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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CANLF16022 reference isoform | 408 | 6 |  PAG15_CANLF |
Protein Sequence
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MGLRRGPCPA ALLPGGFLFL LLLADPALLA GRRPPVVLVP GDLGNQLEAK LDKPTVVHYL 60 CSKRTESYFT LWLNLELLLP VIIDCWIDNI RLVYNRTSRA TQFPDGVDVR VPGFGKTFSL 120 EFLDPSKSSV GSYFHTMVES LVDWGYIRGE DVRGAPYDWR RAPNENGPYF LALREMIEEM 180 YQLYGGPVVL VAHSMGNMYT LYFLQRQPQA WKNKYIQAFV ALGAPWGGVA KTLRVLASGD 240 NNRIPVIRPL KIREQQRSAV STSWLLPYNY TWSPEKIFVH TPTANYTLRD YHQFFQDIGF 300 KDGWLMRQDT EGLVEAMVPP GVPLHCLYGT GVPTPDSFYY ESFPDRDPKI CFGDGDGTVN 360 LQSALQCQAW RGHQEHQVSL QALPGSEHIE MLANATTLAY LKRVLLGP 408
cDNA Sequence
Download: Fasta
ATGGGCCTTC GCCGCGGTCC CTGCCCTGCG GCGCTGCTCC CGGGGGGCTT CCTGTTCCTC 60 CTGCTGCTGG CAGACCCGGC GCTCCTCGCT GGACGCCGCC CTCCGGTGGT GCTAGTGCCT 120 GGTGATTTGG GCAACCAGCT GGAGGCAAAG CTAGACAAGC CAACGGTTGT GCACTACCTC 180 TGCTCCAAGA GGACGGAAAG CTACTTCACA CTCTGGCTGA ATCTCGAACT GCTGCTGCCT 240 GTCATCATTG ATTGCTGGAT TGACAATATC AGGCTGGTCT ACAACAGAAC ATCCCGGGCC 300 ACCCAGTTCC CAGATGGTGT GGATGTACGC GTGCCTGGCT TTGGAAAGAC TTTCTCACTG 360 GAGTTCCTGG ACCCCAGCAA AAGTAGTGTG GGTTCCTATT TCCATACCAT GGTAGAGAGC 420 CTTGTGGACT GGGGCTATAT ACGGGGTGAG GATGTCCGGG GTGCCCCCTA CGACTGGCGC 480 CGAGCCCCAA ATGAAAACGG GCCCTACTTC CTGGCCCTCC GGGAGATGAT CGAGGAGATG 540 TACCAGCTGT ATGGGGGACC TGTGGTGCTG GTTGCCCACA GCATGGGCAA CATGTACACA 600 CTCTACTTTC TGCAGCGGCA GCCACAGGCC TGGAAGAACA AGTATATTCA AGCATTTGTG 660 GCACTGGGTG CGCCCTGGGG TGGCGTGGCC AAGACTTTGC GTGTCCTGGC CTCAGGAGAC 720 AACAATCGGA TCCCCGTCAT TAGGCCCCTG AAGATCCGGG AGCAGCAGCG CTCAGCCGTC 780 TCCACCAGCT GGCTGCTGCC TTATAACTAC ACCTGGTCAC CTGAAAAGAT CTTCGTGCAT 840 ACGCCCACAG CCAACTACAC GCTGCGGGAC TATCACCAGT TCTTCCAGGA TATTGGCTTC 900 AAAGATGGAT GGCTCATGCG GCAGGACACG GAGGGGCTGG TGGAAGCCAT GGTGCCGCCC 960 GGCGTGCCGC TGCACTGCCT CTATGGCACT GGTGTCCCCA CGCCAGACTC CTTCTACTAT 1020 GAGAGCTTCC CAGACCGTGA TCCCAAAATC TGCTTTGGCG ACGGTGACGG CACCGTGAAC 1080 TTGCAGAGTG CCCTGCAGTG CCAGGCCTGG CGTGGCCACC AGGAGCACCA AGTGTCTTTG 1140 CAGGCACTGC CAGGCAGCGA GCACATAGAG ATGCTGGCCA ATGCCACTAC CTTGGCCTAT 1200 CTGAAACGTG TGCTCCTTGG GCCCTGA 1227