‹
Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| SAIBB17003 | 608 | 12 |  A0A2K6V644 | |||
| SAIBB17004 reference isoform | 579 | 13 | A0A2K6V637 |
Protein Sequence
Download: Fasta
MRPWLRRLVL QALRSSRGFC GSRGQPAPLP VPQKIVATWE AISLGRQPVP EYFNFAHDVL 60 DVWSRLEEAG HRPPNPAFWW VNGTGAEVKW SFQELGKQSR KAANVLGGAC GLQPGDRMML 120 VLPRIPEWWL VSVACMRTGA VMIPGVTQLM EKDLKYRLQA SRAKSIITSD SIAPRVDAIS 180 AECPSLQTKL LVSESSRPGW LNFRELLREA STEHNCVRTK SRDPLAIYFT SGTTGAPKMV 240 EHSQSSYGLG FVASGRRWVA LTESDIFWNT TDTGWVKAAW TLFSAWPNGS CIFVHELPRV 300 DAKVILNTLS TFPITTLCCV PTIFRLLVQE DLTRYQFQSL RHCLTGGEAL NPDVREKWKR 360 QTGVELYEGY GQSETVVICA NPKGMKIKSG SMGKASPPYD VQIVDDEGNI LPPGEEGNVA 420 VRIRPTRPFC FFNCYLDNPE KTAASEQGDF YITGDRARMD KDGYFWFMGR NDDVINSSSY 480 RIGPVEVESA LAEHPAVLES AVVSSPDPIR GEVVKAFVVL TPAYSSHDPE ALTRELQEHV 540 KRVTAPYKYP RKVAFVSELP KTVSGKIQRS KLRSQEWGK 579
cDNA Sequence
Download: Fasta
ATGAGACCAT GGCTGAGACG CCTGGTCCTC CAGGCACTGA GGAGCTCCCG GGGATTCTGT 60 GGGTCTCGTG GGCAGCCGGC ACCACTACCT GTTCCTCAGA AGATCGTGGC CACCTGGGAA 120 GCCATAAGCC TGGGAAGGCA GCCGGTGCCT GAGTACTTCA ACTTTGCCCA TGATGTGCTA 180 GATGTGTGGA GTCGGCTGGA AGAGGCTGGA CACCGCCCCC CAAATCCTGC CTTCTGGTGG 240 GTCAATGGCA CAGGAGCAGA GGTCAAGTGG AGCTTTCAGG AGCTGGGGAA GCAGTCCAGG 300 AAGGCAGCCA ATGTGCTAGG CGGTGCATGC GGCCTGCAGC CTGGGGACAG AATGATGCTG 360 GTACTCCCAA GGATCCCAGA GTGGTGGCTG GTCAGTGTGG CTTGTATGCG GACAGGGGCT 420 GTCATGATTC CGGGTGTCAC TCAGCTGATG GAGAAGGATC TCAAGTACCG GCTGCAGGCA 480 TCCAGAGCCA AGTCCATTAT CACCAGTGAC TCCATAGCTC CAAGGGTGGA TGCCATCAGC 540 GCTGAGTGCC CCTCCCTCCA GACCAAGCTG CTGGTATCAG AGAGCAGTCG GCCAGGCTGG 600 TTGAACTTCA GGGAACTCCT CCGAGAGGCA TCTACAGAGC ACAACTGCGT GAGGACAAAG 660 AGTCGAGACC CGCTGGCCAT CTACTTCACC AGTGGAACAA CCGGAGCCCC CAAAATGGTC 720 GAGCACTCCC AGAGCAGCTA CGGACTGGGT TTTGTGGCCA GCGGAAGACG GTGGGTGGCC 780 TTGACCGAAT CTGACATCTT CTGGAACACG ACTGACACTG GCTGGGTGAA GGCAGCCTGG 840 ACTCTCTTCT CTGCCTGGCC TAATGGATCT TGCATTTTTG TGCATGAGCT GCCCCGAGTT 900 GATGCCAAAG TTATCCTGAA TACTCTCTCC ACATTCCCGA TAACCACCCT TTGCTGTGTC 960 CCAACCATCT TTCGACTGCT TGTGCAGGAG GATCTGACCA GGTACCAGTT TCAGAGCCTG 1020 AGGCACTGTC TAACCGGAGG AGAGGCCCTC AACCCTGACG TGAGGGAGAA GTGGAAGCGC 1080 CAAACTGGTG TGGAGCTGTA CGAGGGCTAT GGCCAGTCTG AAACAGTTGT CATCTGTGCC 1140 AATCCAAAAG GCATGAAAAT CAAGTCTGGA TCCATGGGGA AGGCGTCTCC ACCCTATGAT 1200 GTGCAGATTG TGGATGATGA AGGCAACATC CTGCCTCCTG GAGAAGAGGG GAATGTTGCC 1260 GTCCGCATCA GACCCACCCG GCCCTTCTGT TTCTTCAATT GCTATTTGGA TAATCCTGAG 1320 AAGACCGCTG CATCAGAACA GGGGGACTTT TACATCACAG GGGACCGAGC TCGCATGGAC 1380 AAGGATGGCT ACTTTTGGTT CATGGGAAGA AATGATGATG TGATTAATTC TTCAAGCTAC 1440 CGGATTGGGC CCGTTGAAGT AGAAAGTGCC CTGGCAGAGC ATCCTGCTGT CCTGGAGTCG 1500 GCTGTGGTCA GCAGCCCAGA TCCCATCAGG GGAGAGGTGG TAAAGGCATT TGTAGTCCTT 1560 ACTCCAGCCT ACTCCTCTCA CGACCCAGAG GCACTAACAC GAGAACTCCA GGAGCATGTG 1620 AAAAGGGTGA CTGCTCCATA CAAATACCCC AGGAAGGTGG CCTTTGTTTC AGAACTGCCA 1680 AAGACGGTTT CTGGAAAGAT CCAAAGGAGT AAATTGCGAA GTCAGGAGTG GGGGAAATGA 1740