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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| AMPOC06003 reference isoform | 521 | 15 |  A0A3Q1C0S3 |
Protein Sequence
Download: Fasta
MLLLVALGIV FSPFVVTIEK TENNNHKPPA PLFNYSRISL PSEHIPYFLS NNKRVAKQCR 60 LDPLCPFKDA LKDLSVCWGY EKSCDPRKRF SYPVCTKADS AWARSLDAAQ ELFWKQADFG 120 YVKERLSELK TLCKGNSSLR CSSHSRFCKA TNLYLDLRKP RRSHERYKED FIQTGEIGGH 180 CRLNKRALAA EGEHKSPLQS WYAELQTYKE LDFDPIEDGH CDIIIDKPTV FMKLDAGVNM 240 YHHFCDFVNL YISQHINNSF SSDINIIMWD TSFYGYGDLF SETWKAFSEY DIIHLKTYDS 300 KRVCFKDAFF SLLPRMRYGL FYNTPLISDC SSEGMFRAFS QHVLHRLNIL QVGPKEGRVR 360 VTLLARSTEY RRILNQVELI NALKTVSLLE VSVVDYKYKD VPFLEQLKIT HNSDIFIGMH 420 GAGLTHLLFL PDWAVIFELY NCQDESCYRD LARLRGIRYV TWQKMDKVLP QDKGHHPTLG 480 DHPKFTNYSF DVLEFMRLVL EAANYVTRHP KWQRRVLHDE L 521
cDNA Sequence
Download: Fasta
ATGCTGCTCT TGGTAGCACT TGGCATAGTT TTCTCCCCCT TTGTGGTCAC CATTGAGAAG 60 ACTGAGAACA ACAACCACAA ACCACCAGCA CCGCTATTCA ACTACAGCAG GATCTCCCTA 120 CCATCAGAGC ACATACCCTA CTTCCTCTCC AACAACAAGA GAGTCGCCAA GCAATGCCGC 180 CTGGACCCAC TCTGCCCTTT TAAAGATGCA CTTAAGGATC TGTCTGTCTG TTGGGGTTAT 240 GAGAAGAGCT GTGATCCAAG GAAACGCTTT AGCTACCCTG TCTGTACCAA AGCTGACTCT 300 GCATGGGCTC GTTCACTGGA TGCAGCCCAG GAGCTTTTCT GGAAGCAGGC TGATTTCGGC 360 TATGTCAAAG AGCGCCTCTC TGAGCTCAAA ACACTCTGCA AGGGGAACTC ATCATTAAGG 420 TGCAGTAGTC ACTCTAGATT TTGTAAAGCC ACAAATCTTT ACCTGGACTT GCGGAAGCCA 480 CGCAGAAGTC ATGAGAGGTA CAAAGAGGAC TTCATTCAGA CAGGCGAGAT TGGTGGACAC 540 TGCAGACTGA ACAAGCGAGC ACTTGCTGCC GAAGGAGAAC ACAAGAGCCC TTTGCAGTCT 600 TGGTATGCTG AGCTACAGAC ATATAAGGAG CTGGACTTCG ATCCCATAGA GGATGGACAT 660 TGTGATATCA TAATTGACAA ACCCACTGTT TTCATGAAAC TTGACGCTGG GGTGAACATG 720 TACCACCATT TCTGTGACTT TGTCAACCTC TACATCTCCC AGCACATAAA CAACTCCTTC 780 AGCTCAGATA TAAACATCAT CATGTGGGAC ACGAGTTTTT ATGGTTATGG AGATCTGTTC 840 AGTGAAACAT GGAAGGCCTT CTCAGAGTAT GACATCATCC ATCTGAAGAC ATATGACTCA 900 AAAAGAGTGT GTTTCAAAGA TGCCTTCTTC TCCCTTCTCC CGAGAATGAG ATACGGCCTT 960 TTTTACAACA CACCTCTTAT CTCAGATTGC TCCAGTGAAG GAATGTTTAG GGCGTTCTCT 1020 CAGCATGTCC TCCACCGGCT GAACATCCTA CAAGTCGGGC CAAAGGAGGG GCGTGTTCGT 1080 GTCACCCTGC TGGCACGCAG CACAGAATAC AGAAGGATCC TAAACCAAGT GGAGCTGATA 1140 AATGCCCTCA AGACTGTGTC TTTACTGGAG GTCAGTGTGG TGGACTACAA ATACAAGGAT 1200 GTTCCCTTCC TGGAGCAGCT AAAGATCACC CACAACTCTG ACATATTTAT AGGGATGCAT 1260 GGGGCTGGTC TCACACACCT CCTCTTCCTC CCTGACTGGG CTGTCATCTT TGAGTTATAT 1320 AACTGTCAGG ATGAGAGCTG CTATCGAGAT TTGGCTCGGC TGCGGGGCAT TCGATACGTG 1380 ACTTGGCAGA AAATGGACAA AGTGCTCCCA CAGGACAAGG GTCATCATCC CACCCTTGGA 1440 GACCATCCAA AGTTTACCAA CTACTCCTTT GACGTGTTGG AGTTCATGCG CCTCGTACTG 1500 GAAGCAGCCA ATTATGTCAC ACGCCATCCA AAATGGCAGC GTCGTGTCCT TCATGATGAA 1560 CTCTAA 1566