1 
8 bases in the mouse genome, CTTCTTTC, are not found in cDNA.1 
6 bases in the human genome, GTGCGT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the mouse genome, AATT, are not found in cDNA.1 
5 bases in the mouse genome, CAGGA, are not found in cDNA.1 
116 bases in cDNA are not found in the mouse genome.1 
9 bases in the mouse genome, GAGTACTTT, are not found in cDNA.1 
7 bases in the mouse genome, TCCTCTC, are not found in cDNA.1 
6 bases in the mouse genome, GTGGAC, are not found in cDNA.1 
in the mouse genome : GATT.1 
93 bases at the 3' end do not align to the mouse genome.1 
5 bases in the mouse genome, GCCCC, are not found in cDNA.1 
in the mouse genome : ACCCCACCCCC.1 
424 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
8 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
353 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : TGAT.1 
124 bases at the 3' end do not align to the mouse genome.1 
286 bases at the 3' end do not align to the mouse genome.1 
5 bases in the mouse genome, TTCTC, are not found in cDNA.1 
in the mouse genome : GAGC.1 
in the mouse genome : TCAT.1 
in the mouse genome : GATG.1 
7 bases in the mouse genome, TGAGTTC, are not found in cDNA.1 
4 bases in the mouse genome, GGGG, are not found in cDNA.1 
8 bases in the mouse genome, TTGTTTAG, are not found in cDNA.1 
10 bases in the mouse genome, CTCACTGCTA, are not found in cDNA.1 
in the mouse genome : ATGC.1 
16 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
453 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
4 bases in the human genome, AGTG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
257 bases at the 5' end do not align to the mouse genome.1 
277 bases at the 3' end do not align to the mouse genome.1 
175 bases at the 3' end do not align to the mouse genome.1 
843 bases at the 5' end do not align to the mouse genome.1 
28 bases do not align to the mouse genome.1 
6 bases in the mouse genome, AAAAGA, are not found in cDNA.1 
3 bases in the mouse genome, GTC, are not found in cDNA.1 
4 bases in the mouse genome, CACG, are not found in cDNA.1 
4 bases in the mouse genome, AAAG, are not found in cDNA.1 
440 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
6 bases in the mouse genome, AACAAA, are not found in cDNA.1 
6 bases in the mouse genome, ACTCCC, are not found in cDNA.1 
164 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
polyA tail: 6 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
10 bases in the mouse genome, GTGTGTGTGT, are not found in cDNA.1 
5 bases in the mouse genome, TCCTC, are not found in cDNA.1 
3 bases in the mouse genome, TTA, are not found in cDNA.1 
20 bases in the mouse genome are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
polyA tail: 58 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
117 bases at the 5' end do not align to the mouse genome.1 
4 bases in the mouse genome, CCTC, are not found in cDNA.1 
59 bases in cDNA are not found in the mouse genome.1 
in the mouse genome : AGA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
355 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
134 bases at the 5' end do not align to the mouse genome.1 
85 bases at the 3' end do not align to the mouse genome.1 
in the mouse genome : AGGG.1 
in the mouse genome : AGCA.1 
183 bases in cDNA are not found in the mouse genome.1 
10 bases in the mouse genome, AGCCTCTTCC, are not found in cDNA.1 
polyA tail: 184 bases do not align to the mouse genome.1 
9 bases in the mouse genome, ACATACAAG, are not found in cDNA.1 
polyA tail: 163 bases do not align to the mouse genome.1 
polyA tail: 161 bases do not align to the mouse genome.1 
polyA tail: 192 bases do not align to the mouse genome.1 
polyA tail: 139 bases do not align to the mouse genome.1 
polyA tail: 196 bases do not align to the mouse genome.1 
polyA tail: 197 bases do not align to the mouse genome.1 
polyA tail: 204 bases do not align to the mouse genome.1 
polyA tail: 164 bases do not align to the mouse genome.1 
595 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : AGT.1 
8 bases in the mouse genome, CAGATGGA, are not found in cDNA.1 
polyA tail: 50 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
26 bases in cDNA are not found in the mouse genome.1 
polyA tail: 31 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
2308 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
polyA tail: 11 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
246 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
6 bases in the mouse genome, AGATGT, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
3 bases in the mouse genome, AAA, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
21 bases in the mouse genome are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
93 bases at the 5' end do not align to the mouse genome.1 
6 bases in the mouse genome, TAAATA, are not found in cDNA.1 
polyA tail: 134 bases do not align to the mouse genome.1 
6 bases in the mouse genome, ATTATT, are not found in cDNA.1 
9 bases in the mouse genome, ATTATACCC, are not found in cDNA.1 
4 bases in the mouse genome, CTAA, are not found in cDNA.1 
207 bases at the 5' end do not align to the mouse genome.1 
7 bases in the mouse genome, CTCTTTA, are not found in cDNA.1 
28 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
22 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
3 bases in the mouse genome, TTC, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
18 bases in the mouse genome are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
10 bases in the mouse genome, GGCATGTATG, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
polyA tail: 27 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : GGGAAGA.1 
in the mouse genome : TGGGC.1 
931 bases at the 3' end do not align to the mouse genome.1 
134 bases in cDNA are not found in the mouse genome.1 
145 bases do not align to the mouse genome.1 
in the mouse genome : CGTG.1 
223 bases at the 3' end do not align to the mouse genome.1 
polyA tail: 41 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
5 bases in the mouse genome, CCCCC, are not found in cDNA.1 
1665 bases at the 5' end do not align to the mouse genome.1 
395 bases at the 3' end do not align to the mouse genome.1 
286 bases at the 3' end do not align to the human genome.1 
101 bases do not align to the mouse genome.1 
4 bases in the mouse genome, GCTC, are not found in cDNA.1 
232 bases at the 3' end do not align to the mouse genome.1 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'L' in cDNA, '*' in the mouse genome.1 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: '*' in cDNA, 'C' in the mouse genome.1 
7 bases in the mouse genome, GTTCTCT, are not found in cDNA.1 
169 bases in cDNA are not found in the mouse genome.1 
148 bases at the 5' end do not align to the mouse genome.1 
8 bases in the mouse genome, TGCTCTCT, are not found in cDNA.1 
70 bases at the 5' end do not align to the mouse genome.1 
8 bases in the mouse genome, TTTCTCTT, are not found in cDNA.1 
251 bases at the 5' end do not align to the mouse genome.1 
4 bases in the mouse genome, GAAC, are not found in cDNA.1 
89 bases at the 3' end do not align to the mouse genome.1 
5 bases in the mouse genome, GATCT, are not found in cDNA.1 
699 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
152 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
3 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : TAC.1 
4 bases in the mouse genome, GGAT, are not found in cDNA.1 
in the mouse genome : TAAG.1 
235 bases do not align to the mouse genome.1 
333 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
4 bases in the mouse genome, GTGG, are not found in cDNA.1 
58 bases in cDNA are not found in the mouse genome.1 
3 bases in the mouse genome, ACT, are not found in cDNA.1 
143 bases do not align to the mouse genome.1 
in the mouse genome : TTAA.1 
in the mouse genome : TGGGCCA.1 
9 bases in the mouse genome, CCCACCCCT, are not found in cDNA.1 
in the mouse genome : CCTCC.1 
