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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| HUMAN95186 reference isoform | 583 | 10 |  NUDC1_HUMAN | |||
| HUMAN95187 | 59 | 2 |  A0A7I2V4C4 | |||
| HUMAN95188 | 472 | 9 | A0A7I2V457 | |||
| HUMAN95190 | 108 | 3 | E5RGX7 | |||
| HUMAN95191 | 79 | 3 | E5RHQ3 | |||
| HUMAN95189 | 554 | 10 | NUDC1_HUMAN |
Protein Sequence
Download: Fasta
MEVAANCSLR VKRPLLDPRF EGYKLSLEPL PCYQLELDAA VAEVKLRDDQ YTLEHMHAFG 60 MYNYLHCDSW YQDSVYYIDT LGRIMNLTVM LDTALGKPRE VFRLPTDLTA CDNRLCASIH 120 FSSSTWVTLS DGTGRLYVIG TGERGNSASE KWEIMFNEEL GDPFIIIHSI SLLNAEEHSI 180 ATLLLRIEKE ELDMKGSGFY VSLEWVTISK KNQDNKKYEI IKRDILRGKS VPHYAAIEPD 240 GNGLMIVSYK SLTFVQAGQD LEENMDEDIS EKIKEPLYYW QQTEDDLTVT IRLPEDSTKE 300 DIQIQFLPDH INIVLKDHQF LEGKLYSSID HESSTWIIKE SNSLEISLIK KNEGLTWPEL 360 VIGDKQGELI RDSAQCAAIA ERLMHLTSEE LNPNPDKEKP PCNAQELEEC DIFFEESSSL 420 CRFDGNTLKT THVVNLGSNQ YLFSVIVDPK EMPCFCLRHD VDALLWQPHS SKQDDMWEHI 480 ATFNALGYVQ ASKRDKKFFA CAPNYSYAAL CECLRRVFIY RQPAPMSTVL YNRKEGRQVG 540 QVAKQQVASL ETNDPILGFQ ATNERLFVLT TKNLFLIKVN TEN 583
cDNA Sequence
Download: Fasta
ATGGAGGTGG CGGCTAATTG CTCCCTACGG GTGAAGAGAC CTCTGTTGGA TCCCCGCTTC 60 GAGGGTTACA AGCTCTCTCT TGAGCCGCTG CCTTGTTACC AGCTGGAGCT TGACGCAGCT 120 GTGGCAGAGG TAAAACTTCG AGATGATCAA TATACACTGG AACACATGCA TGCTTTTGGA 180 ATGTATAATT ACCTGCACTG TGATTCATGG TATCAAGACA GTGTCTACTA TATTGATACC 240 CTTGGAAGAA TTATGAATTT AACAGTAATG CTGGACACTG CCTTAGGAAA ACCACGAGAG 300 GTGTTTCGAC TTCCTACAGA TTTGACAGCA TGTGACAACC GTCTTTGTGC ATCTATCCAT 360 TTCTCATCTT CTACCTGGGT TACCTTGTCA GATGGAACTG GAAGATTGTA TGTCATTGGA 420 ACAGGTGAAC GTGGAAATAG CGCTTCTGAA AAATGGGAGA TTATGTTTAA TGAAGAACTT 480 GGGGATCCTT TTATTATAAT TCACAGTATC TCACTGCTAA ATGCTGAAGA ACATTCTATA 540 GCTACCCTAC TTCTTCGAAT AGAGAAAGAG GAATTGGATA TGAAAGGAAG TGGTTTCTAT 600 GTTTCTCTGG AGTGGGTCAC TATCAGTAAG AAAAATCAAG ATAATAAAAA ATATGAAATT 660 ATTAAGCGTG ATATTCTCCG TGGAAAGTCA GTGCCACATT ATGCTGCTAT TGAGCCTGAT 720 GGAAATGGTC TAATGATTGT ATCCTACAAG TCTTTAACAT TTGTTCAGGC TGGTCAAGAT 780 CTTGAAGAAA ATATGGATGA AGACATATCA GAGAAAATCA AAGAACCTCT GTATTACTGG 840 CAACAGACTG AAGATGATTT GACAGTAACC ATACGGCTTC CAGAAGACAG TACTAAGGAG 900 GACATTCAAA TACAGTTTTT GCCTGATCAC ATCAACATTG TACTGAAGGA TCACCAGTTT 960 TTAGAAGGAA AACTCTATTC ATCTATTGAT CATGAAAGCA GTACATGGAT AATTAAAGAG 1020 AGTAATAGCT TGGAGATTTC CTTGATTAAG AAGAATGAAG GACTGACCTG GCCAGAGCTA 1080 GTAATTGGAG ATAAACAAGG GGAACTTATA AGAGATTCAG CCCAGTGTGC TGCAATAGCT 1140 GAACGTTTGA TGCATTTGAC CTCTGAAGAA CTGAATCCAA ATCCAGATAA AGAAAAACCA 1200 CCTTGCAATG CTCAAGAGTT AGAAGAATGT GATATTTTCT TTGAAGAGAG CTCCAGTTTA 1260 TGCAGATTTG ATGGCAATAC ATTAAAAACT ACTCATGTGG TGAATCTTGG AAGCAACCAG 1320 TACCTTTTCT CTGTCATAGT GGATCCTAAA GAAATGCCCT GCTTCTGTTT GCGCCATGAT 1380 GTTGATGCCC TACTCTGGCA ACCACACTCC AGCAAACAAG ATGATATGTG GGAGCACATC 1440 GCAACTTTCA ATGCTTTAGG CTATGTCCAA GCATCAAAGA GAGACAAAAA ATTTTTTGCC 1500 TGTGCTCCAA ATTACTCGTA TGCAGCCCTT TGTGAGTGCC TTCGTCGAGT ATTCATCTAT 1560 CGTCAGCCTG CTCCCATGTC CACTGTACTT TACAACAGAA AGGAAGGCAG GCAAGTAGGA 1620 CAGGTTGCTA AGCAGCAAGT AGCAAGCCTA GAAACCAATG ATCCTATTTT AGGATTTCAG 1680 GCAACAAATG AGAGATTATT TGTTCTTACT ACCAAAAACC TCTTTTTAAT AAAAGTAAAT 1740 ACAGAGAATT AA 1752