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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| PANTR39931 | 455 | 14 |  A0A2I3RUW3 | |||
| PANTR39932 | 459 | 14 | A0A6D2XFT2 | |||
| PANTR39934 | 439 | 13 | A0A2I3ST53 | |||
| PANTR39935 | 440 | 13 | A0A2I3RWL5 | |||
| PANTR39936 | 515 | 14 | A0A2I3SIK0 | |||
| PANTR39933 reference isoform | 545 | 14 | A0A2I3RWC3 |
Protein Sequence
Download: Fasta
AAGAPRLLGP GAVRGPAGVG RVAAGAMEGV LYKWTNYLSG WQPRWFLLCG GILSYYDSPE 60 DAWKGCKGSI QMAVCEIQVH SVDNTRMDLI IPGEQYFYLK ARSVAERQRW LVALGSAKAC 120 LTDSRTQKEK EFAENTENLK TKMSELRLYC DLLVQQVDKT KEVTTTGVSN SEEGIDVGTL 180 LKSTCNTFLK TLEECMQIAN AAFTSELLYR TPPGSPQLAM LKSSKMKHPI IPIHNSLERQ 240 MELSTCENGS LNMEINGEEE ILMKNKNSLY LKSAEIDCSI SSEENTDDNI TVQGEIRKED 300 GLENLKNHDN NLTQSGSDSS CSPECLWEEG KEVIPTFFST MNTSFSDIEL LEDSGIPTEA 360 FLASCYAVVP VLDKLGPTVF APVKMDLVGN IKKVNQKYIT NKEEFTTLQK IVLHEVEADV 420 AQVRNSATEA LLWLKRGLKF LKGFLTEVKN GEKDIQTALN NAYGKTLRQH HGWVVRGVFA 480 LALRAAPSYE DFVAALTVKE GDHQKEAFSI GMQRDLSLYL PAMEKQLAIL DTLYEVHGLE 540 SDEVV 545
cDNA Sequence
Download: Fasta
GCTGCTGGTG CTCCTCGCCT CTTGGGGCCT GGGGCAGTGA GGGGGCCGGC GGGCGTGGGC 60 CGAGTGGCCG CGGGCGCCAT GGAGGGGGTG CTGTACAAGT GGACCAACTA TCTGAGCGGT 120 TGGCAGCCTC GATGGTTCCT TCTCTGTGGG GGAATATTGT CCTATTATGA TTCTCCTGAA 180 GATGCCTGGA AAGGTTGCAA AGGGAGCATA CAAATGGCAG TCTGTGAAAT TCAAGTTCAT 240 TCTGTAGATA ATACACGCAT GGACCTGATA ATCCCTGGGG AACAGTATTT CTACCTGAAG 300 GCCAGAAGTG TGGCTGAAAG ACAGCGGTGG CTGGTGGCCC TGGGATCAGC CAAGGCTTGC 360 CTGACTGACA GTAGGACCCA GAAGGAGAAA GAGTTTGCTG AAAACACTGA AAACTTGAAA 420 ACCAAAATGT CAGAACTAAG ACTCTACTGT GACCTCCTTG TTCAGCAAGT AGATAAAACA 480 AAAGAAGTGA CCACAACTGG TGTGTCCAAT TCTGAGGAGG GAATTGATGT GGGAACTTTG 540 CTGAAATCAA CCTGTAATAC TTTTCTGAAG ACCTTGGAAG AATGCATGCA GATCGCAAAT 600 GCAGCCTTCA CCTCTGAGCT GCTCTACCGC ACTCCACCAG GATCACCTCA GCTGGCCATG 660 CTCAAGTCCA GCAAGATGAA ACATCCTATT ATACCAATTC ATAATTCATT GGAAAGGCAA 720 ATGGAGTTGA GCACTTGTGA AAATGGATCT TTAAATATGG AAATAAATGG TGAGGAAGAA 780 ATCCTAATGA AAAATAAGAA TTCCTTATAT TTGAAATCTG CAGAGATAGA CTGCAGCATA 840 TCAAGTGAGG AAAATACAGA TGATAATATA ACAGTCCAAG GTGAAATAAG GAAGGAAGAT 900 GGATTGGAAA ACCTGAAAAA TCATGACAAT AACTTGACTC AGTCTGGATC AGACTCAAGT 960 TGCTCCCCGG AATGCCTCTG GGAGGAAGGC AAAGAAGTTA TCCCAACTTT CTTTAGTACC 1020 ATGAACACAA GCTTTAGTGA CATTGAACTT CTGGAAGACA GTGGCATTCC CACAGAAGCA 1080 TTCTTGGCAT CATGTTATGC TGTGGTTCCA GTATTAGACA AACTTGGCCC TACAGTGTTT 1140 GCTCCTGTTA AGATGGATCT TGTTGGAAAT ATTAAGAAAG TAAATCAGAA GTATATAACC 1200 AACAAAGAAG AGTTTACCAC TCTCCAGAAG ATAGTGCTGC ATGAAGTGGA GGCGGATGTA 1260 GCCCAGGTTA GGAACTCAGC GACTGAAGCC CTCTTGTGGC TGAAGAGAGG TCTCAAATTT 1320 TTGAAGGGAT TTTTGACAGA AGTGAAAAAT GGGGAGAAGG ATATCCAGAC AGCCCTAAAT 1380 AACGCATATG GTAAAACGTT GCGGCAACAC CATGGCTGGG TAGTTCGAGG GGTTTTTGCG 1440 TTAGCTTTAA GGGCAGCTCC ATCCTATGAA GATTTTGTGG CCGCGTTAAC CGTAAAGGAA 1500 GGTGACCACC AGAAAGAAGC TTTCAGTATT GGGATGCAGA GGGACCTCAG CCTTTACCTC 1560 CCTGCCATGG AGAAGCAGCT GGCCATACTG GACACTTTAT ATGAGGTCCA CGGGCTGGAA 1620 TCTGATGAGG TGGTATGA 1638