in the mouse genome : GAAGA.1 
610 bases at the 3' end do not align to the mouse genome.1 
7 bases in the mouse genome, ACAGACC, are not found in cDNA.1 
66 bases in cDNA are not found in the mouse genome.1 
40 bases in cDNA are not found in the mouse genome.1 
130 bases in cDNA are not found in the mouse genome.1 
52 bases do not align to the mouse genome.1 
620 bases at the 3' end do not align to the mouse genome.1 
4 bases in the mouse genome, TGAG, are not found in cDNA.1 
polyA tail: 206 bases do not align to the mouse genome.1 
108 bases at the 3' end do not align to the mouse genome.1 
46 bases in cDNA are not found in the mouse genome.1 
6 bases in the mouse genome, GCAGAG, are not found in cDNA.1 
294 bases at the 3' end do not align to the mouse genome.1 
44 bases in cDNA are not found in the mouse genome.1 
10 bases in the mouse genome, AGGTCTGCCT, are not found in cDNA.1 
in the mouse genome : AGAA.1 
6 bases in the mouse genome, TTGGTC, are not found in cDNA.1 
7 bases in the mouse genome, AAGTGCT, are not found in cDNA.1 
278 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
4 bases in the mouse genome, TCAT, are not found in cDNA.1 
5 bases in the mouse genome, ATTCT, are not found in cDNA.1 
350 bases at the 5' end do not align to the mouse genome.1 
367 bases at the 3' end do not align to the mouse genome.1 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: '*' in cDNA, 'L' in the mouse genome.1 
42 bases do not align to the mouse genome.1 
56 bases do not align to the mouse genome.1 
112 bases in cDNA are not found in the mouse genome.1 
96 bases at the 5' end do not align to the mouse genome.1 
295 bases at the 3' end do not align to the mouse genome.1 
45 bases in cDNA are not found in the mouse genome.1 
77 bases in cDNA are not found in the mouse genome.1 
in the mouse genome : CATT.1 
136 bases at the 3' end do not align to the mouse genome.1 
222 bases at the 5' end do not align to the mouse genome.1 
5 bases in the mouse genome, CCAGG, are not found in cDNA.1 
polyA tail: 26 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
7 bases in the mouse genome, GTTTTTT, are not found in cDNA.1 
193 bases do not align to the mouse genome.1 
in the mouse genome : ATA.1 
in the mouse genome : GGGA.1 
in the mouse genome : GCTT.1 
in the mouse genome : CTTTG.1 
in the mouse genome : GGTT.1 
667 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
271 bases at the 5' end do not align to the mouse genome.1 
6 bases in the mouse genome, TATATA, are not found in cDNA.1 
255 bases at the 5' end do not align to the mouse genome.1 
in the mouse genome : GAGG.1 
in the mouse genome : CCGCC.1 
54 bases in cDNA are not found in the mouse genome.1 
4 bases in the mouse genome, TTTA, are not found in cDNA.1 
7 bases in the mouse genome, AGCCTCC, are not found in cDNA.1 
142 bases in cDNA are not found in the mouse genome.1 
239 bases at the 5' end do not align to the mouse genome.1 
6 bases in the mouse genome, GAAGAA, are not found in cDNA.1 
151 bases at the 5' end do not align to the mouse genome.1 
52 bases in cDNA are not found in the mouse genome.1 
160 bases in cDNA are not found in the mouse genome.1 
283 bases at the 5' end do not align to the mouse genome.1 
266 bases at the 3' end do not align to the mouse genome.1 
4 bases in the mouse genome, TGCC, are not found in cDNA.1 
140 bases do not align to the mouse genome.1 
19 bases do not align to the mouse genome.1 
185 bases do not align to the mouse genome.1 
7 bases in the mouse genome, TTAGAAC, are not found in cDNA.1 
3 bases in the mouse genome, TAT, are not found in cDNA.1 
in the mouse genome : CTGC.1 
in the mouse genome : CGGG.1 
283 bases do not align to the mouse genome.1 
5 bases in the mouse genome, CTTCT, are not found in cDNA.1 
10 bases in the mouse genome, GAAACCGCTC, are not found in cDNA.1 
1873 bases at the 3' end do not align to the mouse genome.1 
158 bases at the 5' end do not align to the mouse genome.1 
4 bases in the mouse genome, GACT, are not found in cDNA.1 
6 bases in the mouse genome, AAGGTG, are not found in cDNA.1 
in the mouse genome : TTCCC.1 
309 bases at the 5' end do not align to the mouse genome.1 
497 bases at the 5' end do not align to the mouse genome.1 
6 bases in the mouse genome, ATATAT, are not found in cDNA.1 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: '*' in cDNA, 'G' in the mouse genome.1 
510 bases at the 5' end do not align to the mouse genome.1 
in the mouse genome : TCCAT.1 
6 bases in the mouse genome, CCTCCC, are not found in cDNA.1 
580 bases at the 3' end do not align to the mouse genome.1 
2434 bases at the 3' end do not align to the mouse genome.1 
polyA tail: 132 bases do not align to the mouse genome.1 
polyA tail: 188 bases do not align to the mouse genome.1 
polyA tail: 198 bases do not align to the mouse genome.1 
polyA tail: 185 bases do not align to the mouse genome.1 
polyA tail: 201 bases do not align to the mouse genome.1 
274 bases at the 3' end do not align to the mouse genome.1 
in the mouse genome : CGTT.1 
94 bases at the 3' end do not align to the mouse genome.1 
8 bases in the mouse genome, GTTTGTTT, are not found in cDNA.1 
63 bases at the 3' end do not align to the mouse genome.1 
118 bases at the 5' end do not align to the mouse genome.1 
4 bases in the mouse genome, AGCT, are not found in cDNA.1 
13 bases do not align to the mouse genome.1 
404 bases at the 3' end do not align to the mouse genome.1 
4 bases in the mouse genome, TGGG, are not found in cDNA.1 
in the mouse genome : GAGT.1 
in the mouse genome : GGATAC.1 
21 bases at the 3' end do not align to the mouse genome.1 
6 bases in the mouse genome, CCGCCC, are not found in cDNA.1 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'S' in cDNA, '*' in the mouse genome.1 
deleted1 
FVB/N mouse genomic DNA mouse ETFR-1 cDNA clone, pmETFR-1-91 
mouse ETFR-1 cDNA clone, pmETFR-1-161 
compared to NM_008173; CAG expansion; eight additional CAG triplets1 
sequence difference between two clones1 
splicing variation within a clone1 
sequence insertion within a clone1 
105 base pair deletion in clone PKI1.11 
found in clone PKI7.11 
Aside from wobble changes, this catalytic domain sequence has one codon change when compared to c-yes; putative1 
approximately 15% of cellular mRNAs contain this insert1 
sequence not present in L217111 
extra C not present in L217111 
gg in short clone lambda-mLRP-B201 
deletion in variant clones1 
45 bp deletion occurs at position 430, relative to other clones1 
different from other clones (e.g. mov74).1 
Region from bp 346-429 is different in this clone than in other clones (e.g. HIT38).1 
deletion of 57 bp1 
deletion; cag1 
Alternate (aaa) sequence found in a shorter, 1.2KB cDNA clone ('4-...; 'aaa' in misc_difference1 
six bp insertion as compared to 'class A' calcium channel1 
5' sequence difference in clone No.3 (GenBank Accession Number U09417)1 
12 bp addition unique to RIP14beta1 
extends 5' sequence compared to Genbank Accession Number D15069; NCBI gi: 4403791 
PCC4 library cDNA clones contained 39 bases of putative partial intronic sequence; RT-PCR products from a murine myeloid precursor cell line did not contain this insert1 
differs from X53585 sequence (Rat kidney mRNA for hsp60); corresponds with bp 10651 
differs from X53585 sequence (Rat kidney mRNA for hsp60); corresponds with bp 13561 
differs from X53585 sequence (Rat kidney mRNA for hsp60); corresponds with bp 15311 
D249-V mutant1 
K251-V mutant1 
P264-G mutant1 
D271-V mutant1 
G in clone 21 
homeobox1 
CDR31 
The sequence at this point differed between the two isolated clones; one had a C, while the other was an A, but this makes no diffence in the coded amino acid at this point.1 
compared to source sequence1 
synthetic site directed mutation to convert wild type valine to a methionine1 
inserted by site directed mutagenesis to fuse EGFP in frame with CFTR1 
wild type t changed to c in omr1-5; silent site-directed mutagenesis mutation which results in no amino acid change1 
