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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| SINGR44031 | 567 | 11 |  A0A672RMA0 | |||
| SINGR44030 reference isoform | 567 | 11 | A0A672RMA0 |
Protein Sequence
Download: Fasta
METNPIPILT IQTTPFDDQR PGTNGLRKKT AVFESKKNYL QNYIQSLLSS IDLRDRQGCT 60 MVVGSDGRYF SRAATEVIVQ MTAANGIGRL VIGHNGILST PAVSCIIRKI KAIGGIILTA 120 SHSPGGPGGD FGIKFNVANG GPSPDTVMER IHQVSRTLEE YAICPDLHID LSRLGRHDFD 180 LENKFKPFRV EIVDSVEIYL NMLRGIFDFG AIKCLLTGPK QLKIRIDAMN GVMGPYVRRI 240 LCDELGAPAN SAVNCVPLED FGGQHPNPNP AFAAPLVDSM KGGEFGFGAA FDADGDRYMI 300 IGENGFFVSP SDSLAVMAAN LSCIPYFSQR GIRGFARSMP TSTAIDRVAK AMKVALYETP 360 TGWRFFGNLM DSGRCSFCGE ESFGTGSDHI RDKDGLWSVL VWLSFMAVRK QGVEEIVRDH 420 WAKMGRNYFC RFDYEGVDGR AAYYLMRDLE AVITDKAFTT QKFSVGNNIY SVEKADNFEY 480 IDPVDGSVSR KQGLRIIFTD SSRIIFRLSG SGAGTGATVR IYAESYERDP ERHNRETQVV 540 LGPLIAIALK ISNIHERTEH RGPNVIT 567
cDNA Sequence
Download: Fasta
ATGGAAACTA ACCCTATACC CATTTTGACT ATCCAAACTA CCCCCTTCGA TGACCAGAGA 60 CCAGGGACGA ATGGGCTGCG AAAGAAGACA GCGGTTTTCG AAAGTAAAAA GAACTATCTG 120 CAAAATTACA TCCAAAGCTT GCTGTCCTCC ATCGACTTGA GGGACCGTCA GGGATGCACT 180 ATGGTGGTGG GCAGCGATGG AAGATACTTC AGCCGGGCTG CAACTGAAGT CATCGTTCAA 240 ATGACAGCTG CCAATGGGAT TGGACGTCTG GTCATTGGAC ACAACGGGAT CCTGTCCACC 300 CCAGCGGTCT CCTGCATCAT CAGGAAGATA AAAGCCATTG GTGGGATCAT TCTCACTGCA 360 AGCCACAGTC CAGGAGGCCC AGGAGGAGAC TTTGGGATCA AATTTAATGT TGCTAATGGA 420 GGACCATCTC CAGACACAGT GATGGAGAGG ATCCATCAGG TGAGTCGCAC ACTAGAGGAG 480 TACGCCATCT GCCCTGACCT CCACATCGAC CTGTCCCGCC TTGGCCGTCA TGACTTTGAC 540 TTGGAGAACA AGTTTAAGCC CTTCAGAGTT GAGATTGTGG ATTCAGTTGA GATCTATCTA 600 AACATGTTGC GAGGAATTTT TGACTTTGGT GCCATCAAGT GCTTGCTGAC AGGTCCAAAA 660 CAACTGAAGA TCCGAATAGA TGCCATGAAT GGAGTTATGG GACCATATGT CAGAAGAATC 720 TTATGTGATG AGCTCGGGGC TCCAGCTAAT TCTGCTGTTA ACTGCGTCCC TCTGGAGGAC 780 TTTGGAGGCC AACACCCCAA CCCTAACCCT GCATTCGCTG CACCTCTGGT GGACTCCATG 840 AAGGGGGGAG AGTTTGGCTT TGGGGCTGCT TTTGATGCAG ATGGGGATCG TTACATGATT 900 ATTGGTGAGA ATGGATTCTT TGTGAGCCCG TCAGATTCAC TGGCAGTGAT GGCTGCAAAC 960 CTCTCCTGCA TCCCTTACTT CAGTCAGAGA GGAATCAGAG GTTTTGCCCG CAGTATGCCA 1020 ACCAGCACAG CCATTGACAG GGTTGCTAAG GCTATGAAGG TGGCACTTTA TGAAACTCCC 1080 ACAGGCTGGA GATTTTTTGG CAACCTGATG GATTCTGGGA GGTGTTCATT CTGTGGAGAG 1140 GAGAGCTTTG GAACAGGTTC AGACCACATC CGCGATAAAG ACGGCCTGTG GTCAGTTCTG 1200 GTATGGTTGT CCTTCATGGC AGTGCGAAAG CAGGGGGTGG AGGAAATAGT AAGAGATCAC 1260 TGGGCCAAAA TGGGACGCAA CTACTTCTGC AGGTTTGACT ATGAAGGGGT GGACGGCAGG 1320 GCAGCGTATT ACCTCATGAG AGATCTGGAA GCTGTTATCA CTGATAAAGC TTTTACCACT 1380 CAGAAGTTTT CTGTGGGTAA TAACATCTAC AGTGTGGAGA AGGCTGATAA TTTTGAGTAC 1440 ATTGACCCAG TGGACGGCAG TGTGTCTAGG AAACAGGGCC TAAGGATCAT CTTCACAGAC 1500 TCGTCCCGAA TCATCTTCCG GCTCAGTGGT TCTGGTGCTG GAACCGGGGC CACTGTCCGT 1560 ATCTACGCAG AGAGCTACGA GAGAGACCCA GAGAGACACA ACAGAGAGAC TCAGGTTGTG 1620 CTGGGTCCAC TCATTGCCAT TGCTCTAAAA ATCTCCAACA TCCATGAACG AACTGAACAC 1680 AGAGGCCCCA ACGTGATCAC CTGA 1704