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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| HUMAN44230 | 692 | 5 |  ZN180_HUMAN | |||
| HUMAN44232 | 50 | 2 |  K7EMI5 | |||
| HUMAN44233 | 65 | 3 | K7ES30 | |||
| HUMAN44234 reference isoform | 665 | 4 | ZN180_HUMAN | |||
| HUMAN44235 | 183 | 4 | K7EQP0 | |||
| HUMAN44236 | 65 | 3 | K7ES30 | |||
| HUMAN44231 | 667 | 4 | ZN180_HUMAN |
Protein Sequence
Download: Fasta
MEEQDEKPPE PPKVCAQDSF LPQEIIIKVE GEDTGSLTIP SQEGVNFKIV TVDFTREEQG 60 TCNPAQRTLD RDVILENHRD LVSWDLATAV GKKDSTSKQR IFDEEPANGV KIERFTRDDP 120 WLSSCEEVDD CKDQLEKQQE KQEILLQEVA FTQRKAVIHE RVCKSDETGE KSGLNSSLFS 180 SPVIPIRNHF HKHVSHAKKW HLNAAVNSHQ KINENETLYE NNECGKPPQS IHLIQFTRTQ 240 TKDKSYGFSD RIQSFCHGTP LHIHEKIHGG GKTFDFKECG QVLNPKISHN EQQRIPFEES 300 QYKCSETSHS SSLTQNMRNN SEEKPFECNQ CGKSFSWSSH LVAHQRTHTG EKPYECSECG 360 KSFSRSSHLV SHQRTHTGEK PYRCNQCGKS FSQSYVLVVH QRTHTGEKPY ECNQCGKSFR 420 QSYKLIAHQR THTGEKPYEC NQCGKSFIQS YKLIAHQRIH TGEKPYECNQ CGKSFSQSYK 480 LVAHQRTHTG EKPFECNQCG KSFSWSSQLV AHQRTHTGEK PYECSECGKS FNRSSHLVMH 540 QRIHTGEKPY ECNQCGKSFS QSYVLVVHQR THTGEKPYEC SQCGKSFRQS SCLTQHQRTH 600 TGEKPFECNQ CGKTFSLSAR LIVHQRTHTG EKPFTCIQCG KAFINSYKLI RHQATHTEEK 660 LYECN 665
cDNA Sequence
Download: Fasta
ATGGAAGAGC AGGATGAGAA GCCCCCAGAG CCCCCGAAGG TCTGTGCACA GGATTCTTTC 60 CTTCCTCAAG AGATTATCAT CAAAGTCGAG GGAGAAGACA CTGGGTCTCT GACCATCCCA 120 TCTCAGGAAG GAGTGAACTT CAAAATTGTG ACTGTGGACT TCACACGGGA GGAACAGGGT 180 ACTTGCAACC CTGCTCAGAG GACCCTGGAC AGAGATGTGA TCCTGGAGAA CCACAGGGAC 240 CTAGTCTCTT GGGACTTGGC AACTGCAGTT GGAAAAAAAG ATTCAACTTC AAAGCAGAGG 300 ATTTTTGATG AAGAACCAGC TAATGGAGTG AAGATAGAAA GGTTTACAAG GGATGATCCT 360 TGGTTATCTT CATGTGAAGA AGTGGATGAT TGTAAAGACC AGTTGGAGAA GCAACAGGAA 420 AAACAAGAGA TACTTTTGCA GGAAGTGGCA TTCACTCAAA GGAAAGCAGT TATTCATGAG 480 AGAGTCTGCA AAAGTGATGA AACTGGGGAG AAGAGTGGTC TGAATTCCAG TCTATTTTCA 540 TCCCCAGTTA TACCCATAAG AAACCATTTT CATAAACATG TATCACATGC TAAAAAATGG 600 CATCTTAATG CTGCTGTAAA CAGTCATCAG AAGATTAATG AGAATGAGAC ACTATATGAA 660 AATAATGAAT GTGGAAAACC CCCTCAGAGC ATTCACCTTA TTCAGTTTAC AAGAACTCAA 720 ACAAAAGATA AATCCTATGG ATTTAGTGAC CGTATTCAAT CTTTTTGCCA TGGTACACCC 780 CTACATATAC ATGAAAAAAT TCATGGAGGA GGAAAAACCT TTGATTTTAA AGAATGTGGG 840 CAGGTTTTGA ACCCCAAAAT ATCCCATAAT GAACAACAGA GAATTCCTTT TGAAGAGAGT 900 CAATATAAAT GTAGTGAAAC CTCTCATAGT TCCTCCCTTA CTCAAAACAT GAGAAATAAT 960 TCTGAAGAGA AACCTTTTGA ATGTAATCAG TGTGGGAAAT CCTTCAGCTG GAGCTCGCAT 1020 CTTGTTGCAC ATCAGAGAAC TCACACAGGG GAGAAACCTT ATGAATGTAG TGAATGTGGA 1080 AAATCCTTCA GCCGGAGCTC GCACCTTGTT TCCCATCAGA GAACTCATAC TGGAGAGAAA 1140 CCTTACAGGT GTAATCAATG TGGGAAATCC TTTAGCCAGA GTTATGTCCT TGTTGTGCAT 1200 CAAAGAACTC ATACTGGGGA GAAGCCTTAT GAATGCAATC AGTGTGGAAA GTCATTCAGG 1260 CAGAGCTATA AACTTATTGC ACATCAAAGA ACACATACCG GAGAGAAGCC CTATGAATGT 1320 AATCAATGTG GGAAATCATT TATCCAGAGC TATAAACTTA TTGCACATCA AAGAATTCAT 1380 ACTGGGGAAA AACCCTATGA ATGCAATCAG TGTGGGAAAT CCTTTAGTCA AAGTTATAAA 1440 CTTGTTGCTC ATCAGAGAAC TCACACAGGA GAAAAACCCT TTGAATGTAA TCAGTGTGGG 1500 AAATCCTTCA GCTGGAGCTC TCAGCTTGTT GCACATCAAA GAACTCACAC TGGAGAGAAA 1560 CCGTATGAAT GTAGTGAATG TGGAAAATCT TTTAACCGCA GTTCTCACCT TGTTATGCAT 1620 CAGAGAATTC ACACTGGGGA AAAACCGTAT GAATGTAATC AGTGTGGGAA ATCCTTCAGC 1680 CAGAGTTATG TTCTTGTTGT ACATCAGAGA ACTCATACTG GAGAAAAGCC CTATGAATGC 1740 AGTCAATGTG GGAAGTCCTT CAGACAGAGT TCATGCCTTA CTCAACATCA GAGAACTCAT 1800 ACTGGAGAGA AACCATTTGA ATGTAATCAG TGTGGAAAAA CATTTAGCTT GAGTGCTCGA 1860 CTTATTGTGC ATCAAAGAAC TCATACTGGA GAGAAACCCT TTACATGTAT TCAGTGTGGA 1920 AAAGCTTTCA TTAATAGCTA TAAACTTATT AGGCATCAGG CAACTCATAC TGAAGAGAAA 1980 CTCTATGAAT GTAACTAG 1998