wild type c changed to t in omr1-5; site-directed mutagenesis transition results in arginine in wild type changed to cysteine in omr1-51 
wild type a changed to c in omr1-7; site-directed mutagenesis transversion results in glutamic acid in wild type changed to alanine in omr1-71 
wild type a changed to t in omr1-8; site-directed mutagenesis transversion results in histidine in wild type changed to leucine in omr1-81 
L49F1 
C82S1 
P144L1 
S145N1 
C161R1 
P169L1 
engineered silent mutations to a natural Esp3I site1 
engineered silent mutations in A/B fragment junction1 
engineered silent mutation in D/E fragment junction1 
engineered silent mutations to natural Esp31 site1 
engineered untranslated mutation adjacent to F/G fragment junction1 
engineered untranslated mutation in F/G fragment junction1 
untranslated change; present in pMH541 
engineered silent mutations incorporated from pMH54 create AvrII site1 
engineered silent mutations incorporated from pMH54; remove a HindIII site near end of S ORF, create an AseI site1 
engineered untranslated change in pMH54 to introduce SbfI site 11 bp downstream of S gene1 
results in threonine to isoleucine substitution; incorporated from pMH541 
potential glycosylation site eliminated by changing Asn to Gln1 
in clones CL15-2 and CL37-14; results in a premature stop codon to Trp amino acid translation1 
'' in misc_difference; Nucleotide is not present in citations 2 and 3.1 
'' in misc_difference; Nucleotide is not present in citation 2.1 
t in citation 1 and 2; c in citation 3.; 'c' in misc_difference1 
'at' in misc_difference; ta in citations 1 and 3; at in citation 2.1 
cg in citations 1, 2, and 3; correct CVB3-20 sequence is gc.; 'cg' in misc_difference1 
c in citations 1 and 2; t in citation 3.; 't' in misc_difference1 
c in citations 1 and 3; a in citation 2.; 'a' in misc_difference1 
a in citations 2 and 3.; 'a' in misc_difference1 
t in citations 1 and 3; at in citation 2.; 'at' in misc_difference1 
Nucleotide not present in citation 2.; '' in misc_difference1 
tct in citations 1 and 3; ctc in citation 2.; 'ctc' in misc_difference1 
'g' in misc_difference; g in citations 2 and 3.1 
g in citations 1 and 3; a in citation 2.; 'a' in misc_difference1 
g in citations 1 and 3; c in citation 2.; 'c' in misc_difference1 
't' in misc_difference; g in citations 1 and 3; t in citation 2.1 
't' in misc_difference; t in citations 2 and 3.1 
'a' in misc_difference; t in citations 1 and 3; a in citation 2.1 
'ag' in misc_difference; gt in citations 1 and 3; ag in citation 2.1 
'c' in misc_difference; t in citations 1 and 2; c in citation 3.1 
'cc' in misc_difference; tt in citations 1 and 3; cc in citation 2.1 
'' in misc_difference; t in citations 1 and 3; nucleotide not present in citation2.1 
'ac' in misc_difference; tt in citations 1 and 3; ac in citation 2.1 
'gg' in misc_difference; g in citations 1 and 2; gg in citation 3.1 
Four single base changes at 2593 (C to T), 2643 (deletion), 2771 (T to A) and 2775 (T to A) between this sequence and that of ref (1) are sufficient to permit transcripts of the former to systemically infect its host.1 
gnl|Pfam|pfam01820 Dala_Dala_ligas, D-ala D-ala ligase. D-alanine--D-alanine ligase enzymes (EC:6.3.2.4)domain1 
'G' in cDNA is 'C' in the Japanese quail cosmid DNA (Accecion No. AB259849). The amino acid not changed between cDNA and cosmid DNA1 
'A' in cDNA is 'C' in the Japanese quail cosmid DNA (Accecion No. AB259849). The amino acid not changed between cDNA and cosmid DNA1 
'G' in cDNA is 'A' in the Japanese quail cosmid DNA (Accecion No. AB259849). The amino acid not changed between cDNA and cosmid DNA1 
'T' in cDNA is 'A' in the Japanese quail cosmid DNA (Accecion No. AB259849). The amino acid not changed between cDNA and cosmid DNA1 
'C' in cDNA is 'T' in the Japanese quail cosmid DNA (Accecion No. AB259848). The amino acid differed 'Ala' in cDNA to 'Val' in cosmid DNA1 
'G' in cDNA is 'T' in the Japanese quail cosmid DNA (Accecion No. AB259848). The amino acid not changed between cDNA and cosmid DNA1 
'C' in cDNA is 'T' in the Japanese quail cosmid DNA (Accecion No. AB259848). The amino acid not changed between cDNA and cosmid DNA1 
'A' in cDNA is 'G' in the Japanese quail cosmid DNA (Accecion No. AB259848). The amino acid not changed between cDNA and cosmid DNA1 
'C' in cDNA is 'T' in the Japanese quail cosmid DNA (Accecion No. AB259848).The amino acid not changed between cDNA and cosmid DNA1 
'A' in cDNA is 'G' in the Japanese quail cosmid DNA (Accecion No. AB259848).The amino acid not changed between cDNA and cosmid DNA1 
'G' in cDNA is 'A' in the Japanese quail cosmid DNA (Accecion No. AB259847). The amino acid not changed between cDNA and cosmid DNA1 
'T' in cDNA is 'G' in the Japanese quail cosmid DNA (Accecion No. AB259847). The amino acid differed 'Asn' in cDNA to 'Lys' in cosmid DNA1 
'A' in cDNA is 'G' in the Japanese quail cosmid DNA (Accecion No. AB259847). The amino acid not changed between cDNA and cosmid DNA1 
'C' in cDNA is 'T' in the Japanese quail cosmid DNA (Accecion No. AB259847). The amino acid not changed between cDNA and cosmid DNA1 
Amino acid substitution from Asp to Glu1 
Amino acid substitution from Glu to Arg1 
Amino acid substitution from Thr to Ala1 
Amino acid substitution from Ala to Thr1 
Amino acid substitution from Leu to Ile1 
Amino acid substitution from Asn to Ser1 
chemically induced mutation1 
This sequence is missing in clone phrpA2-11 presumablybecause of alternative splicing.; '' in misc_difference1 
Tc1-like transposase with a 350 bp deletion1 
alternative C3 transcript has these bases deleted1 
used in the splice variant found in clones pBr3A and pBr64A; alternative exon encodes the transmembrane segment IIIS2; rare in the basilar papilla, abundant in the brain; see GenBank Accession Number AF0276031 
used in the splice variant found in clone pBr64B; alternative exon encodes the transmembrane segment IVS3; see GenBank Accession Number AF0276041 
used in splice variant found in clone pSE48/154-1; additional exon with 12 bases between nucleotides 5923 and 5924, which results in a premature stop codon1 
nucleotide sequence is absent in another XCENP-E cDNA1 
lamina associated protein 2-beta; LAP2; apparent deletion of single nucleotide relative to Genbank Accession Numbers AF048815 and AF048817 is located at a predicted exon-exon boundary and may therefore reflect an alternative splicing event1 
putative signal peptide; encodes unique 5' protein compared to the product encoded by GenBank Accession Number D131541 
alternatively spliced1 
compared to allele sequence; results in aspartic acid to valine substitution1 
alanine to valine substitution compared to hemoglobin: Protein Research Foundation Accession Number 2237441 
encodes isoleucine in sequence deposited in GenBank Accession Number AY0443361 
compared to sequence deposited in GenBank Accession Number AY0443361 
alternative codon1 
possibly caused by random priming; results in lysine to glutamic acid substitution1 
possibly caused by random priming1 
may result in splice variant1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'C' in cDNA, 'F' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
84 bases at the 3' end do not align to the human genome.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
57 bases at the 5' end do not align to the human genome.1 
36 bases do not align to the human genome.1 
130 bases do not align to the human genome.1 
377 bases at the 5' end do not align to the mouse genome.1 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: 'Y' in cDNA, 'H' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
3 bases in the mouse genome, TGT, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
5 bases in the mouse genome, ATGCG, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
537 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'K' in cDNA, '*' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
141 bases at the 3' end do not align to the human genome.1 
6 bases in the mouse genome, AAGGTC, are not found in cDNA.1 
