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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| SERDU31486 reference isoform | 552 | 3 |  A0A3B4TZ46 |
Protein Sequence
Download: Fasta
MLLVLLLVCV AFQTFVTRSA RTDKLTEPGP GPGLPDLRFT VNKQPSPSLQ KVWEHWQNTR 60 PLQTDRPDLH HQKGGHRKPS DNILLTHVDK ILNPAAGSQL EEQLDPGPLV LRSTRNHLTA 120 GPVERLVHSP TTSSDRTKIS CHPKSHIVFL KTHKTASSTI LNVLYRYGES RNLTFALPVN 180 KHSQLFYPFF FASHFVEGVS SRRVKEFNIM CNHMRFRKSE VVKVMPDDTF YFSILRHPVS 240 MMESIFIYYK SIPAFHKTRS LDDFLDNSWR TYNSSVTNNH YAHNILAFDF GFDNNAAADA 300 DDLEERASRA VAAIERDFHL VLISEYFDES MVLLRHALCW SLEDMVSFKL NSRSERTRHQ 360 LSADTPEKIR RWNALDWRIY LHFNATFWHK VDSLVGREQM KREVSQLREL QLKLANTCLK 420 DGGAVDPSQI KDAGLKPFQY GAAVIQGYNL NPDLDPQTRT QCQRLITPEL QYTERLYTQQ 480 FPELAAKLKH APRKVPPQRQ RSDRAAVMGG VWSSGGHHRP VIRHRVSNLI NLKASTSGLL 540 AHTAAHNKTG VP 552
cDNA Sequence
Download: Fasta
ATGCTGCTCG TCCTGCTCCT GGTCTGTGTC GCCTTCCAGA CATTTGTCAC CCGCTCAGCC 60 AGGACTGACA AGCTGACAGA ACCAGGACCA GGACCAGGAC TACCAGATCT GAGATTCACT 120 GTCAACAAAC AGCCGAGTCC TTCCCTGCAG AAGGTCTGGG AACACTGGCA GAACACAAGA 180 CCACTACAGA CAGACAGACC AGATCTTCAT CACCAGAAGG GGGGCCATAG AAAACCATCA 240 GATAATATTC TGTTGACCCA TGTGGATAAA ATCCTGAACC CTGCTGCAGG TTCTCAGCTG 300 GAGGAGCAGC TTGATCCAGG TCCTCTGGTC CTCCGCAGCA CCAGGAACCA TCTGACTGCA 360 GGTCCAGTAG AGAGACTCGT CCACAGTCCC ACCACATCCA GTGACAGGAC TAAAATTAGC 420 TGCCACCCAA AGTCTCACAT CGTCTTCCTG AAGACGCACA AAACAGCCAG TAGCACCATC 480 TTAAACGTCC TGTATCGCTA CGGAGAGAGC AGGAACCTGA CCTTTGCCCT CCCAGTGAAC 540 AAACACAGTC AGCTGTTTTA CCCGTTCTTC TTTGCCTCTC ACTTCGTGGA GGGAGTCAGC 600 AGCAGGAGAG TGAAGGAGTT CAACATCATG TGCAACCACA TGAGGTTCAG GAAGTCTGAG 660 GTGGTCAAAG TGATGCCGGA CGACACCTTC TACTTCTCCA TCCTGAGACA TCCTGTGTCC 720 ATGATGGAGT CCATCTTTAT TTACTACAAG AGCATCCCAG CCTTCCACAA GACTCGCAGC 780 CTGGACGACT TCCTGGACAA CAGCTGGAGG ACCTACAACT CCTCTGTGAC CAACAACCAC 840 TACGCTCACA ACATCTTGGC CTTTGACTTC GGCTTCGACA ACAACGCGGC AGCTGACGCC 900 GACGACCTGG AGGAGAGAGC CAGCAGAGCC GTGGCTGCCA TCGAGCGGGA CTTCCACCTC 960 GTTCTGATCT CAGAGTACTT TGACGAGTCC ATGGTCCTGC TCAGACACGC CCTCTGCTGG 1020 TCCCTGGAAG ACATGGTTTC CTTCAAGCTC AACAGTCGCA GTGAGAGAAC TCGTCATCAG 1080 CTGTCAGCAG ACACTCCAGA GAAGATCCGG AGATGGAACG CTCTGGACTG GAGGATCTAC 1140 CTGCACTTCA ACGCCACCTT CTGGCACAAG GTGGACAGTC TGGTTGGTCG AGAGCAGATG 1200 AAGAGGGAGG TGTCTCAGCT GAGAGAGCTG CAGCTCAAAC TTGCAAACAC CTGCCTGAAA 1260 GATGGCGGAG CAGTCGACCC CTCCCAGATT AAAGACGCTG GGCTGAAGCC GTTCCAATAT 1320 GGAGCAGCTG TCATTCAGGG CTACAATCTG AACCCAGACT TAGACCCCCA GACCAGGACC 1380 CAGTGTCAGA GACTGATCAC CCCAGAGCTG CAATACACTG AGCGTCTGTA CACCCAGCAG 1440 TTCCCTGAGC TAGCTGCTAA ACTCAAACAC GCTCCGAGGA AGGTTCCTCC TCAGCGCCAG 1500 CGCTCAGACA GAGCCGCTGT GATGGGAGGG GTCTGGTCCA GTGGGGGGCA CCACAGACCC 1560 GTCATCAGAC ACAGAGTCTC AAACCTCATA AACCTAAAGG CCTCCACAAG TGGCCTGTTA 1620 GCGCACACAG CAGCTCACAA TAAGACAGGT GTGCCGTGA 1659