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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| ANOCA07356 reference isoform | 515 | 11 |  G1KAM3 |
Protein Sequence
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MSSVATYYNE KSVLVTGATG FMGKVLVEKL LRSSPDVKAI YILVRPKAGQ LMQNRVEHMV 60 KCKLFDRVRE ECPNFHEKIK PISAELTHPN LAINPEDTAE LLSEVNIVFH CAATVRFDEP 120 LKHALLLNVR GTQQLLALAR QMKNLETFIH VSTAYANCNQ RYIDEIIYPP PMEPKKLLDL 180 VEWMDEFLIE EITPKLIGDW PNTYTFTKAL AEYLLQQEKG NINVAIVRPS IVGASWHEPF 240 PGWIDNFNGT SGIFIAAGKG IIRTVKCNVE AVADIVPVDV AINLILATGW YTAVHRPKSM 300 LIYNCTTGGM NPFCWGEMEH HVISTYKRNP LEKAFRIPKA NMTSNYLMHQ YWTAVSHKAP 360 AFLYDLYLRL TGRKPRMMKL FSRLHKSMTF FEYFTSRTWE WSSDNMNMLM NQLSPKDKKL 420 FCFDVRQLHW SEYIENYCLG TKKYLLNEDM AGIPAAKQHL RKLRNIQYAL NTIFLVIIWR 480 IFIARSQMAQ NIWYFVVNLC YKFLSYFRAS STLRH 515
cDNA Sequence
Download: Fasta
ATGTCTTCAG TTGCAACTTA CTATAATGAG AAGTCAGTAC TTGTTACAGG AGCTACAGGT 60 TTCATGGGCA AAGTACTTGT GGAAAAACTT CTGCGCTCCA GCCCAGATGT GAAAGCAATT 120 TATATTCTGG TGCGGCCTAA AGCTGGACAG TTGATGCAAA ACAGAGTGGA GCATATGGTG 180 AAATGCAAGT TATTTGACAG AGTCCGTGAA GAGTGCCCCA ATTTCCATGA GAAGATTAAA 240 CCAATAAGTG CTGAACTCAC CCACCCAAAC TTGGCCATCA ATCCAGAGGA TACAGCAGAG 300 CTCCTGTCTG AAGTCAACAT TGTTTTCCAT TGTGCTGCAA CTGTTCGCTT TGATGAACCA 360 CTGAAGCATG CCCTTTTGCT AAATGTCAGG GGCACACAAC AACTCCTGGC GCTGGCTCGC 420 CAGATGAAGA ACCTTGAGAC TTTCATCCAC GTTTCAACTG CCTATGCAAA CTGTAATCAG 480 AGATACATTG ACGAAATCAT CTATCCTCCT CCCATGGAGC CCAAGAAACT TTTAGATCTT 540 GTGGAGTGGA TGGATGAGTT CCTCATTGAA GAAATCACAC CCAAGTTGAT TGGAGACTGG 600 CCCAATACCT ACACATTCAC TAAAGCCTTG GCAGAATATC TGCTTCAGCA AGAGAAAGGG 660 AACATTAATG TTGCCATTGT CCGGCCATCC ATTGTGGGAG CCAGCTGGCA TGAGCCTTTT 720 CCCGGTTGGA TTGACAATTT CAACGGAACA AGTGGCATCT TTATTGCGGC TGGAAAGGGA 780 ATTATACGGA CTGTTAAATG CAACGTGGAG GCAGTAGCAG ATATTGTTCC TGTAGATGTT 840 GCTATCAATT TAATTCTGGC TACTGGGTGG TACACTGCAG TTCACAGACC AAAATCAATG 900 CTGATATATA ATTGTACCAC AGGTGGTATG AATCCATTTT GCTGGGGAGA GATGGAACAT 960 CATGTCATAT CTACATACAA GAGGAACCCA CTGGAGAAAG CCTTTAGAAT ACCTAAGGCT 1020 AACATGACCT CAAATTACTT GATGCACCAG TATTGGACAG CTGTCAGTCA CAAAGCTCCA 1080 GCCTTTCTCT ATGATTTGTA TCTGAGACTA ACTGGAAGGA AACCAAGAAT GATGAAGCTA 1140 TTCAGTCGTC TGCACAAGTC TATGACATTC TTTGAATATT TTACCAGCCG TACCTGGGAA 1200 TGGAGTTCAG ACAATATGAA TATGTTAATG AACCAGCTCA GTCCAAAGGA CAAAAAGTTA 1260 TTTTGCTTCG ATGTCCGTCA GCTGCATTGG TCAGAATACA TAGAAAACTA CTGCTTAGGA 1320 ACGAAGAAAT ACCTTTTGAA TGAAGATATG GCTGGAATTC CTGCAGCAAA GCAGCACTTG 1380 AGAAAGCTCA GGAATATTCA GTATGCACTT AATACCATCT TTCTTGTGAT CATCTGGCGC 1440 ATTTTTATTG CAAGGTCACA AATGGCTCAG AACATATGGT ACTTTGTGGT GAACCTCTGC 1500 TACAAGTTCC TTAGCTACTT CAGAGCTTCC AGCACCCTCA GGCATTGA 1548