10 bases in the mouse genome, TTGATGTACC, are not found in cDNA.1 
44 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
597 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
3 bases in the mouse genome, ACT, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
4 bases in the mouse genome, TGCG, are not found in cDNA.1 
4 bases in the human genome, AACA, are not found in cDNA.1 
4 bases in the human genome, CTTA, are not found in cDNA.1 
5 bases in the human genome, CTCTC, are not found in cDNA.1 
8 bases in the human genome, TTTTTTTT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
6 bases in the human genome, TGCTGG, are not found in cDNA.1 
10 bases in the mouse genome, GGCTTTGGAC, are not found in cDNA.1 
in the human genome : TGAGC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
271 bases at the 3' end do not align to the mouse genome.1 
20 bases in cDNA are not found in the human genome.1 
280 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
polyA tail: 71 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : TTCGG.1 
12 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'K' in cDNA, 'E' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'A' in cDNA, 'V' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'E' in cDNA, 'D' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'D' in cDNA, 'N' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
12 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : GT; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
17 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
6 bases in the human genome, CTGATA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
3 bases in the human genome, GTG, are not found in cDNA.1 
5 bases in the human genome, TTGTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'I' in cDNA, 'R' in the mouse genome.1 
polyA tail: 169 bases do not align to the mouse genome.1 
polyA tail: 155 bases do not align to the human genome.1 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'R' in cDNA, 'W' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'V' in cDNA, 'L' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'V' in cDNA, 'G' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : ATGTG; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
3 bases in the human genome, GAA, are not found in cDNA.1 
207 bases at the 3' end do not align to the human genome.1 
5 bases in the mouse genome, CTCTG, are not found in cDNA.1 
6 bases in the mouse genome, TAGCAA, are not found in cDNA.1 
7 bases in the mouse genome, TTCATGA, are not found in cDNA.1 
4 bases in the mouse genome, CACC, are not found in cDNA.1 
6 bases in the human genome, ATCATT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
302 bases at the 5' end do not align to the human genome.1 
82 bases do not align to the human genome.1 
in the human genome : TTTCCT.1 
in the human genome : TTGCT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
3 bases in the human genome, CAA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
259 bases at the 5' end do not align to the human genome.1 
8 bases in the human genome, TGTTTGTT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
120 bases at the 5' end do not align to the human genome.1 
6 bases in the human genome, CTTTCT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
8 bases in the human genome, CAGGCCGC, are not found in cDNA.1 
562 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
241 bases do not align to the mouse genome.1 
3 bases in the human genome, GCC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
865 bases at the 5' end do not align to the human genome.1 
92 bases at the 5' end do not align to the mouse genome.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'W' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'R' in cDNA, 'T' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
Region absent in other clone from same library; no loss of function.1 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'R' in cDNA, 'S' in the mouse genome.1 
3 bases in the human genome, GTG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
154 bases do not align to the human genome.1 
101 bases at the 5' end do not align to the mouse genome.1 
379 bases at the 3' end do not align to the mouse genome.1 
mutation in attL2 site1 
mutation in linker at the 5' end of the ORF1 
4 bases in the human genome, ATTA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'K' in cDNA, 'N' in the mouse genome.1 
8 bases in the mouse genome, TCTAGTTT, are not found in cDNA.1 
121 bases at the 5' end do not align to the mouse genome.1 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'I' in cDNA, 'M' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
6 bases in the human genome, GCTCCA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the mouse genome : CCTCA.1 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: '*' in cDNA, 'S' in the mouse genome.1 
3 bases in the mouse genome, CGG, are not found in cDNA.1 
6 bases in the mouse genome, CACACA, are not found in cDNA.1 
'G' in cDNA is 'T' in the mouse genome; no amino acid change; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'G' in cDNA, 'E' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
934 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
4 bases in the mouse genome, CTGG, are not found in cDNA.1 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'I' in cDNA, 'T' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'L' in cDNA, 'V' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
339 bases at the 5' end do not align to the human genome.1 
polyA tail: 204 bases do not align to the human genome.1 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'Q' in cDNA, 'E' in the human genome.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'S' in cDNA, 'I' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'Q' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
8 bases in the mouse genome, TCGCCCGC, are not found in cDNA.1 
391 bases at the 3' end do not align to the human genome.1 
6 bases in the mouse genome, TTTTTA, are not found in cDNA.1 
6 bases in the human genome, GCAGCA, are not found in cDNA.1 
79 bases at the 3' end do not align to the human genome.1 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: 'F' in cDNA, 'S' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'E' in cDNA, 'G' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'D' in cDNA, 'E' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'T' in cDNA, 'N' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'H' in cDNA, 'N' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
7 bases in the mouse genome, TGGGAAG, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
4 bases in the mouse genome, ATAA, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
684 bases at the 3' end do not align to the mouse genome.1 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'Y' in cDNA, '*' in the mouse genome.1 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'L' in cDNA, 'F' in the mouse genome.1 
in the mouse genome : CAGT.1 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'Q' in cDNA, 'H' in the mouse genome.1 
340 bases at the 3' end do not align to the mouse genome.1 
compared to Homo sapiens ITGA5; results in asn to asp1 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'I' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
8 bases in the mouse genome, CACATGAA, are not found in cDNA.1 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'I' in cDNA, 'K' in the human genome.1 
'G' in cDNA is 'C' in the human genome; amino acid difference: '*' in cDNA, 'Y' in the human genome.1 
3 bases in the human genome, AAG, are not found in cDNA.1 
polyA tail: 137 bases do not align to the mouse genome.1 
in the mouse genome : ATTC.1 
in the human genome : TAA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : GGAGA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : CAA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : GGGA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
