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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MONDO28999 reference isoform | 760 | 16 |  F6VJZ6 |
Protein Sequence
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MLGSVLVTLG AGKSSSLPRL QLSYRDLLAT NRSTIFLGPR GKLDLRALYL DEYRDRLFLG 60 GRDTLYSLRL DQAGPDPKEI LWPPRPGQKE ECILKGRDPL TECANYVRVL HPYNRTHLLA 120 CGTGAFQPLC ALVAVGHRGE HVLSLDQASV EGGRGRCPHE PDRPFSSTFV GGELYTGLTA 180 DFLGREAVLF RSGGARPALR SDTDQSLLHD PRFVGAALIP DNADRDNDKV YFFFSEAAAP 240 PEGGSGRAIV SRVGRICVND AGGQRVLVNK WSTFLKARLI CSVPTPGGID TYFDQLEDVF 300 LLWPKDGKSP EVYALFSTLS AVFQGFAVCV YHMADIWEVF NGPFAHRDGP QHQWGPYGGK 360 VPFPRPGVCP SKTTTQPGRP FGSTKDYPDD VLQFTRAHPL MFRSVLPRHG RPILVKTHQP 420 YRLLQIVVDR VEAEDGAYDV IFLGTDAGSV LKVIAFQTGK SVQPEEVILE EMQVFKVPTP 480 ILEMEISVKR QMLYVGSRLG VAQLRLHRCE TYGNACAECC LARDPYCAWD GDTCTRYQPS 540 SAKRRFRRQD IRHGNPALQC LGQSHGGDVM GITEATVVFG TEHNSTFLEC RPKSPQATVH 600 WFVQRPKDEQ PDQVKTDERI LQTEHGLLFR RLNRLDAGTY SCKTLEHGFA QTVARLALEV 660 IGAEQLEGLF LREHGEEESI SKNSASVPSR AWYKDILQLI GYANLPRVEE YCERVWCVDR 720 YRRKGKQSKS KTWLGTDLGK KAKSRAQGER NRTPREVEAT 760
cDNA Sequence
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ATGCTGGGGA GTGTGCTGGT CACCCTAGGC GCTGGCAAGA GCAGCAGCCT GCCCCGGTTA 60 CAACTCTCCT ACAGAGACCT CCTGGCCACT AACCGCTCTA CCATCTTCCT GGGCCCTCGG 120 GGTAAATTGG ATCTAAGGGC TCTGTACCTG GATGAGTATC GGGACCGGCT CTTTCTGGGT 180 GGACGGGACA CCCTCTACTC CCTGCGGTTG GACCAGGCAG GGCCCGATCC CAAGGAGATC 240 TTATGGCCTC CTCGACCTGG CCAGAAGGAG GAATGCATCC TGAAGGGGAG GGATCCCTTG 300 ACGGAATGCG CCAACTATGT GCGGGTGCTC CACCCCTACA ACAGAACCCA CCTGCTGGCC 360 TGCGGCACCG GAGCCTTCCA GCCTCTGTGC GCCCTCGTCG CCGTGGGCCA CCGAGGGGAG 420 CATGTGCTCA GCCTGGACCA GGCCAGTGTG GAAGGCGGGC GAGGACGCTG CCCACATGAG 480 CCCGACAGAC CTTTTTCCAG CACCTTCGTA GGCGGGGAGC TGTACACAGG TCTAACCGCT 540 GACTTCCTGG GCCGAGAAGC CGTGCTCTTT CGCAGTGGTG GTGCCCGGCC TGCCCTCCGC 600 TCTGACACCG ACCAGAGCCT CCTACATGAC CCCAGGTTCG TGGGCGCTGC