‹
Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| HUMAN78222 | 63 | 2 |  D6RAV1 | |||
| HUMAN78221 reference isoform | 605 | 10 |  NEIL3_HUMAN |
Protein Sequence
Download: Fasta
MVEGPGCTLN GEKIRARVLP GQAVTGVRGS ALRSLQGRAL RLAASTVVVS PQAAALNNDS 60 SQNVLSLFNG YVYSGVETLG KELFMYFGPK ALRIHFGMKG FIMINPLEYK YKNGASPVLE 120 VQLTKDLICF FDSSVELRNS MESQQRIRMM KELDVCSPEF SFLRAESEVK KQKGRMLGDV 180 LMDQNVLPGV GNIIKNEALF DSGLHPAVKV CQLTDEQIHH LMKMIRDFSI LFYRCRKAGL 240 ALSKHYKVYK RPNCGQCHCR ITVCRFGDNN RMTYFCPHCQ KENPQHVDIC KLPTRNTIIS 300 WTSSRVDHVM DSVARKSEEH WTCVVCTLIN KPSSKACDAC LTSRPIDSVL KSEENSTVFS 360 HLMKYPCNTF GKPHTEVKIN RKTAFGTTTL VLTDFSNKSS TLERKTKQNQ ILDEEFQNSP 420 PASVCLNDIQ HPSKKTTNDI TQPSSKVNIS PTISSESKLF SPAHKKPKTA QYSSPELKSC 480 NPGYSNSELQ INMTDGPRTL NPDSPRCSKH NRLCILRVVG KDGENKGRQF YACPLPREAQ 540 CGFFEWADLS FPFCNHGKRS TMKTVLKIGP NNGKNFFVCP LGKEKQCNFF QWAENGPGIK 600 IIPGC 605
cDNA Sequence
Download: Fasta
ATGGTGGAAG GACCAGGCTG TACTCTGAAT GGAGAGAAGA TTCGCGCGCG GGTGCTCCCG 60 GGCCAGGCGG TGACCGGCGT GCGGGGAAGC GCTCTGCGGA GTCTGCAGGG CCGCGCCTTG 120 CGGCTCGCAG CCTCCACGGT TGTGGTCTCC CCGCAGGCTG CTGCACTGAA TAATGATTCC 180 AGCCAGAATG TCTTGAGCCT GTTTAATGGA TATGTTTACA GTGGCGTGGA AACTTTGGGG 240 AAGGAGCTCT TTATGTACTT TGGACCAAAA GCTTTACGGA TTCATTTCGG AATGAAAGGC 300 TTCATCATGA TTAATCCACT TGAGTATAAA TATAAAAATG GAGCTTCTCC TGTTTTGGAA 360 GTGCAGCTCA CCAAAGATTT GATTTGTTTC TTTGACTCAT CAGTAGAACT CAGAAACTCA 420 ATGGAAAGCC AACAGAGAAT AAGAATGATG AAAGAATTAG ATGTATGTTC ACCTGAATTT 480 AGTTTCTTGA GAGCAGAAAG TGAAGTTAAA AAACAGAAAG GCCGGATGCT AGGTGATGTG 540 CTAATGGATC AGAACGTATT GCCTGGAGTA GGGAACATCA TCAAAAATGA AGCTCTCTTT 600 GACAGTGGTC TCCACCCAGC TGTTAAAGTT TGTCAATTAA CAGATGAACA GATCCATCAC 660 CTCATGAAAA TGATACGTGA TTTCAGCATT CTCTTTTACA GGTGCCGTAA AGCAGGACTT 720 GCTCTCTCTA AACACTATAA GGTTTACAAG CGTCCTAATT GTGGTCAGTG CCACTGCAGA 780 ATAACTGTGT GCCGCTTTGG GGACAATAAC AGAATGACAT ATTTCTGTCC TCACTGTCAA 840 AAAGAAAATC CTCAACATGT TGACATATGC AAGCTACCGA CTAGAAATAC TATAATCAGT 900 TGGACATCTA GCAGGGTGGA TCATGTTATG GACTCCGTGG CTCGGAAGTC GGAAGAGCAC 960 TGGACCTGTG TGGTGTGTAC TTTAATCAAT AAGCCCTCTT CTAAGGCATG TGATGCTTGC 1020 TTGACCTCAA GGCCTATTGA TTCAGTGCTC AAGAGTGAAG AAAATTCTAC TGTCTTTAGC 1080 CACTTAATGA AGTACCCGTG TAATACTTTT GGAAAACCTC ATACAGAAGT CAAGATCAAC 1140 AGAAAAACTG CATTTGGAAC TACAACTCTT GTCTTGACTG ATTTTAGCAA TAAATCCAGT 1200 ACTTTGGAAA GAAAAACAAA GCAAAACCAG ATACTAGATG AGGAGTTTCA AAACTCTCCT 1260 CCTGCTAGTG TTTGTTTGAA TGATATACAG CACCCCTCCA AGAAGACAAC AAACGATATA 1320 ACTCAACCAT CCAGCAAAGT AAACATATCA CCTACAATCA GTTCAGAATC TAAATTATTT 1380 AGTCCAGCAC ATAAAAAACC GAAAACAGCC CAATACTCAT CACCAGAGCT TAAAAGCTGC 1440 AACCCTGGAT ATTCTAACAG TGAACTTCAA ATTAATATGA CAGATGGCCC TCGTACCTTA 1500 AATCCTGACA GCCCTCGCTG CAGTAAACAC AACCGCCTCT GCATTCTCCG AGTTGTGGGG 1560 AAGGATGGGG AAAACAAGGG CAGGCAGTTT TATGCCTGTC CTCTACCTAG AGAAGCACAA 1620 TGTGGATTTT TTGAATGGGC AGATTTGTCC TTCCCATTCT GCAACCATGG CAAGCGTTCC 1680 ACCATGAAAA CAGTATTGAA GATTGGACCT AACAATGGAA AGAATTTTTT TGTGTGTCCT 1740 CTTGGGAAGG AAAAACAATG CAATTTTTTC CAGTGGGCAG AAAATGGGCC AGGAATAAAA 1800 ATTATTCCTG GATGCTAA 1818