'C' in cDNA is 'T' in the human genome; amino acid difference: 'Q' in cDNA, '*' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'Q' in cDNA, 'H' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : TTTC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : TTTCT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the mouse genome : CTCC.1 
8 bases in the mouse genome, GCAGGGCA, are not found in cDNA.1 
10 bases in the mouse genome, TCACACACAC, are not found in cDNA.1 
'A' in cDNA is 'G' in the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below1 
15 bases in cDNA are not found in the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below1 
3 bases in cDNA are not found in the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below1 
4 bases in the human genome, CAAA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
269 bases do not align to the human genome.1 
in the human genome : CGTG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
185 bases at the 3' end do not align to the mouse genome.1 
246 bases at the 3' end do not align to the human genome.1 
7 bases in the human genome, TTTAAGT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
740 bases at the 5' end do not align to the human genome.1 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: 'I' in cDNA, 'T' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
1438 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
624 bases at the 5' end do not align to the mouse genome.1 
408 bases at the 5' end do not align to the human genome.1 
8 bases in the human genome, GCGAGATC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'N' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
126 bases in cDNA are not found in the mouse genome.1 
polyA tail: 177 bases do not align to the mouse genome.1 
624 bases at the 3' end do not align to the mouse genome.1 
polyA tail: 135 bases do not align to the mouse genome.1 
478 bases at the 3' end do not align to the mouse genome.1 
820 bases at the 5' end do not align to the human genome.1 
141 bases do not align to the human genome.1 
132 bases do not align to the human genome.1 
in the human genome : CTTGT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
157 bases do not align to the mouse genome.1 
in the mouse genome : GGCG.1 
1497 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
18 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
10 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
95 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
1064 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
4 bases in the mouse genome, GATA, are not found in cDNA.1 
5 bases in the mouse genome, TGGGT, are not found in cDNA.1 
4 bases in the mouse genome, ACAG, are not found in cDNA.1 
9 bases in the mouse genome, GAAACACTT, are not found in cDNA.1 
5 bases in the mouse genome, GAGTA, are not found in cDNA.1 
6 bases in the human genome, TCTTGT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : ACTC.1 
9 bases in the mouse genome, TTTTTTTTT, are not found in cDNA.1 
313 bases in cDNA are not found in the mouse genome.1 
391 bases at the 3' end do not align to the mouse genome.1 
4 bases in the mouse genome, ATCT, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
833 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
3 bases in the mouse genome, CGA, are not found in cDNA.1 
in the human genome : GCTG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : AGAGC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : AAGT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
6 bases in the human genome, CGCGGG, are not found in cDNA.1 
254 bases at the 3' end do not align to the mouse genome.1 
17 bases in the mouse genome are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
4 bases in the mouse genome, TGGA, are not found in cDNA.1 
223 bases at the 5' end do not align to the mouse genome.1 
10 bases in the mouse genome, CTGGTTTTGT, are not found in cDNA.1 
417 bases at the 5' end do not align to the mouse genome.1 
863 bases at the 3' end do not align to the mouse genome.1 
1928 bases at the 5' end do not align to the mouse genome.1 
317 bases at the 5' end do not align to the mouse genome.1 
214 bases at the 5' end do not align to the human genome.1 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'V' in cDNA, 'A' in the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below1 
polyA tail: 11 bases do not align to the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below1 
1268 bases at the 3' end do not align to the human genome.1 
101 bases at the 5' end do not align to the human genome.1 
in the human genome : GCAT. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : CCTGCCT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
329 bases at the 3' end do not align to the human genome.1 
364 bases at the 5' end do not align to the human genome.1 
217 bases at the 3' end do not align to the human genome.1 
97 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
181 bases do not align to the mouse genome.1 
in the mouse genome : CTTT.1 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'I' in cDNA, 'S' in the mouse genome.1 
17 bases in the human genome are not found in cDNA.1 
379 bases at the 5' end do not align to the mouse genome.1 
126 bases do not align to the mouse genome.1 
in the mouse genome : TGAAA.1 
in the mouse genome : CCTT.1 
1546 bases at the 5' end do not align to the mouse genome.1 
136 bases in cDNA are not found in the human genome.1 
in the human genome : GGGC.1 
391 bases at the 5' end do not align to the human genome.1 
polyA tail: 137 bases do not align to the human genome.1 
1062 bases at the 5' end do not align to the mouse genome.1 
2172 bases at the 5' end do not align to the mouse genome.1 
333 bases at the 5' end do not align to the human genome.1 
in the human genome : GGA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
35 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
4 bases in the mouse genome, GCGA, are not found in cDNA.1 
9 bases in the mouse genome, CCCTCCCCG, are not found in cDNA.1 
496 bases at the 3' end do not align to the mouse genome.1 
5 bases in the mouse genome, CATGT, are not found in cDNA.1 
6 bases in the mouse genome, CTTTGC, are not found in cDNA.1 
156 bases at the 5' end do not align to the mouse genome.1 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'G' in cDNA, 'D' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'C' in cDNA is 'T' in the mouse genome; amino acid difference: 'S' in cDNA, 'L' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: '*' in cDNA, 'W' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
160 bases at the 5' end do not align to the mouse genome.1 
10 bases in the mouse genome, TTTTTTTTTT, are not found in cDNA.1 
771 bases at the 5' end do not align to the mouse genome.1 
297 bases at the 5' end do not align to the mouse genome.1 
4 bases in the mouse genome, TATC, are not found in cDNA.1 
617 bases at the 3' end do not align to the mouse genome.1 
719 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
2657 bases at the 3' end do not align to the human genome.1 
88 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
694 bases at the 3' end do not align to the human genome.1 
712 bases at the 3' end do not align to the human genome.1 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'E' in cDNA, 'D' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
311 bases at the 5' end do not align to the human genome.1 
613 bases at the 5' end do not align to the mouse genome.1 
4 bases in the mouse genome, TCCT, are not found in cDNA.1 
6 bases in the human genome, CTTTGT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
527 bases at the 5' end do not align to the mouse genome.1 
2201 bases at the 3' end do not align to the mouse genome.1 
145 bases at the 5' end do not align to the mouse genome.1 
762 bases at the 3' end do not align to the human genome.1 
