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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| HUMAN09328 reference isoform | 647 | 14 |  ODP2_HUMAN | |||
| HUMAN09329 | 65 | 2 |  E9PKC7 | |||
| HUMAN09331 | 479 | 12 |  ENSG00000150768.16 | |||
| HUMAN09330 | 542 | 12 | E9PEJ4 |
Protein Sequence
Download: Fasta
MWRVCARRAQ NVAPWAGLEA RWTALQEVPG TPRVTSRSGP APARRNSVTT GYGGVRALCG 60 WTPSSGATPR NRLLLQLLGS PGRRYYSLPP HQKVPLPSLS PTMQAGTIAR WEKKEGDKIN 120 EGDLIAEVET DKATVGFESL EECYMAKILV AEGTRDVPIG AIICITVGKP EDIEAFKNYT 180 LDSSAAPTPQ AAPAPTPAAT ASPPTPSAQA PGSSYPPHMQ VLLPALSPTM TMGTVQRWEK 240 KVGEKLSEGD LLAEIETDKA TIGFEVQEEG YLAKILVPEG TRDVPLGTPL CIIVEKEADI 300 SAFADYRPTE VTDLKPQVPP PTPPPVAAVP PTPQPLAPTP SAPCPATPAG PKGRVFVSPL 360 AKKLAVEKGI DLTQVKGTGP DGRITKKDID SFVPSKVAPA PAAVVPPTGP GMAPVPTGVF 420 TDIPISNIRR VIAQRLMQSK QTIPHYYLSI DVNMGEVLLV RKELNKILEG RSKISVNDFI 480 IKASALACLK VPEANSSWMD TVIRQNHVVD VSVAVSTPAG LITPIVFNAH IKGVETIAND 540 VVSLATKARE GKLQPHEFQG GTFTISNLGM FGIKNFSAII NPPQACILAI GASEDKLVPA 600 DNEKGFDVAS MMSVTLSCDH RVVDGAVGAQ WLAEFRKYLE KPITMLL 647
cDNA Sequence
Download: Fasta
ATGTGGCGCG TCTGTGCGCG ACGGGCTCAG AATGTAGCCC CATGGGCGGG ACTCGAGGCT 60 CGGTGGACGG CCTTGCAGGA GGTACCCGGA ACTCCACGAG TGACCTCGCG ATCTGGCCCG 120 GCTCCCGCTC GTCGCAACAG CGTGACTACA GGGTATGGCG GGGTCCGGGC ACTGTGCGGC 180 TGGACCCCCA GTTCTGGGGC CACGCCGCGG AACCGCTTAC TGCTGCAGCT TTTGGGGTCG 240 CCCGGCCGCC GCTATTACAG TCTTCCCCCG CATCAGAAGG TTCCATTGCC TTCTCTTTCC 300 CCCACAATGC AGGCAGGCAC CATAGCCCGT TGGGAAAAAA AAGAGGGGGA CAAAATCAAT 360 GAAGGTGACC TAATTGCAGA GGTTGAAACT GATAAAGCCA CTGTTGGATT TGAGAGCCTG 420 GAGGAGTGTT ATATGGCAAA GATACTTGTT GCTGAAGGTA CCAGGGATGT TCCCATCGGA 480 GCGATCATCT GTATCACAGT TGGCAAGCCT GAGGATATTG AGGCCTTTAA AAATTATACA 540 CTGGATTCCT CAGCAGCACC TACCCCACAA GCGGCCCCAG CACCAACCCC TGCTGCCACT 600 GCTTCGCCAC CTACACCTTC TGCTCAGGCT CCTGGTAGCT CATATCCCCC TCACATGCAG 660 GTACTTCTTC CTGCCCTCTC TCCCACCATG ACCATGGGCA CAGTTCAGAG ATGGGAAAAA 720 AAAGTGGGTG AGAAGCTAAG TGAAGGAGAC TTACTGGCAG AGATAGAAAC TGACAAAGCC 780 ACTATAGGTT TTGAAGTACA GGAAGAAGGT TATCTGGCAA AAATCCTGGT CCCTGAAGGC 840 ACAAGAGATG TCCCTCTAGG AACCCCACTC TGTATCATTG TAGAAAAAGA GGCAGATATA 900 TCAGCATTTG CTGACTATAG GCCAACCGAA GTAACAGATT TAAAACCACA AGTGCCACCA 960 CCTACCCCAC CCCCGGTGGC CGCTGTTCCT CCAACTCCCC AGCCTTTAGC TCCTACACCT 1020 TCAGCACCCT GCCCAGCTAC TCCTGCTGGA CCAAAGGGAA GGGTGTTTGT TAGCCCTCTT 1080 GCAAAGAAGT TGGCAGTAGA GAAAGGGATT GATCTTACAC AAGTAAAAGG GACAGGACCA 1140 GATGGTAGAA TCACCAAGAA GGATATCGAC TCTTTTGTGC CTAGTAAAGT TGCTCCTGCT 1200 CCGGCAGCTG TTGTGCCTCC CACAGGTCCT GGAATGGCAC CAGTTCCTAC AGGTGTCTTC 1260 ACAGATATCC CAATCAGCAA CATTCGTCGG GTTATTGCAC AGCGATTAAT GCAATCAAAG 1320 CAAACCATAC CTCATTATTA CCTTTCTATC GATGTAAATA TGGGAGAAGT TTTGTTGGTA 1380 CGGAAAGAAC TTAATAAGAT ATTAGAAGGG AGAAGCAAAA TTTCTGTCAA TGACTTCATC 1440 ATAAAAGCTT CAGCTTTGGC ATGTTTAAAA GTTCCCGAAG CAAATTCTTC TTGGATGGAC 1500 ACAGTTATAA GACAAAATCA TGTTGTTGAT GTCAGTGTTG CGGTCAGTAC TCCTGCAGGA 1560 CTCATCACAC CTATTGTGTT TAATGCACAT ATAAAAGGAG TGGAAACCAT TGCTAATGAT 1620 GTTGTTTCTT TAGCAACCAA AGCAAGAGAG GGTAAACTAC AGCCACATGA ATTCCAGGGT 1680 GGCACTTTTA CGATCTCCAA TTTAGGAATG TTTGGAATTA AGAATTTCTC TGCTATTATT 1740 AACCCACCTC AAGCATGTAT TTTGGCAATT GGTGCTTCAG AGGATAAACT GGTCCCTGCA 1800 GATAATGAAA AAGGGTTTGA TGTGGCTAGC ATGATGTCTG TTACACTCAG TTGTGATCAC 1860 CGGGTGGTGG ATGGAGCAGT TGGAGCCCAG TGGCTTGCTG AGTTTAGAAA GTACCTTGAA 1920 AAACCTATCA CTATGTTGTT GTAA 1944