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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| EQUAS07647 | 754 | 16 |  A0A8C4L5Q8 | |||
| EQUAS07648 | 731 | 16 | A0A8C4L7U3 | |||
| EQUAS07649 | 727 | 17 | A0A8C4PI47 | |||
| EQUAS07650 | 740 | 16 | A0A8C4LDX6 | |||
| EQUAS07652 | 724 | 16 | A0A8C4PIE5 | |||
| EQUAS07653 | 751 | 16 | A0A8C4PI65 | |||
| EQUAS07654 | 716 | 16 |  ENSEASG00005003470.1 | |||
| EQUAS07655 | 701 | 17 | ENSEASG00005003470.1 | |||
| EQUAS07656 | 700 | 16 | ENSEASG00005003470.1 | |||
| EQUAS07651 reference isoform | 726 | 16 | A0A8C4L835 |
Protein Sequence
Download: Fasta
MVLRATKVTK GAFGDMLDTP DPYVELFISS TPDSRKRTRH FNNNINPVWN ETFEFILDPN 60 QENVLEITLM DANYVMDETL GTATFPISSM KVGEKKEVPF IFNQVTEMVL RLLLSFSSPD 120 LRFSMALCDQ EKAFRQQRKE NIKENMKKLL GPKKSEGLYS TRDVPVVAIL GSGGGFRAMV 180 GFSGVMKALY ESGILDCATY VAGLSGSTWY MSTLYSHPDF PEKGPEEINK ELMKNVSYNP 240 LLLLTPQKIK RYVESLWKKK SSGQPVTFTD IFGMLIGETL IHNRMNTTLS SLKEKVNTAQ 300 CPLPLFTCLH VKPDVSELMF ADWVEFSPYE IGMAKYGTFM APDLFGSKFF MGTVVKKYEE 360 NPLHFLMGVW GSAFSILFNR VLGVSGSQNK GSTMEEELEN ITAKHIVSND SSDSDDESQE 420 PKGTENEDAE RDYQNDNQAS WVHRMLMALV SDSALFNTRE GRAGKVHNFM LGLNLNTSYP 480 LSPLRDFTTQ ESLDEDELDA AVADPDEFER IYEPLDVKSK KIHVVDSGLT FNLPYPLILR 540 PQRGVDLIIS FDFSARPSDS SPPFKELLLA EKWAKMNKLP FPKIDPYVFD REGLKECYVF 600 KPKNPDVEKD CPTIIHFVLA NINFRKYKAP GVPRETKEEK EIADFDIFDD PESPFSTFNF 660 QYPNQAFKRL HDLMHFNTLN NIDVIKNAIV ESIEYRRQNP SRCSVSLSNV EARRFFNKEF 720 LNKPTA 726
cDNA Sequence
Download: Fasta
ATGGTGTTAC GTGCCACCAA AGTGACAAAG GGGGCCTTCG GTGACATGCT TGACACTCCA 60 GATCCCTACG TGGAACTTTT CATCTCCTCA ACCCCTGACA GCAGGAAGAG AACAAGACAC 120 TTCAATAACA ACATAAACCC CGTGTGGAAT GAGACCTTTG AATTTATTTT GGATCCGAAT 180 CAGGAAAATG TTTTGGAGAT TACGTTAATG GATGCCAATT ATGTCATGGA TGAAACTCTG 240 GGGACAGCAA CATTTCCCAT ATCGTCTATG AAAGTGGGAG AGAAGAAAGA GGTTCCTTTC 300 ATTTTCAACC AAGTAACAGA AATGGTTTTG AGGTTATTGT TATCTTTTTC GTCCCCAGAC 360 CTCCGATTTA GCATGGCTCT GTGTGATCAG GAGAAAGCTT TCAGACAACA GAGAAAAGAG 420 AACATAAAGG AAAACATGAA GAAACTCCTG GGTCCAAAGA