428 bases at the 3' end do not align to the mouse genome.1 
4 bases in the mouse genome, TACT, are not found in cDNA.1 
1189 bases at the 5' end do not align to the human genome.1 
5 bases in the human genome, ATAAT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
794 bases at the 3' end do not align to the human genome.1 
228 bases at the 5' end do not align to the human genome.1 
258 bases at the 5' end do not align to the mouse genome.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'G' in cDNA, 'V' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
464 bases at the 5' end do not align to the mouse genome.1 
613 bases at the 5' end do not align to the human genome.1 
342 bases at the 5' end do not align to the mouse genome.1 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'Q' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'K' in cDNA, 'I' in the mouse genome.1 
474 bases at the 3' end do not align to the mouse genome.1 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'Y' in cDNA, 'C' in the human genome.1 
4 bases in the human genome, GCCC, are not found in cDNA.1 
1748 bases at the 3' end do not align to the human genome.1 
1544 bases do not align to the human genome.1 
10 bases in the human genome, CCACTGAGGG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
21 bases in the human genome are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
8 bases in the human genome, ATAAATAA, are not found in cDNA.1 
8 bases in the human genome, ATGGTGCT, are not found in cDNA.1 
113 bases at the 5' end do not align to the human genome.1 
171 bases at the 5' end do not align to the human genome.1 
1128 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
4 bases in the human genome, GATT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
996 bases at the 5' end do not align to the human genome.1 
1172 bases at the 5' end do not align to the human genome.1 
5 bases in the human genome, TTTAT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
292 bases at the 5' end do not align to the human genome.1 
330 bases at the 5' end do not align to the mouse genome.1 
2956 bases at the 3' end do not align to the human genome.1 
120 bases at the 3' end do not align to the human genome.1 
45 bases do not align to the mouse genome.1 
160 bases do not align to the mouse genome.1 
425 bases at the 5' end do not align to the mouse genome.1 
920 bases at the 3' end do not align to the mouse genome.1 
300 bases do not align to the human genome.1 
8 bases in the mouse genome, ATATACTG, are not found in cDNA.1 
5 bases in the mouse genome, TGTTT, are not found in cDNA.1 
287 bases at the 5' end do not align to the mouse genome.1 
3 bases in the human genome, CGG, are not found in cDNA.1 
186 bases at the 3' end do not align to the human genome.1 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'L' in cDNA, 'H' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
polyA tail: 19 bases do not align to the human genome; Differences found between this sequence and the human reference genome (build 35) are described in misc_difference features below1 
8 bases in the mouse genome, GGGAAGAC, are not found in cDNA.1 
725 bases at the 5' end do not align to the human genome.1 
571 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
29 bases do not align to the mouse genome.1 
31 bases in cDNA are not found in the human genome.1 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'R' in cDNA, 'S' in the mouse genome.1 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'E' in cDNA, '*' in the mouse genome.1 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'W' in cDNA, 'G' in the mouse genome.1 
4 bases in the human genome, GGGA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'K' in cDNA, 'I' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
9 bases in the human genome, GGCGGCGGC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
4 bases in the mouse genome, GTAG, are not found in cDNA.1 
5 bases in the human genome, AACTT, are not found in cDNA.1 
4 bases in the human genome, GCCC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
29 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the mouse genome : ATGA.1 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'C' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'L' in cDNA, 'F' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the mouse genome, ACTA, are not found in cDNA.1 
in the human genome : TTCT.1 
494 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : GGAG; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : ACC; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
73 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
8 bases in the human genome, TGTGTGTG, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'F' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'L' in cDNA, 'W' in the mouse genome.1 
4 bases in the mouse genome, TTCG, are not found in cDNA.1 
70 bases do not align to the mouse genome.1 
in the mouse genome : GACC.1 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'F' in cDNA, 'L' in the mouse genome.1 
9 bases in the human genome, TTTTTTTTT, are not found in cDNA.1 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'S' in cDNA, 'Y' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
24 bases do not align to the mouse genome.1 
4 bases in the mouse genome, CTCA, are not found in cDNA.1 
89 bases in cDNA are not found in the mouse genome.1 
3 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
31 bases in cDNA are not found in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
3 bases in the human genome, TCC, are not found in cDNA.1 
114 bases at the 5' end do not align to the mouse genome.1 
446 bases at the 3' end do not align to the mouse genome.1 
in genomic DNA1 
in the human genome : AGT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, CTCT, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
22 bases in cDNA are not found in the human genome.1 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'M' in cDNA, 'T' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
88 bases at the 5' end do not align to the mouse genome.1 
5 bases in the mouse genome, AGAGT, are not found in cDNA.1 
5 bases in the mouse genome, TGTAA, are not found in cDNA.1 
4 bases in the mouse genome, GGTT, are not found in cDNA.1 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'L' in cDNA, 'F' in the mouse genome.1 
3 bases in the human genome, TGC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
8 bases in the human genome, GAAAGAAA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
8 bases in the human genome, GTGTGTGT, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
4 bases in the human genome, GTCG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'A' in cDNA is 'G' in the human genome; amino acid difference: 'N' in cDNA, 'D' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'I' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
9 bases in the human genome, AAGAAGAAG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the mouse genome : ATCG.1 
3 bases in the human genome, GGA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'W' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
7 bases in the human genome, AAAAAAA, are not found in cDNA.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'V' in cDNA, 'F' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
44 bases in cDNA are not found in the human genome.1 
8 bases in the human genome, ACTTTTTC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
641 bases at the 3' end do not align to the human genome.1 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'Y' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
compared to other densin sequences1 
compared to other densin sequences; results in term to Gln substitution1 
compared to other densin sequences; results in Arg to Cys substitution1 
compared to other densin sequences; results in Arg to Lys substitution1 
compared to other densin sequences; results in Thr to Met substitution1 
