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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| PYGNA06614 reference isoform | 596 | 11 |  A0A3B4BQQ9 |
Protein Sequence
Download: Fasta
MFPHRHSSPL PFPIPGWDPD TNPWDEALYP PFTRELSHRR GKAPHVRLTS DSPAMNGSCI 60 TFSARLEFPT CQKEDLSGNL VYDEHCEDAN GQVQSGYVFN WTSWLDDYGF GKCVDPKRCN 120 VFPDGKPFPQ HNDWRRRGYV YVWHTMGQYF ETCDGSSSSL TLNSTNWTFG AGVMEVMVYR 180 KRERRKYSPL STDNTVFFVT NKIPLAVNIS QKEAVNITEK NGFFKGLDII FNVQIHDPSN 240 YLKTADSVDF IWDFRDGNQL VTHSNVATHA YSTLGNVTVK LLVEAAFRTP CPPPTPTPMH 300 FTQPYTTAVA TPPPRTHATT AKLQTTKAPV VTTPYLTTAQ HFPVTTNIPS TEPFPTDPEV 360 NTSTDPVINS TSAEPTIPPM LRHSHFTQSE CFRYMYGNFE DEINIIEPHP SLRNLPSNRI 420 VEVSAAKVTN TTVNFLVTCS GSVPTSACTT VADSTCRHVM SIMCDDVHPS AEGCQVSLKR 480 TFQEPGTYCV NITLGVPGGL ALATTTVTIG NSPDKGVTKS PRVAEVVLSS TAVLVAIFAF 540 IAFMVYKRYK VYRPVRRSIL EDAEGGNAVS SPLSKLRAAL FPANEERSCL LTDRRL 596
cDNA Sequence
Download: Fasta
ATGTTCCCCC ACAGGCACAG CTCTCCCCTG CCCTTCCCGA TTCCCGGTTG GGATCCGGAC 60 ACTAACCCGT GGGATGAAGC TCTCTATCCT CCGTTCACGC GCGAGCTCTC ACACAGACGC 120 GGTAAAGCGC CTCACGTGCG CCTCACGAGC GACAGCCCCG CCATGAACGG CTCGTGCATC 180 ACCTTCAGCG CCCGGCTCGA GTTCCCCACG TGCCAGAAGG AAGATCTGAG CGGGAACCTC 240 GTCTACGACG AGCACTGCGA GGACGCCAAT GGGCAGGTGC AGTCTGGATA TGTCTTCAAT 300 TGGACTTCCT GGTTGGATGA TTATGGCTTT GGAAAGTGTG TGGATCCGAA GCGTTGTAAC 360 GTGTTCCCTG ATGGAAAGCC ATTTCCACAA CACAATGACT GGAGGCGAAG GGGCTACGTC 420 TATGTGTGGC ATACTATGGG TCAATATTTT GAGACGTGTG ATGGCTCTTC TTCCAGTTTG 480 ACGCTCAATT CCACTAACTG GACATTTGGA GCTGGTGTCA TGGAGGTCAT GGTGTACCGT 540 AAGCGCGAGC GCAGGAAGTA CAGCCCCCTC TCCACTGATA ACACTGTGTT CTTTGTCACA 600 AATAAGATCC CTCTGGCTGT GAATATTTCA CAGAAGGAAG CGGTGAACAT CACAGAGAAG 660 AATGGCTTTT TTAAGGGGTT AGACATCATC TTTAACGTAC AGATTCATGA CCCAAGCAAC 720 TACCTGAAGA CTGCGGATTC AGTTGATTTT ATATGGGACT TCCGGGATGG CAACCAGTTG 780 GTCACCCATA GCAACGTGGC AACCCATGCC TACAGTACAC TCGGCAACGT CACAGTGAAG 840 CTGCTAGTAG AGGCAGCGTT CCGCACCCCA TGTCCTCCAC CCACTCCAAC GCCCATGCAT 900 TTCACACAGC CATATACTAC AGCAGTGGCC ACGCCCCCAC CACGTACTCA TGCCACCACT 960 GCCAAATTGC AGACCACCAA GGCTCCAGTT GTAACCACTC CATACCTCAC CACTGCCCAG 1020 CATTTTCCAG TGACAACCAA CATCCCCTCA ACTGAGCCAT TCCCTACTGA TCCTGAGGTG 1080 AACACTAGCA CTGATCCTGT GATCAACTCC ACCAGTGCCG AGCCCACAAT CCCACCCATG 1140 CTGCGGCATT CACACTTCAC GCAATCTGAG TGTTTCCGCT ACATGTACGG AAACTTTGAA 1200 GACGAGATCA ACATAATTGA ACCTCATCCT TCTCTGCGCA ACTTGCCATC AAATCGAATT 1260 GTGGAAGTGT CTGCTGCCAA GGTCACTAAC ACCACTGTGA ACTTTTTAGT GACATGTTCA 1320 GGCAGTGTCC CTACTTCAGC TTGCACCACT GTTGCTGACT CTACTTGCCG CCATGTGATG 1380 AGCATCATGT GTGATGATGT GCACCCATCT GCCGAAGGTT GTCAGGTCAG CCTGAAGCGC 1440 ACATTCCAAG AGCCAGGCAC CTACTGTGTC AACATCACTT TAGGGGTGCC TGGGGGCTTG 1500 GCACTTGCTA CCACCACCGT AACCATCGGC AACAGCCCTG ACAAAGGTGT GACGAAGTCT 1560 CCTCGTGTGG CTGAGGTGGT GTTGTCCTCC ACTGCTGTGC TAGTGGCCAT CTTTGCCTTC 1620 ATCGCCTTCA TGGTGTACAA GCGTTACAAG GTATATCGCC CAGTGAGGCG ATCCATTCTG 1680 GAGGATGCCG AGGGAGGCAA TGCAGTCAGT AGTCCCCTGA GCAAACTGAG GGCAGCACTG 1740 TTCCCCGCCA ACGAAGAGAG AAGCTGCCTG TTGACAGACA GGCGCTTGTG A 1791