TCTGATCCCT 660 GACAATGCTG ACCGGGACAA TGACAAAGTC TACTTCTTCT TCTCCGAGGC AGCCGCCCCT 720 CCCGAGGGGG GCTCCGGTCG GGCCATCGTC AGCCGTGTAG GCCGCATCTG TGTGAATGAT 780 GCCGGGGGCC AGCGGGTGCT GGTGAACAAG TGGAGCACCT TTCTGAAGGC GAGGCTCATC 840 TGTTCTGTGC CCACCCCTGG TGGCATTGAT ACCTACTTTG ACCAGCTGGA GGATGTGTTC 900 CTGCTGTGGC CCAAGGATGG GAAGAGTCCA GAGGTCTATG CGCTCTTCAG CACCCTCAGT 960 GCTGTCTTCC AGGGCTTTGC TGTCTGTGTA TACCACATGG CTGACATCTG GGAGGTGTTC 1020 AACGGACCCT TTGCCCACAG GGACGGTCCC CAGCACCAAT GGGGACCCTA TGGGGGCAAG 1080 GTGCCATTCC CTCGGCCAGG AGTGTGCCCC AGTAAGACCA CGACCCAGCC TGGCCGGCCC 1140 TTTGGAAGCA CCAAAGACTA TCCGGACGAT GTGCTGCAGT TCACCCGGGC CCACCCGCTC 1200 ATGTTCCGAT CTGTGCTGCC CCGGCACGGG CGTCCCATCC TCGTCAAGAC TCACCAGCCC 1260 TATCGACTTC TCCAGATTGT AGTAGACCGA GTAGAGGCGG AGGATGGGGC CTATGATGTC 1320 ATCTTCCTGG GCACAGATGC AGGCTCTGTA CTCAAAGTCA TAGCTTTCCA GACTGGAAAA 1380 TCTGTGCAGC CCGAGGAGGT AATTCTGGAA GAGATGCAGG TGTTTAAGGT ACCCACCCCC 1440 ATCCTGGAGA TGGAGATCTC TGTCAAACGG CAAATGCTGT ACGTGGGCTC CCGACTGGGC 1500 GTTGCCCAGC TTCGGCTGCA CCGGTGTGAG ACTTACGGGA ACGCCTGTGC CGAGTGCTGC 1560 CTGGCCCGAG ATCCCTACTG TGCCTGGGAC GGCGACACCT GCACCCGATA CCAGCCCAGC 1620 TCGGCTAAAC GCCGCTTCCG ACGGCAGGAC ATCCGGCACG GCAACCCGGC CTTGCAGTGC 1680 CTGGGCCAGA GCCACGGCGG GGATGTCATG GGGATCACGG AGGCCACCGT GGTATTCGGC 1740 ACAGAACACA ACAGTACCTT CTTGGAATGC CGGCCCAAGT CACCCCAGGC CACTGTGCAC 1800 TGGTTTGTGC AGAGACCCAA GGATGAGCAG CCAGACCAGG TGAAGACAGA TGAACGAATC 1860 CTCCAAACAG AGCATGGGCT ACTCTTCCGG AGGCTTAATC GCCTTGATGC TGGCACTTAC 1920 TCGTGTAAGA CCCTAGAACA TGGATTTGCC CAGACGGTGG CCAGATTGGC CCTGGAGGTG 1980 ATAGGGGCTG AACAGTTGGA GGGCCTGTTT CTCCGGGAGC ATGGAGAAGA GGAGTCTATC 2040 TCCAAGAATT CTGCTTCAGT CCCATCTCGA GCATGGTACA AAGATATCCT CCAGCTCATT 2100 GGCTATGCCA ATCTTCCCCG GGTAGAGGAG TACTGTGAGC GAGTATGGTG TGTTGACCGT 2160 TACCGACGCA AGGGGAAGCA GAGCAAAAGC AAGACATGGC TGGGCACTGA CCTGGGAAAG 2220 AAGGCAAAGA GCCGAGCACA GGGAGAGCGC AATCGGACCC CCCGGGAAGT TGAGGCTACG 2280 TAG 2283