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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| PANLE23362 reference isoform | 399 | 5 |  A0A8C9D139 |
Protein Sequence
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MIHANLKKKF SCCVLAFLLF AIICVWKEKK KGTYYDSLKL QSKDFQVLRG LEKQAETSSS 60 TQDPHRGSQA LSSPRGPAKA KPEASFQVWN KDSSSKNLIP RLQKIWRNYL NMNKYKVSYK 120 GPGPGVKLSA EALHCHLRER VNVSMVEVTD FPFNTSEWEG FLPKENIRTK AGPWGTCAVV 180 SSAGSLKSSQ LGREIDDHDA VLRFNGAPTA NFQQDVGTKT TIRLMNSQLV TTEGRFLKDS 240 LYNEGILIVW DPSVYHSDIP KWYQSPDYSF FENYKSYRKL HPDQPFYILR PQMPWELWDI 300 IQEVSPEEIQ PNPPSSGMLG IIIMMTLCDQ VDIYEFLPSK RKTDVCYYYQ KFFDSACTMG 360 AYHPLLFEKN LVKHLNQGTD EDIYLLGKAT LPGFRRIRC 399
cDNA Sequence
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ATGATTCACG CCAACTTGAA GAAAAAGTTC AGCTGCTGTG TGCTGGCCTT TCTGCTGTTT 60 GCAATCATCT GTGTGTGGAA GGAGAAGAAG AAAGGGACTT ACTATGATTC CCTTAAGTTG 120 CAAAGCAAGG ATTTCCAGGT GTTGAGAGGT CTGGAGAAAC AGGCTGAGAC TTCAAGCAGC 180 ACCCAGGACC CCCACAGGGG CAGCCAGGCC CTCAGCAGCC CCCGGGGCCC AGCCAAGGCC 240 AAGCCGGAGG CCTCCTTCCA GGTGTGGAAC AAGGACAGCT CTTCCAAAAA CCTCATCCCC 300 AGGCTGCAGA AGATCTGGAG GAATTACCTG AATATGAACA AGTATAAAGT GTCCTATAAG 360 GGGCCAGGGC CGGGGGTCAA GTTGAGTGCC GAGGCCCTGC ACTGCCACCT CCGGGAACGT 420 GTGAACGTCT CCATGGTAGA GGTCACAGAT TTTCCCTTCA ACACCTCCGA GTGGGAAGGC 480 TTCCTGCCCA AGGAGAACAT TAGGACCAAG GCTGGGCCGT GGGGCACGTG TGCTGTGGTC 540 TCATCGGCAG GATCTCTGAA GTCCTCCCAG CTCGGCCGAG AAATAGATGA TCATGACGCA 600 GTCCTGAGAT TTAATGGGGC GCCCACAGCC AATTTCCAAC AAGATGTGGG CACGAAAACC 660 ACTATTCGCC TGATGAATTC TCAGTTGGTC ACCACTGAAG GGCGCTTCCT CAAAGACAGT 720 TTGTACAACG AGGGAATCCT AATTGTGTGG GACCCATCTG TTTACCATTC AGATATCCCA 780 AAGTGGTACC AGAGCCCTGA CTACAGCTTC TTTGAGAACT ACAAGAGTTA TCGCAAGCTT 840 CATCCCGATC AGCCCTTTTA CATCCTCAGG CCCCAGATGC CTTGGGAGCT GTGGGACATC 900 ATTCAAGAAG TCTCTCCGGA GGAGATTCAG CCCAACCCCC CGTCCTCTGG GATGCTTGGC 960 ATCATCATCA TGATGACGCT GTGTGACCAG GTGGATATTT ATGAGTTCCT CCCGTCCAAG 1020 CGCAAGACTG ACGTGTGTTA CTACTACCAG AAGTTCTTTG ACAGCGCCTG CACGATGGGC 1080 GCCTACCACC CCCTACTCTT TGAGAAGAAT CTGGTGAAAC ACCTCAACCA GGGCACAGAT 1140 GAGGACATTT ACCTGCTTGG GAAAGCTACG CTGCCTGGCT TCCGGAGAAT TCGCTGCTGA 1200