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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| BODSA00667 reference isoform | 1052 | 1 |  A0A0S4IVE9 |
Protein Sequence
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MFLKFKSQFL TYGFFSFFFI QTRSMRSWAS LFMFGLYVAA AVQVDQLDGT CLSNNGSYYF 60 APGIWQCSTC PANALVSSDD DSCVCGTGFA VTDARGTCTN CAAQSRGVSF RRTTDNFQVC 120 LPCGGSTVAI ASQFLNATFS STNLKCECAA GYVIIEEVAG VALGAQMCAP CSTSTAISST 180 NICTQCTSPY TYSAGVCVCG TGYTMLSHDG ICVLSTTLTQ LFSGGTGAVL TIAPLNVDNT 240 GVTGTALTSA VISNYLTSSV YRCSLGNQTA CNLLANLCVL SWYDTTSTPC SLIRSLQSLT 300 QSCRGLACEI PTALPWLYYL RSSSEIMQDA SLLAGANLGD DLEFMVSSYD WNGTWLGNSR 360 LVDQISMCEI SSRAAGAFYK AGTNRAISCF LNLRWVLTAP KTQFLELFLL HKGSNTLFPV 420 PVLIDTTTSD LDPTGVFDSD VTRAGASIDG SPASNGYRRR FFVYDNVGGV PLGSSTLKPD 480 FITVARRMMI VMTINAGTSS LYSPLLIVQY QSTMTASLFA AIDTSSVSAL DRMMNNATSG 540 DGTAPSLFQT KTTIDNDKLE QGLMITLIVV SCLCFFTAWT RTYGWMRRQQ MLMFDFDVFG 600 RFLLYLMNHV ANIYALVVLI TTWYIFITYK YQYNLQNAVP ESSKYILPML YTAVAAKGAV 660 ILAKILEQTN ADVFVIDWER SKGQLLRENK MAPISLWRSA FVVNEFNELQ CLRRWRPLLS 720 MMIVVLFLDG LDYARSATSV PTLSSNSDPT AIPNKFLRIA ICSFFWIVVC AVLHILEFQI 780 YYRAVKVHPL QSFIDLCSVS NISVMVLLEP QWGFYIHGES IHAHADVSVE EFQENMFFEA 840 QGNLPTRGFG GNAHCQTFEV FLSTAARQYL NVKYAELQRE FQLQLGGASG PPHIGHHRRA 900 FEFLFGMPGL TRIHSPNAIA IKEQLNNSFK NCVRAAEKLI LPKFGMHAIF DFPPNIMYMN 960 GPFAGEGNAT GGKDMFFRDD SENYGASLLY GIDVDLCLFY MLLFVAIDGS ILNVYGSMVI 1020 TYVVELIIVT YRASEGTANL GRKTLIDDRF FV 1052
cDNA Sequence
Download: Fasta
ATGTTTTTGA AATTCAAGTC TCAATTTTTG ACTTACGGTT TCTTCTCGTT TTTCTTTATT 60 CAAACGAGAT CAATGCGGTC GTGGGCTTCG CTGTTCATGT TTGGGCTGTA CGTTGCTGCA 120 GCAGTTCAAG TCGATCAGCT GGACGGAACT TGTCTCAGCA ACAATGGATC GTACTACTTC 180 GCTCCTGGAA TTTGGCAATG CTCAACGTGT CCTGCCAATG CGCTAGTTTC CTCTGACGAT 240 GATAGCTGTG TTTGTGGGAC CGGATTTGCA GTGACCGACG CTCGAGGCAC TTGCACCAAT 300 TGCGCTGCAC AGAGCCGCGG GGTGAGCTTT CGACGCACCA CAGACAATTT TCAAGTCTGT 360 CTCCCTTGTG GAGGATCTAC TGTGGCCATC GCATCACAAT TCCTCAACGC AACGTTTAGC 420 TCAACGAACT TGAAGTGCGA ATGTGCTGCT GGGTATGTCA TCATTGAAGA AGTTGCAGGC 480 GTAGCGCTAG GGGCACAAAT GTGTGCCCCG TGCTCCACCT CCACTGCGAT CTCGTCCACG 540 AACATTTGCA CGCAGTGCAC AAGCCCATAC ACGTACTCCG CAGGTGTGTG CGTATGCGGC 600 ACGGGCTACA CGATGCTTTC CCATGACGGC ATCTGCGTGC TGTCGACCAC TCTGACTCAA 660 CTGTTCAGTG GTGGCACAGG TGCCGTGCTG ACCATTGCAC CGTTGAATGT AGACAACACT 720 GGCGTCACCG GGACTGCATT GACAAGCGCC GTGATCAGCA ACTACTTGAC AAGCTCCGTG 780 TATCGATGCA GCCTTGGAAA TCAAACTGCT TGTAACCTAC TCGCAAACTT GTGCGTCTTA 840 AGCTGGTACG ATACGACGTC AACGCCGTGT TCGCTTATCA GGAGCCTGCA GTCACTCACC 900 CAGTCATGCC GAGGCCTAGC CTGTGAAATC CCAACAGCAC TGCCGTGGCT CTACTACCTC 