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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| PANPA31762 reference isoform | 556 | 14 |  A0A2R9CF26 |
Protein Sequence
Download: Fasta
MELCGLGLPR PPMLLALLLA TLLAAMLALL TQVALVVQVA EAARAPSVYG QAGAGAVALP 60 LSVKMTPNLL HLAPENFYIS HSPNSTAGPS CTLLEEAFRR YHGYIFGFYK WHHEPAEFQA 120 RTQLQQLLVS ITLQSECDAF PNISSDESYT LLVKEPVAVL KANRVWGALR GLETFSQLVY 180 QDSYGTFTIN ESTIIDSPRF SHRGILIDTS RHYLPVKIIL KTLDAMAFNK FNVLHWHIVD 240 DQSFPYQSIA FPELSNKGSY SLSHVYTPND VRMVIEYARL RGIRVLPEFD TPGHTLSWGK 300 GQKDLLTPCY SRQNKLDSFG PINPTLNTTY SFLTTFFKEI SEVFPDQFIH LGGDEVEFKC 360 WESNPKIQDF MRQKGFGTDF KKLESFYIQK VLDIIATINK GSIVWQEVFD DKAKLAPGTI 420 VEVWKDSAYP EELSRVTASG FPVILSAPWY LDLISYGQDW RKYYKVEPLD FGGTQEQKQL 480 FIGGEACLWG EYVDATNLTP RLWPRASAVG ERLWSSKDVR DMDDAYDRLT RHRCRMVKRG 540 IAAQPLYAGY CNHENM 556
cDNA Sequence
Download: Fasta
ATGGAGCTGT GCGGGCTGGG GCTGCCCCGG CCGCCCATGC TGCTGGCGCT GCTGTTGGCG 60 ACACTGCTGG CGGCGATGTT GGCGCTGCTG ACTCAGGTGG CGCTGGTGGT GCAGGTGGCG 120 GAGGCGGCTC GGGCCCCGAG CGTCTACGGC CAAGCCGGGG CCGGCGCTGT GGCCCTGCCG 180 CTCTCGGTGA AGATGACCCC GAACCTGCTG CATCTCGCCC CGGAGAACTT CTACATCAGC 240 CACAGCCCCA ATTCCACGGC GGGCCCCTCC TGCACCCTGC TGGAGGAAGC GTTTCGACGA 300 TATCATGGCT ATATTTTTGG TTTCTACAAG TGGCATCATG AACCTGCTGA ATTCCAGGCT 360 AGAACCCAGC TTCAGCAACT TCTTGTCTCA ATCACCCTTC AGTCAGAGTG TGATGCTTTC 420 CCCAACATAT CTTCAGATGA GTCTTATACT TTACTTGTGA AAGAACCAGT GGCTGTCCTT 480 AAGGCCAACA GAGTTTGGGG AGCATTACGA GGTTTAGAGA CCTTTAGCCA GTTAGTTTAT 540 CAAGATTCTT ATGGAACTTT CACCATCAAT GAATCCACCA TTATTGATTC TCCAAGGTTT 600 TCTCACAGAG GAATTTTGAT TGATACATCC AGACATTATC TGCCAGTTAA GATTATTCTT 660 AAAACTCTGG ATGCCATGGC TTTTAATAAG TTTAATGTTC TTCACTGGCA CATAGTTGAT 720 GACCAGTCTT TCCCATATCA GAGCATCGCT TTTCCTGAGT TAAGCAATAA AGGAAGCTAT 780 TCTTTGTCTC ATGTTTATAC ACCAAATGAT GTCCGTATGG TGATTGAATA TGCCAGATTA 840 CGAGGAATTC GAGTCCTGCC AGAATTTGAT ACCCCTGGGC ATACACTATC TTGGGGAAAA 900 GGTCAGAAAG ACCTCCTGAC TCCATGTTAC AGTAGACAAA ACAAGTTGGA CTCTTTTGGA 960 CCTATAAACC CTACTCTGAA TACAACATAC AGCTTCCTTA CTACATTTTT CAAAGAAATT 1020 AGTGAGGTGT TTCCAGATCA ATTCATTCAT TTGGGAGGAG ATGAAGTGGA ATTTAAATGT 1080 TGGGAATCAA ATCCAAAAAT TCAAGATTTC ATGAGGCAAA AAGGCTTTGG CACAGATTTT 1140 AAAAAACTAG AATCTTTCTA CATTCAAAAG GTTTTGGATA TTATTGCAAC CATAAACAAG 1200 GGATCCATTG TCTGGCAGGA GGTTTTTGAT GATAAAGCGA AGCTTGCGCC GGGCACAATA 1260 GTTGAAGTAT GGAAAGACAG CGCATATCCT GAGGAACTCA GTAGAGTCAC AGCATCTGGC 1320 TTCCCTGTAA TCCTTTCTGC TCCTTGGTAC TTAGATTTGA TTAGCTATGG ACAAGATTGG 1380 AGGAAATACT ATAAAGTGGA ACCTCTTGAT TTTGGTGGTA CTCAGGAACA GAAACAACTT 1440 TTCATTGGTG GAGAAGCTTG TCTATGGGGA GAATATGTGG ATGCAACTAA CCTCACTCCA 1500 AGATTATGGC CTCGGGCAAG TGCTGTTGGT GAGAGACTCT GGAGTTCCAA AGATGTCAGA 1560 GATATGGATG ACGCCTATGA CAGACTGACA AGGCACCGCT GCAGGATGGT CAAACGTGGA 1620 ATAGCTGCAC AACCTCTTTA TGCTGGATAT TGTAACCATG AGAACATGTA A 1671