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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CARSF00023 reference isoform | 462 | 4 |  A0A1U7U589 |
Protein Sequence
Download: Fasta
MAKIRRRTCI ILSLFILFVF SLMMGLKMLR PNTATFGAPF GLDLLPELRQ QTIHLGKNFD 60 VQKSDRINSE TNTKNFKSVE ITMKPSKTSE LNLEELPPLN YYLHVFYYSW YGNPQFDGKY 120 IHWNHPVLEH WNPRIAKNFP QGRHNPPDDI GSSFYPELGS YSSRDPSVIE THMRQMRSAS 180 IGVLALSWYP PDSSDENGQP TDDLVPAILE KAHKYNLKVA FHIEPYNNRD DQNMYKNVKY 240 IIDKYGSHPA FYRYKTRTGN NLPMFYVYDS YITKPEKWAN LLTTSGSQSI RNSPYDGLFI 300 ALLVEEKHKY DILQSGFDGV YTYFATNGFT YGSSHQNWAS LKSFCDKYNL IFIPSVGPGY 360 IDTSIRPWNT QNTRNRISGK YYEVALSAAL QALPSLISIT SFNEWHEGTQ IEKAVPKRTS 420 NTVYLDYRPH KPGLYLELTR KWSEKYSKAR LTYASDHQLP VS 462
cDNA Sequence
Download: Fasta
ATGGCAAAGA TTCGGAGAAG GACTTGCATC ATTTTGTCAC TTTTTATTCT ATTTGTTTTC 60 TCTCTGATGA TGGGTTTAAA AATGTTGAGA CCAAATACAG CTACTTTTGG AGCTCCTTTT 120 GGACTTGACC TTCTTCCAGA ACTTCGTCAA CAAACGATTC ATTTGGGCAA GAATTTTGAT 180 GTCCAAAAGA GTGACAGAAT CAACAGTGAA ACAAATACCA AGAATTTTAA AAGTGTTGAA 240 ATCACTATGA AACCTTCCAA AACTTCTGAA CTTAATTTAG AAGAACTGCC ACCTCTGAAT 300 TATTATTTAC ATGTATTTTA CTACAGCTGG TATGGAAATC CACAATTTGA TGGTAAATAT 360 ATACATTGGA ACCACCCAGT GTTGGAACAT TGGAACCCTA GAATAGCCAA GAATTTTCCA 420 CAAGGAAGGC ACAACCCTCC AGATGACATT GGCTCCAGCT TTTATCCTGA GTTGGGAAGT 480 TACAGTTCTC GGGATCCTTC TGTCATAGAA ACTCACATGA GACAAATGCG TTCAGCTTCA 540 ATTGGTGTTT TAGCCCTATC TTGGTACCCT CCTGATTCAA GTGATGAGAA TGGGCAACCG 600 ACTGATGACT TGGTACCTGC TATTTTGGAG AAAGCTCATA AATATAATCT GAAGGTCGCT 660 TTTCACATAG AGCCATATAA CAACCGAGAT GATCAAAACA TGTACAAAAA CGTCAAGTAT 720 ATTATAGACA AATATGGAAG TCATCCAGCC TTTTACAGAT ACAAGACAAG GACTGGCAAC 780 AATCTTCCTA TGTTTTATGT CTATGATTCC TATATCACCA AGCCTGAAAA ATGGGCCAAT 840 CTCTTAACCA CCTCAGGGTC TCAGAGTATT CGCAATTCTC CTTATGATGG ATTGTTTATT 900 GCACTTCTAG TAGAAGAAAA ACACAAATAT GATATTCTTC AAAGTGGTTT TGATGGAGTT 960 TACACATATT TTGCCACAAA TGGCTTTACT TATGGCTCAT CGCATCAGAA TTGGGCTAGC 1020 CTAAAATCCT TTTGTGATAA ATACAACTTA ATATTTATCC CAAGTGTGGG TCCAGGATAC 1080 ATAGATACCA GCATCCGTCC ATGGAACACT CAGAACACCA GGAACCGCAT CAGTGGGAAG 1140 TATTATGAAG TTGCTCTGAG TGCTGCACTT CAGGCACTCC CAAGTTTGAT TTCTATCACC 1200 TCATTTAATG AGTGGCATGA AGGAACTCAG ATTGAAAAAG CTGTTCCCAA AAGAACTAGT 1260 AACACAGTGT ACCTGGATTA CCGTCCTCAT AAGCCTGGTC TTTATCTAGA ACTGACTCGC 1320 AAGTGGTCTG AAAAATACAG TAAGGCAAGA TTAACCTATG CGTCAGATCA CCAGCTGCCT 1380 GTTTCTTAA 1389