AGAGTGAAGG CTTGTATTCA 480 ACACGTGATG TGCCTGTGGT TGCCATCTTG GGCTCAGGCG GAGGGTTCCG AGCCATGGTG 540 GGATTCTCCG GGGTGATGAA GGCGCTGTAT GAGTCAGGAA TCTTGGATTG TGCTACCTAT 600 GTGGCTGGTC TTTCTGGCTC CACGTGGTAC ATGTCAACTT TGTATTCTCA CCCTGATTTT 660 CCAGAGAAAG GGCCAGAGGA GATTAATAAA GAGCTAATGA AAAATGTTAG CTACAACCCC 720 CTTTTACTTC TCACGCCACA GAAAATTAAG AGATATGTTG AGTCTTTGTG GAAGAAGAAA 780 AGCTCTGGAC AACCTGTCAC CTTTACTGAT ATCTTTGGGA TGTTAATAGG AGAAACACTA 840 ATTCACAATA GAATGAACAC TACCTTGAGT AGTTTGAAGG AAAAGGTCAA TACTGCACAG 900 TGCCCGTTAC CTCTTTTCAC CTGTCTCCAT GTGAAACCCG ATGTTTCAGA GCTGATGTTT 960 GCAGATTGGG TTGAATTTAG TCCGTATGAG ATTGGCATGG CTAAATATGG GACTTTTATG 1020 GCTCCAGACT TATTTGGAAG CAAATTTTTT ATGGGAACAG TTGTGAAGAA ATATGAAGAA 1080 AACCCTTTGC ATTTCTTAAT GGGTGTCTGG GGCAGTGCCT TTTCTATATT GTTCAACAGA 1140 GTCTTGGGAG TTTCTGGCTC ACAAAATAAA GGTTCCACAA TGGAGGAAGA ATTAGAAAAT 1200 ATTACGGCGA AGCATATTGT GAGTAATGAT AGCTCAGATA GCGATGATGA ATCACAAGAA 1260 CCCAAAGGCA CTGAGAATGA AGATGCTGAA AGGGACTATC AAAATGATAA TCAAGCAAGT 1320 TGGGTCCATC GCATGTTAAT GGCCTTGGTG AGTGACTCCG CTTTATTCAA TACCAGAGAA 1380 GGACGTGCTG GGAAGGTGCA CAACTTCATG CTGGGCTTGA ATCTCAACAC ATCCTACCCA 1440 CTGTCTCCCT TGAGGGACTT TACCACACAG GAATCCTTGG ATGAAGATGA ACTGGATGCA 1500 GCTGTAGCAG ATCCTGATGA GTTTGAGCGC ATATATGAGC CTCTGGATGT CAAAAGTAAA 1560 AAGATTCATG TAGTGGATAG TGGCCTCACA TTTAACCTGC CGTACCCGCT GATCCTGAGA 1620 CCTCAAAGAG GAGTTGATCT CATCATCTCC TTTGACTTTT CTGCAAGGCC AAGCGACTCT 1680 AGTCCTCCAT TCAAGGAACT TCTACTTGCA GAAAAGTGGG CTAAAATGAA CAAGCTCCCT 1740 TTTCCAAAGA TTGATCCTTA TGTGTTTGAT AGAGAAGGAC TGAAGGAGTG CTATGTCTTT 1800 AAACCCAAGA ATCCCGATGT GGAGAAAGAT TGCCCAACCA TCATCCACTT TGTTCTGGCC 1860 AACATCAACT TCAGGAAGTA CAAGGCTCCA GGTGTTCCAA GAGAAACTAA GGAAGAGAAA 1920 GAAATAGCTG ATTTTGATAT TTTTGATGAC CCAGAATCAC CATTTTCAAC CTTCAACTTT 1980 CAATATCCAA ATCAAGCATT CAAAAGGCTG CACGATCTGA TGCACTTCAA TACCCTGAAC 2040 AACATTGATG TGATTAAGAA TGCCATCGTT GAAAGCATTG AATATAGAAG GCAGAATCCG 2100 TCTCGTTGCT CTGTTTCCCT CAGTAATGTT GAGGCAAGAA GATTCTTCAA CAAGGAGTTT 2160 CTAAACAAAC CCACAGCATA G 2181