960 CGAAGCTCAT CAGAGATCAT GCAGGACGCA TCACTGCTTG CAGGTGCCAA TCTCGGTGAT 1020 GACTTGGAGT TTATGGTATC GTCGTATGAC TGGAATGGCA CGTGGCTTGG GAACAGCAGG 1080 CTCGTGGACC AGATCAGCAT GTGTGAAATT AGCTCGCGGG CAGCTGGAGC GTTCTATAAA 1140 GCGGGGACAA ATCGAGCCAT TTCATGTTTC CTCAACTTAC GGTGGGTGCT GACAGCTCCA 1200 AAGACACAAT TCCTTGAATT ATTTCTCCTG CACAAGGGCA GCAACACACT TTTCCCAGTT 1260 CCTGTGCTAA TTGACACAAC AACGTCGGAT CTTGACCCCA CAGGTGTGTT TGATTCAGAC 1320 GTGACGCGTG CAGGCGCCAG CATCGATGGT TCACCTGCCT CCAATGGATA CCGCCGGAGG 1380 TTCTTTGTGT ACGACAACGT TGGTGGAGTC CCCTTGGGAA GCTCGACCCT CAAACCAGAT 1440 TTTATCACTG TTGCGCGCCG CATGATGATC GTCATGACCA TCAATGCTGG GACATCATCG 1500 CTGTACTCAC CACTGCTGAT CGTACAATAC CAATCCACCA TGACGGCTTC GCTTTTCGCT 1560 GCCATTGACA CATCTTCTGT GAGCGCGCTT GATCGCATGA TGAATAATGC TACAAGCGGC 1620 GATGGTACCG CACCCTCGTT GTTCCAGACG AAGACCACAA TTGACAACGA CAAATTGGAG 1680 CAAGGGCTCA TGATCACGCT GATTGTTGTC TCTTGCTTGT GCTTCTTTAC AGCCTGGACT 1740 CGCACCTATG GCTGGATGCG TCGTCAGCAG ATGCTGATGT TTGACTTCGA TGTGTTTGGG 1800 CGGTTCTTGT TATACTTGAT GAACCACGTC GCCAACATCT ACGCCCTGGT GGTTCTTATC 1860 ACAACGTGGT ACATCTTCAT CACGTACAAG TATCAGTATA ACCTTCAAAA CGCAGTCCCA 1920 GAAAGTAGCA AGTACATCTT ACCGATGCTT TACACAGCTG TTGCAGCAAA AGGAGCAGTC 1980 ATTCTCGCCA AAATTCTGGA ACAAACGAAT GCAGACGTTT TTGTGATTGA TTGGGAACGT 2040 AGCAAAGGTC AACTGCTGCG CGAGAACAAA ATGGCTCCTA TCAGTTTGTG GCGGTCTGCG 2100 TTTGTGGTCA ATGAATTTAA CGAGCTACAG TGCCTTCGTC GATGGCGCCC GCTGCTGTCG 2160 ATGATGATCG TCGTGCTGTT CTTGGATGGC CTAGACTACG CGCGATCAGC AACTTCTGTT 2220 CCCACTCTCT CGTCGAACTC GGATCCAACT GCCATCCCAA ACAAGTTCCT GCGCATTGCA 2280 ATTTGCAGCT TCTTCTGGAT AGTAGTGTGC GCCGTCTTGC ACATTCTTGA ATTTCAGATT 2340 TACTACCGTG CCGTCAAAGT TCACCCGTTA CAATCGTTTA TCGATCTGTG CTCTGTTTCC 2400 AACATTTCCG TGATGGTGTT GCTGGAGCCT CAATGGGGAT TTTATATTCA CGGTGAGTCT 2460 ATTCACGCTC ACGCTGATGT GAGTGTTGAG GAGTTCCAAG AAAACATGTT TTTTGAGGCG 2520 CAGGGAAATC TTCCGACTCG AGGATTCGGC GGCAACGCAC ATTGCCAAAC GTTCGAAGTG 2580 TTCCTCAGTA CCGCAGCAAG GCAGTACTTG AACGTAAAAT ACGCAGAACT TCAACGCGAA 2640 TTTCAGCTTC AGCTTGGCGG TGCTTCAGGG CCACCTCACA TTGGCCATCA CCGCCGCGCA 2700 TTCGAATTTC TTTTTGGGAT GCCCGGACTC ACGCGCATCC ATTCACCCAA CGCCATCGCC 2760 ATCAAGGAGC AGCTCAACAA CTCCTTCAAG AATTGCGTGA GAGCAGCAGA AAAACTGATC 2820 TTGCCAAAAT TCGGCATGCA CGCGATCTTC GACTTTCCTC CAAACATCAT GTACATGAAC 2880 GGCCCATTTG CTGGCGAAGG TAACGCCACT GGAGGCAAAG ATATGTTCTT CCGCGATGAC 2940 TCGGAGAACT ACGGCGCATC ACTACTGTAC GGTATTGACG TAGACCTGTG CTTGTTCTAC 3000 ATGCTGCTCT TCGTTGCCAT CGACGGATCG ATTCTGAATG TGTATGGATC GATGGTGATT 3060 ACGTATGTGG TAGAGCTGAT AATTGTAACA TACAGGGCTT CAGAGGGAAC TGCAAACTTA 3120 GGCCGAAAGA CGCTGATTGA TGATAGGTTC TTTGTCTAG 3159