compared to NM_112032.11 
Tyr158Cys1 
290 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : GGC; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
79 bases at the 5' end do not align to the mouse genome.1 
7 bases in the mouse genome, CAGAGCT, are not found in cDNA.1 
353 bases at the 5' end do not align to the mouse genome.1 
94 bases at the 5' end do not align to the mouse genome.1 
357 bases at the 5' end do not align to the mouse genome.1 
4 bases in the human genome, TGAT, are not found in cDNA.1 
polyA tail: 77 bases do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
7 bases in the mouse genome, TGTGGCA, are not found in cDNA.1 
176 bases at the 5' end do not align to the human genome.1 
polyA tail: 78 bases do not align to the genome; Differences found between this sequence and the human genome (build 34) are described in misc_difference features below1 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'A' in cDNA, 'D' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
2 bases in the mouse genome, TA, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
825 bases at the 3' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'M' in the human genome.1 
10 bases in the mouse genome, CGTGCGTGTG, are not found in cDNA.1 
polyA tail: 173 bases do not align to the mouse genome.1 
polyA tail: 149 bases do not align to the human genome.1 
135 bases in cDNA are not found in the mouse genome.1 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'C' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
4 bases in the mouse genome, GGCA, are not found in cDNA.1 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'Y' in cDNA, '*' in the human genome.1 
240 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'L' in cDNA, 'M' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: 'V' in cDNA, 'A' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'A' in cDNA is 'G' in the mouse genome; amino acid difference: 'H' in cDNA, 'R' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the human genome : ATCG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
225 bases at the 5' end do not align to the mouse genome.1 
polyA tail: 167 bases do not align to the mouse genome.1 
14 bases do not align to the mouse genome.1 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'L' in cDNA, 'I' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
4 bases in the mouse genome, CCCC, are not found in cDNA.1 
96 bases do not align to the mouse genome.1 
'T' in cDNA is 'G' in the mouse genome; amino acid difference: 'Y' in cDNA, '*' in the mouse genome.1 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'R' in cDNA, 'P' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
47 bases at the 3' end do not align to the human genome.1 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'A' in cDNA, 'E' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'W' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
200 bases in cDNA are not found in the mouse genome.1 
35 bases in cDNA are not found in the mouse genome.1 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'W' in cDNA, 'R' in the mouse genome.1 
polyA tail: 151 bases do not align to the mouse genome.1 
1194 bases at the 3' end do not align to the mouse genome.1 
268 bases do not align to the mouse genome.1 
443 bases do not align to the mouse genome.1 
194 bases do not align to the mouse genome.1 
224 bases do not align to the mouse genome.1 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'T' in cDNA, 'P' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
3 bases in the mouse genome, GCG, are not found in cDNA.1 
20 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
456 bases at the 5' end do not align to the mouse genome.1 
6 bases in the mouse genome, TGCAAG, are not found in cDNA.1 
6 bases in the mouse genome, AGGAGG, are not found in cDNA.1 
98 bases in cDNA are not found in the human genome.1 
3 bases in the human genome, CCC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
5 bases in the human genome, AAATA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
54 bases at the 3' end do not align to the human genome.1 
416 bases at the 5' end do not align to the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'A' in cDNA is 'C' in the mouse genome; amino acid difference: 'I' in cDNA, 'L' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'V' in cDNA, 'L' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'S' in cDNA, 'T' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'G' in cDNA, 'V' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : CAC; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
3 bases in the mouse genome, AAC, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : CAT; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'A' in cDNA is 'T' in the mouse genome; no amino acid change; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'L' in cDNA, 'H' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'T' in cDNA is 'C' in the mouse genome; amino acid difference: 'S' in cDNA, 'P' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'Q' in cDNA, 'E' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'V' in cDNA, 'F' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'T' in cDNA, 'S' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'G' in cDNA is 'A' in the mouse genome; amino acid difference: 'M' in cDNA, 'I' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'D' in cDNA, 'E' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : GCT; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'E' in cDNA, 'D' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : CGT; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'C' in cDNA is 'A' in the mouse genome; amino acid difference: 'P' in cDNA, 'T' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : AAAG; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : CTT; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'Y' in cDNA, 'F' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'G' in cDNA is 'C' in the mouse genome; amino acid difference: 'S' in cDNA, 'T' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'F' in cDNA, 'I' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'A' in cDNA is 'T' in the mouse genome; amino acid difference: 'T' in cDNA, 'S' in the mouse genome; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
in the mouse genome : TGG; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
28 bases in cDNA are not found in the human genome.1 
5 bases in the human genome, TATTA, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'K' in cDNA, 'T' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
3 bases in the human genome, CGC, are not found in cDNA.1 
in the mouse genome : ACACAC.1 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'D' in cDNA, 'E' in the human genome.1 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'N' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'T' in cDNA is 'C' in the human genome; amino acid difference: 'W' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
205 bases do not align to the mouse genome.1 
in the mouse genome : CTGGA.1 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'T' in cDNA, 'S' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'M' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
3 bases in the human genome, ATC, are not found in cDNA. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
319 bases do not align to the human genome.1 
10 bases do not align to the human genome.1 
4 bases in the human genome, TCTC, are not found in cDNA.1 
27 bases at the 3' end do not align to the mouse genome.1 
6 bases in the mouse genome, ACGCAC, are not found in cDNA.1 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'N' in cDNA, 'K' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
18 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'W' in cDNA, 'L' in the mouse genome.1 
