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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| ASTMX03844 reference isoform | 608 | 10 |  A0A8T2MHF6 |
Protein Sequence
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MHRTASLLLC LYLGCLACEG ANPCCSQPCQ NRGVCTELGT DAYECDCTRT GYYGQNCTTP 60 ELLTWIKVSL KPLPNTVHYI LTHFKGLWNI INNISFMRDA IMRYVLTSRS HLIDSPPTFN 120 SDYGYKSWEA YSNLSYFTRT LPPVPQDCPT PMGVAGKKEL PDVKIVAEKL LLRRKFIPDP 180 QRTSLMFAFF AQHFSHQFFK TDMKKGPAFT SAKGHGVDLS HIYGEELERQ HKLRLFKDGK 240 LKFQILDGEV YPPTVSDVQV DMHYPPHVPE SHRFAVGHEA FGLVPGLMMY ATIWLREHNR 300 VCDILKQEHP DWDDERLFQT SRLILIGETI KIVIEDYVQH LSGYHFKLKF DPELLFKERF 360 QYQNRISSEF NTLYHWHPLM PDDFHIQDEV FSFKQFIFNT SILTNYGVNN LVESFTKQIA 420 GRVAGGRNVA PAVLMVAMKS IENSRQMRYQ SLNAYRKRFN LKPYVSFEDM TGEKEMAAEL 480 EELYGEVDAV ELYTGLLVEK PRQNAIFGET MVEMGAPYSL KGLMGNPICS PEYWKPSTFG 540 GKVGFDIINT ASLQKLVCNN VKGPCPIASF YVPNVKDSVP TTINASTAHS SQKEVNPTVI 600 LKERTSEL 608
cDNA Sequence
Download: Fasta
ATGCACAGAA CCGCGTCGCT CCTGCTGTGT CTCTATCTGG GGTGCTTGGC TTGCGAAGGA 60 GCCAACCCCT GTTGCTCCCA GCCATGCCAG AATCGAGGTG TGTGTACAGA ACTTGGCACT 120 GATGCTTATG AATGTGACTG CACACGCACT GGATACTATG GGCAAAACTG CACAACACCT 180 GAGCTCCTCA CCTGGATCAA AGTGTCCCTA AAACCATTGC CGAACACAGT GCACTACATC 240 CTCACACACT TCAAAGGCCT ATGGAACATC ATTAACAATA TTTCATTTAT GCGGGATGCC 300 ATCATGCGTT ATGTTCTGAC ATCACGTTCC CATCTGATTG ACAGCCCTCC AACATTCAAT 360 TCCGACTATG GCTACAAGAG CTGGGAGGCC TATTCCAACC TGTCCTACTT CACACGGACC 420 TTACCCCCTG TTCCTCAGGA TTGCCCAACG CCGATGGGTG TCGCAGGTAA AAAAGAGCTA 480 CCAGATGTAA AGATAGTTGC AGAAAAGCTT CTGCTGAGAA GAAAGTTCAT CCCTGACCCG 540 CAGCGAACAA GCCTCATGTT TGCCTTTTTC GCCCAGCACT TTTCACACCA GTTCTTCAAA 600 ACCGACATGA AGAAAGGTCC AGCCTTCACC AGCGCAAAGG GCCATGGAGT TGATCTGAGT 660 CACATTTATG GAGAAGAACT GGAACGCCAG CACAAGCTCC GACTCTTTAA AGATGGGAAG 720 CTAAAATTTC AGATTCTGGA TGGTGAGGTA TACCCACCTA CTGTCAGTGA TGTTCAGGTG 780 GACATGCACT ATCCTCCTCA CGTGCCTGAG TCTCACCGCT TTGCTGTGGG CCATGAAGCC 840 TTCGGCTTGG TCCCAGGCCT CATGATGTAT GCGACAATTT GGCTTCGGGA ACACAACCGC 900 GTCTGCGACA TTCTTAAACA GGAGCATCCG GACTGGGATG ATGAGCGACT CTTCCAGACT 960 TCAAGGCTGA TCCTCATAGG TGAGACCATT AAGATTGTGA TTGAAGATTA TGTGCAGCAC 1020 TTGAGCGGCT ACCACTTCAA GCTCAAATTC GATCCAGAGC TCCTCTTCAA AGAGCGTTTT 1080 CAGTACCAGA ACCGGATCTC CTCTGAGTTT AACACTCTCT ACCACTGGCA CCCACTCATG 1140 CCTGATGACT TTCACATCCA GGACGAGGTT TTCAGCTTCA AGCAGTTCAT CTTCAACACC 1200 TCCATTTTGA CAAACTATGG GGTCAATAAC CTGGTGGAAT CGTTTACCAA GCAGATAGCA 1260 GGAAGGGTGG CCGGTGGTCG TAATGTTGCT CCTGCAGTGT TGATGGTGGC AATGAAGTCT 1320 ATAGAGAACA GCAGACAGAT GCGATATCAG TCACTGAACG CTTACAGGAA GCGCTTCAAC 1380 TTGAAACCCT ATGTCTCCTT TGAGGATATG ACAGGTGAGA AGGAGATGGC GGCAGAGCTG 1440 GAGGAGCTGT ATGGAGAGGT GGACGCCGTG GAGCTATACA CCGGTCTGCT AGTGGAGAAA 1500 CCTAGACAGA ACGCCATCTT CGGGGAAACC ATGGTGGAGA TGGGTGCCCC ATACTCTCTG 1560 AAAGGCCTTA TGGGAAACCC CATTTGCTCC CCTGAGTACT GGAAGCCCAG CACATTCGGT 1620 GGCAAAGTTG GATTTGATAT TATAAACACT GCCTCACTGC AGAAGCTGGT CTGCAATAAC 1680 GTCAAGGGGC CGTGTCCCAT TGCATCTTTT TACGTGCCCA ATGTAAAAGA TTCAGTACCA 1740 ACCACCATCA ACGCAAGTAC AGCCCATTCA AGTCAAAAAG AGGTCAACCC AACAGTAATA 1800 CTTAAAGAAA GGACTTCTGA GCTCTGA 1827