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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| PANTR38838 reference isoform | 423 | 10 |  A0A6D2X3N1 |
Protein Sequence
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MKPNFSLRLR IFNLNCWGIP YLSKHRANRM RRLGDFLNQE SFDLALLEEV WSEQDFQYLR 60 QKLSPTYPAA HHFRSGIIGS GLCVFSKHPI QELTQHIYTL NGYPYMIHHG DWFSGKAVGL 120 LVLHLSGMVL NAYVTHLHAE YNRRKDIYLA HRVAQAWELA QFIHHTSKKA DVVLLCGDLN 180 MHPEDLGCCL LKEWTGLHDA YLETRDFKGS EEGNTMVPKN CYVSQQELKP FPFGVRIDYV 240 LYKAVSGFYI SCKSLETTTG FDPHSGTPLS DHEALMATLF VRHSPPQQNP SSTHGPAERS 300 PLMCVLKEAW TELGLGMAQA RWWATFASYV IGLGLLLLAL LCVLAAGGGA GEAAILLWTP 360 SVGLVLWAGA FYLFHVQEVN GLYRAQAELQ HVLGRAREAQ DLGPEPQPAL LLGQQEGDRT 420 KEQ 423
cDNA Sequence
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ATGAAGCCCA ACTTCTCCCT GCGACTGCGG ATCTTCAACC TCAACTGCTG GGGCATTCCG 60 TACTTGAGCA AGCACCGGGC CAACCGCATG AGGCGCCTGG GAGACTTTCT GAACCAGGAG 120 AGCTTCGACC TGGCTTTGCT GGAGGAGGTG TGGAGTGAGC AGGACTTCCA GTACCTGAGA 180 CAGAAGCTGT CACCTACCTA CCCAGCTGCA CACCACTTCC GGAGCGGAAT CATTGGCAGT 240 GGCCTCTGTG TCTTCTCCAA ACATCCAATC CAGGAGCTCA CCCAGCACAT CTACACTCTC 300 AATGGCTACC CCTACATGAT CCATCATGGT GACTGGTTCA GTGGGAAGGC TGTGGGGCTG 360 CTGGTGCTCC ATCTAAGCGG CATGGTGCTC AACGCCTATG TGACCCATCT CCATGCCGAA 420 TACAATCGAC GGAAGGACAT CTACCTAGCA CATCGTGTGG CCCAAGCTTG GGAATTGGCC 480 CAGTTCATCC ACCACACATC CAAGAAGGCA GACGTGGTTC TGTTGTGTGG AGACCTCAAC 540 ATGCACCCAG AAGACCTGGG CTGCTGCCTG CTGAAGGAGT GGACAGGGCT TCATGATGCC 600 TATCTTGAAA CTCGGGACTT CAAGGGCTCT GAAGAAGGCA ACACAATGGT ACCCAAGAAC 660 TGCTACGTCA GCCAGCAGGA GCTGAAGCCA TTTCCCTTTG GTGTCCGCAT TGACTACGTG 720 CTTTACAAGG CAGTTTCTGG GTTTTACATC TCCTGTAAGA GTCTTGAAAC CACTACAGGC 780 TTTGACCCTC ACAGTGGCAC CCCCCTCTCT GATCATGAAG CCCTGATGGC TACTCTGTTT 840 GTGAGGCACA GCCCCCCACA GCAGAACCCC AGCTCTACCC ACGGACCAGC AGAGAGGTCG 900 CCGTTGATGT GTGTGCTAAA GGAGGCCTGG ACGGAGCTGG GTCTGGGCAT GGCTCAGGCT 960 CGCTGGTGGG CCACCTTCGC TAGCTATGTG ATTGGCCTGG GGCTGCTTCT CCTGGCACTG 1020 CTGTGTGTCC TGGCGGCTGG AGGAGGGGCC GGGGAAGCTG CCATACTGCT CTGGACCCCC 1080 AGTGTAGGGC TGGTGCTGTG GGCAGGTGCA TTCTACCTCT TCCACGTACA GGAAGTCAAT 1140 GGCTTATATA GGGCCCAGGC TGAGCTCCAG CATGTGCTAG GAAGGGCAAG GGAGGCCCAG 1200 GATCTGGGCC CAGAGCCTCA GCCAGCCCTA CTCCTGGGGC AGCAGGAGGG GGACAGAACT 1260 AAAGAACAAT AA 1272