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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| PODMU00054 reference isoform | 756 | 4 |  A0A670IYW8 |
Protein Sequence
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MSPKALLVLL LLALVTIFAL VCVLLTRRET LVHCPAGSQD SLDGKHNDQS LVFADLSTEE 60 MAVVLKYLQS HLGLPLVDAY HANSSDNCVY YLDVEVPCKE QVLKFLDHGG PKPVRRALAV 120 VYFGNQAEPN ITEYVVGPLP APTYHRDVTA EKYRGKLSYH GRTVMGNEYE QIGKFLLGGK 180 LLEAATFFEQ VFGHNGSDFA ALTSAPRGFQ SGDRATWFTL FQNIKGFFLH PVGFELLLNH 240 SSLNISHWSV PKVFYNGQYY DGLQELEKEF KANRVKVAKV ERVSSDGGFA SIDRRVPSLG 300 SGPLHYEPCG PRYSVRNNQV ISPSWSFAFR MDVNRGPSVY DVRFKGQRIV YQLSVQDAMS 360 VYGSNCPGGM STRYMDVNFA MGRYSYSLVR GVDCPYSATY LDTAYLIETV TPEVQKNSIC 420 VFEQNVEAPF RRHYSNLQSL YYGGLPASAL VFRSVSTMGN YDYVWDFIFH PNGAIESKVR 480 ASGYITSSFL YGDGLDYGNR VAEHTLGTIH THFINYKVDL DVGGVQNSLI ANDMTFEKVK 540 VPWNPEHEIN RMKLVKKVLD TEDKAAFRLH DDMPRYIYFA SESKNKWGHN RGYRIQPISF 600 FGEHLPETDP MERAISWGRY KLAVTKRKEE EPYSTSIYNQ NDPWTPSVAF ADFIDNETIV 660 NEDLVAWITT GFLHIPHAED VPNTVTLGNA VGFLLRPYNY FDDDPSIYSP DGVFFTSEQD 720 PTSCDINHLA CLPKTAACLP NLPPFTYEGF QNLTRL 756
cDNA Sequence
Download: Fasta
ATGAGCCCGA AAGCCCTGCT CGTTCTCCTG CTGCTCGCTC TGGTTACCAT TTTTGCCTTG 60 GTGTGCGTGT TGTTGACCAG GAGGGAGACC CTTGTTCACT GTCCTGCAGG GTCTCAGGAT 120 TCCCTGGACG GAAAACACAA TGACCAGAGC CTGGTGTTTG CTGACCTGTC CACAGAAGAG 180 ATGGCCGTGG TGCTGAAGTA CCTGCAGTCT CACCTGGGGC TACCCTTGGT AGATGCATAT 240 CACGCCAACT CTTCTGATAA TTGTGTTTAC TACTTGGATG TGGAGGTGCC CTGCAAGGAG 300 CAGGTGCTGA AATTCCTTGA TCATGGAGGG CCAAAGCCTG TTCGACGGGC ACTGGCTGTG 360 GTGTACTTTG GAAACCAGGC AGAACCAAAC ATCACAGAGT ACGTGGTGGG CCCGCTCCCG 420 GCGCCAACAT ATCATCGGGA TGTGACGGCA GAGAAATATA GAGGCAAGTT ATCTTACCAC 480 GGCCGAACTG TGATGGGGAA CGAATACGAA CAAATTGGGA AGTTCCTACT GGGAGGGAAG 540 CTGCTTGAGG CTGCCACTTT CTTCGAACAG GTGTTTGGTC ACAACGGGAG CGACTTTGCG 600 GCCCTCACCT CAGCCCCTCG GGGGTTCCAG TCTGGAGATC GCGCCACCTG GTTTACCCTG 660 TTCCAGAACA TCAAGGGCTT CTTCCTGCAT CCGGTGGGGT TTGAGCTGTT GCTAAACCAC 720 AGCAGCCTCA ACATCTCTCA CTGGAGCGTG CCAAAAGTGT TTTATAACGG TCAGTATTAT 780 GATGGTCTGC AGGAGCTGGA AAAGGAATTC AAAGCGAATC GCGTGAAAGT GGCCAAAGTC 840 GAGAGAGTCT CCTCCGACGG GGGGTTTGCT TCGATCGACC GCAGGGTCCC CTCTCTGGGA 900 TCTGGTCCTT TGCACTACGA GCCCTGCGGA CCACGCTATA GCGTAAGGAA CAACCAGGTC 960 ATTTCCCCAT CCTGGAGTTT TGCCTTCAGG ATGGACGTGA ACAGAGGACC CAGTGTCTAC 1020 GACGTCCGAT TTAAGGGCCA AAGGATTGTC TACCAACTCA GTGTGCAGGA CGCCATGTCT 1080 GTCTATGGTT CCAACTGCCC TGGTGGGATG TCCACCCGAT ATATGGATGT CAATTTTGCC 1140 ATGGGGAGGT ATTCTTATTC CCTCGTCCGC GGAGTTGATT GCCCTTACTC TGCCACTTAC 1200 CTTGACACCG CTTATTTAAT TGAGACTGTG ACTCCAGAGG TGCAGAAGAA CTCCATTTGC 1260 GTTTTTGAGC AGAATGTGGA GGCCCCCTTC CGGCGACACT ACTCCAACCT CCAGTCTCTC 1320 TATTACGGGG GGCTGCCCGC CTCTGCGCTG GTCTTTCGTT CTGTATCTAC TATGGGGAAC 1380 TATGACTACG TCTGGGACTT CATTTTCCAT CCAAACGGTG CTATTGAAAG CAAAGTCAGA 1440 GCCAGTGGGT ATATAACTTC ATCTTTCCTC TATGGTGATG GGCTGGACTA TGGCAACAGA 1500 GTGGCAGAGC ACACACTTGG AACGATCCAC ACTCATTTCA TCAACTACAA AGTGGACTTG 1560 GATGTGGGAG GTGTTCAGAA TTCCTTGATA GCCAACGACA TGACTTTTGA AAAAGTGAAG 1620 GTCCCTTGGA ACCCTGAACA TGAGATCAAC CGGATGAAAC TGGTGAAGAA AGTCTTAGAC 1680 ACGGAAGACA AGGCTGCCTT TCGCTTACAC GACGACATGC CAAGATACAT CTATTTTGCA 1740 TCCGAAAGCA AGAACAAATG GGGCCATAAT CGTGGCTATC GGATCCAGCC CATCAGCTTT 1800 TTTGGGGAGC ACCTTCCAGA GACTGATCCA ATGGAGAGAG CTATCAGCTG GGGCAGGTAT 1860 AAGCTGGCTG TCACCAAGCG GAAGGAGGAG GAACCATATA GCACCAGCAT CTATAACCAG 1920 AATGACCCCT GGACACCTTC AGTTGCCTTT GCTGACTTCA TAGACAATGA GACGATTGTC 1980 AACGAGGACC TGGTTGCCTG GATTACCACG GGCTTCTTGC ACATACCACA CGCGGAGGAC 2040 GTCCCCAACA CAGTGACGCT TGGGAATGCA GTTGGCTTCC TCCTGAGGCC CTACAACTAT 2100 TTTGATGACG ATCCCTCCAT CTACTCCCCG GATGGTGTTT TCTTCACCAG CGAACAGGAC 2160 CCGACTTCCT GTGACATCAA CCACCTTGCA TGCCTGCCGA AAACAGCGGC ATGCTTACCC 2220 AACCTCCCGC CTTTCACTTA CGAGGGCTTC CAAAACCTGA CAAGGCTCTG A 2271