2 bases in the mouse genome, GC, are not found in cDNA; Differences found between this sequence and the mouse C57BL/6J genome (build 33) are described in misc_difference features below1 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'D' in cDNA, 'V' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
360 bases at the 5' end do not align to the mouse genome.1 
339 bases at the 3' end do not align to the mouse genome.1 
4 bases in the mouse genome, GAAA, are not found in cDNA.1 
445 bases at the 5' end do not align to the mouse genome.1 
34 bases at the 3' end do not align to the mouse genome.1 
in the human genome : TAT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
393 bases at the 5' end do not align to the mouse genome.1 
'T' in cDNA is 'A' in the mouse genome; amino acid difference: 'M' in cDNA, 'K' in the mouse genome.1 
in the mouse genome : GATA.1 
in the mouse genome : TACCT.1 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'F' in cDNA, 'L' in the human genome.1 
437 bases at the 5' end do not align to the mouse genome.1 
in the human genome : CACA.1 
in the human genome : TAC.1 
553 bases at the 5' end do not align to the human genome.1 
in the human genome : CTA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'G' in cDNA is 'A' in the human genome; amino acid difference: 'C' in cDNA, 'Y' in the human genome.1 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'N' in cDNA, 'K' in the human genome.1 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'M' in cDNA, 'R' in the human genome.1 
23 bases in cDNA are not found in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'I' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'K' in cDNA, 'N' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
346 bases at the 5' end do not align to the mouse genome.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'G' in cDNA, 'C' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'W' in cDNA, 'C' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : AGTT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
405 bases at the 5' end do not align to the mouse genome.1 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'F' in cDNA, 'L' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
polyA tail: 28 bases do not align to the genome; Differences found between this sequence and the human genome (build 34) are described in misc_difference features below1 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'S' in cDNA, 'R' in the human genome.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'G' in cDNA, '*' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : GGGGG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
7 bases in the human genome, TCCCCCC, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
455 bases at the 5' end do not align to the mouse genome.1 
polyA tail: 144 bases do not align to the mouse genome.1 
'G' in cDNA is 'C' in the human genome; amino acid difference: 'C' in cDNA, 'S' in the human genome.1 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'V' in cDNA, 'D' in the human genome.1 
in the human genome : ACACCT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
3 bases in the human genome, TGA, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : TCC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
polyA tail: 171 bases do not align to the human genome.1 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'S' in cDNA, 'W' in the human genome.1 
3 bases in the human genome, CCG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : CCAC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'L' in cDNA, 'F' in the human genome.1 
polyA tail: 159 bases do not align to the human genome.1 
in the human genome : GCTGT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'Y' in cDNA, '*' in the human genome.1 
in the human genome : TCT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'S' in cDNA, 'W' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : ACAC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : TGG. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : GGCA.1 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'H' in cDNA, 'Q' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : ACACA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'Q' in cDNA, 'H' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : GGGG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : TACA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : GGC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'S' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
in the human genome : AAG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
in the human genome : CAGC. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'W' in the human genome.1 
in the human genome : ATT. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'G' in cDNA is 'T' in the human genome; amino acid difference: 'R' in cDNA, 'S' in the human genome.1 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'L' in cDNA, 'F' in the mouse genome.1 
388 bases at the 5' end do not align to the mouse genome.1 
354 bases at the 5' end do not align to the mouse genome.1 
366 bases at the 5' end do not align to the mouse genome.1 
polyA tail: 181 bases do not align to the human genome.1 
'C' in cDNA is 'A' in the human genome; amino acid difference: 'C' in cDNA, '*' in the human genome.1 
'G' in cDNA is 'T' in the mouse genome; amino acid difference: 'R' in cDNA, 'L' in the mouse genome.1 
'T' in cDNA is 'G' in the human genome; amino acid difference: 'Y' in cDNA, '*' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
387 bases at the 5' end do not align to the mouse genome.1 
'T' in cDNA is 'A' in the human genome; amino acid difference: 'I' in cDNA, 'N' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
386 bases at the 5' end do not align to the mouse genome.1 
'A' in cDNA is 'C' in the human genome; amino acid difference: 'Q' in cDNA, 'H' in the human genome.1 
in the human genome : ATTG. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'H' in cDNA, 'D' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'C' in cDNA is 'G' in the human genome; amino acid difference: 'T' in cDNA, 'R' in the human genome. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
'A' in cDNA is 'T' in the human genome; amino acid difference: 'K' in cDNA, 'N' in the human genome. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1 
'C' in cDNA is 'G' in the mouse genome; amino acid difference: 'S' in cDNA, 'W' in the mouse genome.1 
6 bases in the human genome, AGAGAG, are not found in cDNA. The chimpanzee genome agrees with the cDNA sequence, suggesting that this difference is unlikely to be due to an artifact.1 
compared to NM_123467.2; silent mutation1 
15 bp deletion compared to NM_124558.11 
15 bp deletion compared to NM_125330.11 
compared to NM_100105.11 
This substitution causes an amino acid substitution from Lys to Glu.; compared to NM_100235.3; mutation1 
99 bp deletion compared to NM_100626.21 
compared to NM_100735.31 
compared to NM_100983.41 
compared to NM_102852.21 
compared to NM_103658.2; silent mutation1 
108 bp deletion compared to NM_105473.11 
compared to NM_129298.2; silent mutation1 
compared to NM_129862.2; silent mutation1 
compared to NM_114966.2; silent mutation1 
79 bp deletion and 85 bp insertion compared to NM_115228.11 
compared to NM_115511.11 
compared to NM_115574.2; silent mutation1 
compared to NM_116384.3; silent mutation1 
silent mutation1 
44 bp deletion compared to NM_117578.21 
34 bp insertion and 94 bp deletion compared to NM_117578.21 
42 bp deletion and 207 bp insertion compared to NM_117578.21 
This substitution causes an amino acid substitution from Lys to Arg.; compared to NM_117682.2; mutation1 
compared to NM_118003.2; silent mutation1 
compared to NM_119113.3; silent mutation1 
compared to NM_120594.1; silent mutation1 
221 bases at the 5' end do not align to the mouse genome.1 
147 bases at the 3' end do not align to the mouse genome.1 
in the human genome : AGCAC. The chimpanzee genome agrees with the human genomic sequence and not the cDNA.1