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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| AMPOC07113 reference isoform | 642 | 12 |  A0A3Q1CSQ7 |
Protein Sequence
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MNMEFGLFQT RGCKSSTSWI CLMFLCSMLC MWTNVECWSY YFSDTTMNWR NARAWCKEHY 60 TDMVAIQNQE EIEHLNSWLP KKSSYYWIGI RKINDVWTWV GTNKSLTAEA TNWAMGEPNN 120 GKNGQSMGLS EDCVEMYIKR DVQAGKWNDE RCNKLKTALC YTAACKSDSC LHGDCVETIN 180 SHKCDCFEGF YGDKCEHVVH CNKDEITVPD KGSVSCTHKY GNFSYDSSCQ YACQEGYQLS 240 MPSPLRCTAS KTWSEQPPTC ELVQCEKLLQ PESGSMKCSD PLGSSSFKST CVFACDEGYE 300 LAGSTSNTLQ CEASGHWNAS QPRCAVVRCP EFNYLENGVI RCGDDAEIRF SYGNTCSFTC 360 EPGYQLVGPS SATCTSAAEW SEQVPRCEAI TCQSPEVEAH LITRCSEPLS GLRPNSTCSF 420 SCEPGFELQG AQTTQCSEDG QWIEAVPTCK ATTCPVPEAP TRGQISCSSS LSSPVSPGTP 480 HPVGTVCAFS CDEGHELQGE LSMECAHPGQ WTSRAPTCTA VRCSLLEAPE NGHINCSTSE 540 PVFNSQCSFT CNQDFTLDGH ELLTCDRHGN WTGANPTCQA PSSKVAAITG VAAGGTALLS 600 GLSLTMWILK RLKRKATKFE LNSNSDIEVP PQSYKNSIDS LI 642
cDNA Sequence
Download: Fasta
ATGAATATGG AGTTTGGATT ATTTCAGACA CGTGGATGCA AGAGCTCCAC TTCATGGATC 60 TGCTTGATGT TTCTTTGCTC AATGCTGTGC ATGTGGACCA ACGTGGAGTG CTGGTCTTAC 120 TACTTCTCAG ACACCACTAT GAACTGGAGG AATGCTCGAG CCTGGTGCAA GGAGCACTAC 180 ACAGACATGG TGGCCATCCA GAACCAGGAG GAGATCGAGC ATCTCAACAG CTGGCTGCCA 240 AAGAAATCCT CTTACTACTG GATCGGCATC CGCAAGATCA ATGACGTCTG GACCTGGGTC 300 GGGACCAACA AGTCGCTGAC CGCAGAGGCA ACCAACTGGG CGATGGGCGA ACCCAACAAC 360 GGCAAGAACG GGCAAAGTAT GGGACTGAGT GAGGACTGTG TGGAGATGTA CATTAAGAGA 420 GATGTGCAGG CGGGCAAATG GAACGATGAG AGGTGCAACA AACTGAAGAC CGCTCTGTGC 480 TACACAGCTG CCTGTAAGAG CGACTCATGC CTCCATGGAG ACTGTGTGGA AACCATCAAC 540 AGCCACAAGT GCGACTGCTT TGAAGGATTT TATGGAGACA AGTGTGAACA TGTCGTTCAC 600 TGCAACAAAG ATGAGATAAC CGTCCCAGAT AAAGGAAGTG TAAGTTGCAC CCATAAGTAT 660 GGAAACTTCT CGTACGACTC CTCGTGCCAG TATGCCTGTC AGGAAGGATA CCAGCTGAGC 720 ATGCCAAGCC CTCTGAGGTG CACTGCCTCC AAAACGTGGT CCGAGCAGCC TCCCACATGT 780 GAATTGGTTC AGTGTGAGAA GCTGCTTCAA CCTGAGAGTG GATCCATGAA GTGCTCTGAT 840 CCTCTGGGCT CCTCCAGCTT TAAGTCCACT TGTGTCTTTG CTTGTGATGA AGGTTACGAA 900 CTGGCTGGTT CCACCTCCAA CACTCTGCAA TGTGAAGCAT CCGGACATTG GAACGCCTCG 960 CAACCTCGTT GTGCAGTTGT TCGTTGCCCA GAGTTCAATT ATCTAGAGAA CGGTGTCATC 1020 AGATGTGGAG ATGATGCAGA AATAAGGTTC AGCTACGGAA ACACCTGCAG CTTTACCTGT 1080 GAACCCGGAT ATCAGCTGGT GGGGCCGAGC AGTGCAACGT GCACATCAGC AGCTGAGTGG 1140 AGCGAGCAGG TACCTCGCTG TGAAGCCATC ACTTGCCAGA GTCCAGAGGT AGAAGCTCAC 1200 CTCATCACTC GGTGCAGCGA ACCTTTGTCT GGCTTGAGGC CAAACTCCAC CTGCAGCTTC 1260 AGCTGTGAAC CAGGATTTGA ACTGCAGGGA GCTCAGACGA CTCAGTGTTC AGAGGATGGA 1320 CAGTGGATTG AAGCTGTACC AACCTGCAAA GCAACCACAT GTCCAGTTCC AGAGGCTCCA 1380 ACAAGAGGCC AAATCAGCTG CAGCTCGTCT CTGTCTTCCC CTGTTTCTCC AGGGACTCCA 1440 CATCCAGTCG GTACAGTCTG TGCCTTCAGC TGTGATGAAG GCCACGAGCT GCAGGGTGAA 1500 CTCAGCATGG AGTGTGCACA TCCAGGCCAG TGGACCTCCA GGGCACCGAC CTGCACAGCT 1560 GTAAGGTGCT CACTCCTTGA AGCTCCTGAA AACGGTCACA TCAACTGTTC CACCAGTGAA 1620 CCGGTTTTCA ACTCTCAGTG CTCCTTCACA TGCAATCAAG ATTTCACTCT AGACGGACAC 1680 GAGCTGCTCA CCTGTGATCG TCACGGCAAC TGGACTGGAG CAAACCCCAC CTGTCAAGCT 1740 CCTTCATCTA AAGTCGCTGC GATCACTGGT GTGGCTGCAG GAGGAACTGC TTTACTGTCT 1800 GGTCTTTCTC TCACTATGTG GATCTTGAAG CGACTGAAGC GCAAAGCAAC AAAGTTTGAG 1860 TTGAACAGCA ACTCCGACAT CGAGGTTCCA CCACAGAGCT ACAAAAACAG CATCGACAGC 1920 CTCATTTAG 1929