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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| RABIT09836 reference isoform | 723 | 19 |  ENSOCUG00000001317.3 |
Protein Sequence
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MAEEEGPTVD LRHRKKPKSS ENKDPAKEEK VNDTPIPERA PKHVLFQRFA KIFIGCLAAI 60 TSGMMYALYL SAYHERKFWF SNRQELEREI TFQGDSAIYY SYYKDMLKAP SFERGVYELT 120 HNNKTVSLKT INAVQQMSLY PELIASVLYQ ATGSNEIIEP VYFYIGIVFG LQGIYVTALF 180 VTSWLMSGTW LAGMLTVAWF IINRVDTTRI EYSIPLRENW ALPYFACQVA ALTGYLKSNL 240 NTYAERFCYL LMSASTYTFV MMWEYSHYLL FLQAVSLFLL DVFSLEQSDK VHEVYKIYIF 300 SLFLGYLLQF ENPALLVSPL LSLVTALMLT KCLQLNMKKG TFIAKIMKVI NFYLVCALTV 360 TLNVLMKMFV PHKENGHMLK FLEVKFGLNM TKNFTMNWLL CQESLQTPSQ DFFLRLTQSS 420 LLPFYILVLT ICLLSMVQVI FRRINGKSVK ESITLEDGRI GERPEVIYHI IHTVLLGSLA 480 MVIEGLKYIW TPYMCMLAAF GVCSPELWMT LFKWLRLRTV HPILLALILS MAVPTIIGLS 540 LWKEFFPRLM TELTELQEFY DPDTVELMTW IKRQAPLAAV FAGSPQLMGA IKLCTGWMVT 600 SLPVYNDDDL LKRNENIYQI YSKRSAEDIY KILTSYKANY LIVEDAICNE VGTMRGCRVK 660 DLLDVANGHV VCEEGDKLTH SKYGRFCHEV KINYSPYVNY FTRVYWNRSY FVYKINTVIS 720 FQS 723
cDNA Sequence
Download: Fasta
ATGGCGGAGG AAGAAGGACC AACTGTAGAC CTGCGCCACA GAAAAAAGCC AAAGTCTTCA 60 GAAAATAAGG ATCCTGCCAA AGAAGAGAAA GTCAATGACA CTCCAATTCC TGAAAGAGCT 120 CCAAAACATG TGTTATTTCA ACGCTTTGCA AAGATTTTCA TTGGCTGTCT TGCAGCAATT 180 ACTAGTGGCA TGATGTATGC TCTCTACTTA TCAGCATACC ATGAAAGGAA ATTCTGGTTT 240 TCCAACAGGC AGGAACTTGA ACGAGAAATC ACTTTTCAAG GTGACAGTGC CATTTATTAC 300 TCTTACTATA AAGATATGTT AAAGGCGCCT TCATTTGAAA GAGGTGTTTA CGAATTGACA 360 CACAATAACA AGACTGTGTC TCTGAAAACT ATAAATGCAG TGCAACAAAT GTCACTGTAT 420 CCAGAACTTA TTGCCAGTGT TTTATATCAA GCAACTGGCA GCAATGAGAT TATTGAACCA 480 GTATATTTCT ATATTGGCAT TGTCTTTGGA TTGCAGGGAA TTTATGTTAC CGCTTTATTT 540 GTTACAAGTT GGCTTATGAG TGGAACATGG CTGGCAGGAA TGCTTACTGT TGCCTGGTTC 600 ATTATTAACA GGGTAGATAC AACAAGAATT GAATACTCCA TTCCTTTAAG AGAAAACTGG 660 GCACTACCAT ATTTTGCATG CCAAGTTGCT GCACTTACAG GCTATTTAAA AAGCAACTTA 720 AATACTTATG CAGAGAGGTT TTGCTATTTG TTGATGAGTG CCTCAACTTA CACATTTGTG 780 ATGATGTGGG AATATAGCCA CTATCTCTTG TTTCTTCAAG CAGTGTCTCT TTTCCTGCTT 840 GATGTCTTTT CACTGGAACA GAGTGACAAG GTTCATGAAG TTTATAAAAT CTACATATTT 900 TCTCTCTTTC TGGGATATTT ACTACAATTT GAGAATCCAG CTTTATTGGT GTCTCCGTTA 960 TTAAGTTTAG TAACAGCCTT AATGCTCACT AAGTGCCTTC AGTTGAATAT GAAGAAAGGA 1020 ACTTTCATAG CCAAAATAAT GAAAGTGATT AATTTTTACT TGGTGTGTGC TCTGACTGTG 1080 ACATTGAATG TTTTAATGAA GATGTTTGTC CCACACAAAG AAAATGGGCA TATGCTGAAA 1140 TTCCTTGAAG TAAAATTTGG ACTAAATATG ACTAAGAATT TTACAATGAA TTGGCTTCTC 1200 TGTCAAGAAT CCCTGCAGAC ACCATCTCAA GATTTTTTTT TGCGACTAAC ACAGTCTTCT 1260 TTATTACCTT TCTATATTTT AGTGTTAACT ATTTGTCTTC TTTCTATGGT GCAAGTTATT 1320 TTTAGGAGAA TTAATGGTAA GTCTGTGAAA GAAAGTATTA CTCTTGAAGA TGGACGAATT 1380 GGAGAAAGGC CAGAAGTAAT TTATCACATA ATTCATACTG TTTTATTGGG TTCTCTTGCA 1440 ATGGTTATAG AAGGTCTGAA GTACATCTGG ACACCTTATA TGTGCATGTT GGCAGCGTTT 1500 GGCGTGTGTT CTCCTGAACT TTGGATGACA CTTTTCAAGT GGCTGCGATT AAGAACTGTG 1560 CACCCGATAT TGTTGGCTCT TATTCTGAGC ATGGCTGTGC CCACTATAAT AGGTCTCAGT 1620 TTATGGAAAG AGTTCTTCCC AAGATTAATG ACAGAATTAA CAGAACTACA GGAATTCTAT 1680 GATCCAGATA CAGTGGAACT TATGACCTGG ATAAAAAGGC AAGCCCCACT TGCTGCTGTG 1740 TTTGCAGGGA GCCCACAGTT AATGGGTGCC ATTAAATTAT GCACTGGATG GATGGTGACA 1800 AGCTTGCCTG TTTACAATGA CGACGATCTT CTCAAGAGAA ATGAAAATAT CTATCAAATC 1860 TATTCAAAAC GATCTGCTGA GGATATTTAT AAAATACTGA CATCCTACAA GGCTAATTAC 1920 CTAATTGTAG AGGATGCCAT CTGCAATGAG GTGGGAACAA TGAGAGGCTG TAGGGTTAAA 1980 GACTTACTGG ATGTTGCAAA TGGCCATGTG GTTTGTGAAG AAGGTGACAA GTTAACCCAC 2040 TCGAAATATG GGCGATTTTG TCATGAGGTC AAAATTAACT ATTCTCCATA TGTGAATTAT 2100 TTCACTAGAG TATACTGGAA CAGATCCTAC TTTGTATATA AAATCAACAC TGTGATATCC 2160 TTCCAGTCTT GA 2172