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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| URSMA20914 reference isoform | 626 | 13 |  A0A452UG58 |
Protein Sequence
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MLSPFCRPQE TEFKVDVQEY LGPLLFVKLH KRHFLQDDAW FCNWIWVQGP GASGDEFRFP 60 CYRWVEGSGV LSLPEGTGRT VGDDPQGLFK QHREQELEER RKLYRWGNWK DGLILNMAGA 120 KISDLPVDER FLEDKKIDFE ASLAKGLADL AIKDSLNVLT CWNDLDDFNR IFWCGQSKLA 180 EKVRDSWKED ALFGYQFLNG TNPVLLRRSA SLPSRLVFPP GMEELKDQLE QELQTSTLFE 240 ADFSLLDGVK ANVILCSQQH LAAPLVMLKL QPDGKLLPMV IQVSSLQLPR XXXXXXXXXX 300 PMAWLLAKCW VRSADFQMHE LQSHLLRGHL MAEVITVATM RCLPSIHPIF KLIIPHLRYT 360 LEINVRARNG LVSDMGIFDQ VVSTGGGGHV ELLQRAGAFL TYRSFCPPDD LADRGLLGVK 420 ASFYAQDALR LWEILARYVQ AMVQLHYKTD EAVRDDSELQ SWCREITEVG LRGAQDRGFP 480 NSLQTRDQMC HFVTMCIFTC TGQHSSTHLG QLDWYSWVPN APCTMRMPPP TTKDVTLKTL 540 MATLPNFHQA SLQMSIVWQL GRRQPLMVAL GQHQEEYFSG PGPKAVLQKF REELTVLQKE 600 IETRNAKLDM PYEYLLPSLV ENSVAI 626
cDNA Sequence
Download: Fasta
ATGCTGAGCC CCTTCTGTCG CCCGCAGGAG ACGGAGTTCA AGGTGGATGT GCAGGAGTAC 60 CTGGGCCCGC TGCTGTTCGT GAAACTGCAC AAACGGCACT TCCTTCAGGA CGACGCCTGG 120 TTCTGCAACT GGATCTGGGT GCAGGGCCCC GGGGCCAGTG GGGACGAGTT CAGGTTCCCC 180 TGCTACCGCT GGGTGGAGGG CAGCGGCGTT CTGAGCCTCC CCGAGGGCAC CGGCCGGACC 240 GTGGGAGACG ACCCTCAAGG CCTGTTCAAG CAACACAGGG AGCAGGAGCT GGAAGAGAGG 300 AGGAAGCTCT ACCGATGGGG TAACTGGAAG GATGGGCTAA TCCTCAATAT GGCCGGGGCC 360 AAGATCAGTG ACCTCCCCGT AGACGAGCGT TTTCTGGAAG ACAAGAAAAT TGATTTTGAG 420 GCTTCGCTGG CCAAGGGGCT GGCAGACCTA GCCATCAAAG ACTCTTTGAA TGTTCTGACT 480 TGCTGGAATG ATCTGGATGA CTTCAACCGG ATTTTCTGGT GTGGCCAGAG CAAATTGGCC 540 GAGAAGGTGC GGGACTCCTG GAAAGAGGAC GCCTTGTTTG GGTACCAGTT TCTCAACGGC 600 ACGAACCCCG TGCTTCTGAG GCGCTCTGCG AGTCTTCCTT CCCGCCTGGT GTTCCCTCCG 660 GGGATGGAGG AGCTGAAGGA CCAGCTGGAG CAGGAGCTGC AGACAAGCAC GCTGTTCGAG 720 GCGGACTTCT CGCTCCTGGA TGGGGTCAAG GCCAATGTCA TCCTGTGCAG CCAGCAGCAC 780 CTGGCCGCCC CTCTGGTCAT GCTCAAACTG CAGCCTGATG GGAAACTCTT GCCCATGGTC 840 ATCCAGGTGA GTTCTCTCCA GCTGCCACGT NNNNNNNNNN NNNNNNNNNN NNNNNNNNCC 900 CCGATGGCCT GGCTCCTGGC CAAGTGCTGG GTCCGCAGCG CTGACTTCCA GATGCACGAG 960 CTGCAGTCTC ACCTGCTGCG GGGACACCTG ATGGCGGAGG TCATCACTGT GGCCACCATG 1020 AGGTGCCTTC CGTCCATACA CCCCATCTTC AAGCTTATCA TTCCCCACCT GCGCTATACC 1080 TTGGAAATTA ACGTCCGGGC CAGGAACGGG CTTGTCTCTG ACATGGGAAT TTTCGACCAG 1140 GTGGTGAGCA CAGGTGGCGG GGGCCACGTG GAGCTGCTCC AGCGAGCGGG CGCCTTCCTC 1200 ACCTATCGCT CCTTCTGCCC CCCTGATGAC CTGGCCGACC GGGGGCTCCT GGGAGTCAAG 1260 GCTTCCTTCT ACGCCCAAGA TGCCCTGCGG CTGTGGGAAA TCCTGGCTCG CTACGTGCAG 1320 GCCATGGTGC AACTCCACTA CAAGACGGAC GAGGCCGTGA GAGATGATTC GGAGCTTCAG 1380 TCCTGGTGTC GAGAGATCAC TGAGGTCGGG CTGCGTGGGG CCCAGGACCG GGGCTTCCCC 1440 AACTCCTTAC AGACCCGGGA CCAGATGTGC CACTTTGTCA CCATGTGCAT ATTCACCTGT 1500 ACCGGCCAGC ATTCCTCCAC CCACCTGGGC CAGCTGGACT GGTACTCTTG GGTCCCTAAC 1560 GCGCCCTGCA CCATGAGGAT GCCCCCGCCG ACCACCAAGG ACGTGACACT GAAGACACTG 1620 ATGGCGACAC TGCCCAACTT CCATCAGGCT TCCCTGCAGA TGTCCATTGT CTGGCAGCTG 1680 GGCCGACGCC AGCCTCTAAT GGTGGCTCTG GGCCAGCACC AGGAGGAGTA TTTCTCAGGT 1740 CCTGGACCCA AGGCCGTGCT GCAGAAGTTC AGGGAGGAGC TGACTGTCCT CCAGAAGGAA 1800 ATTGAGACCC GGAATGCAAA GCTGGACATG CCCTATGAGT ACCTGCTGCC CAGCCTGGTG 1860 GAAAACAGCG TGGCCATCTG A 1881