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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| BALMU23675 reference isoform | 641 | 13 |  A0A8B8XR30 |
Protein Sequence
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MTTPALLPLS GRRIPPLNLG PPSFPHHRAT LRLSEKFILL LILSAFITLC FGAFFFLPDS 60 SKHKRFDLGL EDVLIPHVDA GKGAKNPGVF LIHGPDEHRH REEEERLRNK IRADHEKALE 120 EAKEKLKKSR EEIQAEIQTE KNKVVQEMKT KEKKPVPAAP IPNLIGTHGG DPEDNDLREK 180 REKIKEMMKH AWDNYRIYGW GHNELRPIAR KGHSTNIFGS SQMGATIVDA LDTLYIMGLH 240 DEFRDGQKWI ENNLDFSVNS EVSVFEVNIR FIGGLLAAYY LSGEEIFKIK AVQLAEKLLP 300 AFNTPTGIPW AMVNLKSGVG RNWGWASAGS SILAEFGTLH MEFVHLSYLT GNPIYYKKVM 360 HIRKLLQKMD RPNGLYPNYL NPRTGRWGQY HTSVGGLGDS FYEYLLKAWL MSDKTDHEAR 420 KMYDDAIEAI EKHLIRKSRG GLTFIGEWKN GHLEKKMGHL ACFAGGMFVL GADGSRMDQA 480 GHYLELGAEI ARTCHESYDR TALKLGPESF KFDGAVEAVA VRQAEKYYIL RPEVIETYWY 540 LWRFTHDPRY REWGWEAALA IEKYCRVNGG FSGVKDVYSS TPTHDDVQQS FFLAETLKYL 600 YLLFSSDDLL PLDHWVFNTE AHPLPVLHLA NTTLSRNPAV R 641
cDNA Sequence
Download: Fasta
ATGACTACCC CAGCGCTGCT ACCCCTCTCT GGACGAAGGA TACCACCTCT GAACCTGGGG 60 CCGCCTTCCT TCCCGCATCA CAGGGCTACC TTGAGACTTT CTGAGAAGTT TATCCTCCTC 120 CTTATTCTAA GTGCCTTCAT CACCCTGTGT TTTGGGGCAT TTTTCTTCCT ACCAGACTCC 180 TCAAAACACA AACGTTTTGA TCTGGGTTTG GAAGATGTGT TAATTCCTCA TGTAGATGCC 240 GGCAAAGGGG CTAAAAACCC TGGAGTCTTC CTGATCCATG GACCAGATGA ACATAGACAC 300 AGGGAAGAAG AAGAACGTTT GAGAAATAAA ATTCGAGCTG ATCATGAGAA GGCTTTGGAA 360 GAAGCAAAAG AAAAATTAAA AAAGTCAAGA GAGGAAATCC AAGCAGAAAT ACAGACAGAG 420 AAAAATAAGG TAGTCCAAGA AATGAAGACA AAAGAGAAAA AGCCAGTGCC AGCAGCTCCT 480 ATACCAAACC TTATAGGAAC ACATGGTGGA GACCCAGAAG ATAATGACCT AAGAGAGAAA 540 AGGGAAAAAA TTAAAGAGAT GATGAAACAT GCATGGGATA ATTACAGGAT ATATGGATGG 600 GGACATAATG AACTGAGACC TATTGCAAGG AAAGGACACT CCACTAATAT ATTTGGAAGT 660 TCACAAATGG GTGCTACTAT AGTAGATGCT TTGGATACCC TTTATATTAT GGGACTTCAT 720 GATGAATTCC GAGATGGGCA AAAATGGATC GAAAACAACC TTGATTTCAG CGTGAATTCA 780 GAGGTGTCTG TGTTTGAAGT CAACATTCGA TTTATTGGAG GCCTACTTGC AGCATATTAC 840 CTTTCAGGAG AGGAGATATT CAAGATTAAA GCAGTCCAAT TGGCTGAGAA ACTCCTTCCT 900 GCCTTTAATA CACCTACGGG GATTCCTTGG GCAATGGTGA ATCTGAAAAG TGGAGTAGGG 960 CGAAACTGGG GCTGGGCATC TGCGGGTAGC AGCATTCTTG CTGAATTTGG TACACTACAT 1020 ATGGAGTTTG TCCACCTCAG CTACTTGACA GGAAACCCGA TTTACTACAA AAAGGTCATG 1080 CACATTCGGA AACTACTTCA GAAAATGGAT CGTCCAAATG GTCTTTATCC AAATTATTTG 1140 AATCCACGAA CAGGTCGCTG GGGTCAGTAT CATACATCAG TTGGCGGGCT AGGAGACAGT 1200 TTTTATGAGT ACTTACTAAA AGCATGGTTG ATGTCAGATA AAACAGATCA TGAGGCCAGA 1260 AAAATGTATG ATGACGCTAT TGAGGCTATA GAAAAACATC TTATTAGGAA GTCTCGTGGA 1320 GGTCTTACCT TTATTGGAGA ATGGAAGAAC GGGCACTTGG AAAAGAAGAT GGGGCATTTG 1380 GCCTGCTTTG CTGGGGGAAT GTTTGTACTA GGAGCAGATG GTTCCAGAAT GGATCAAGCT 1440 GGACATTATT TAGAGCTAGG AGCGGAAATT GCACGTACAT GTCATGAGTC ATATGACAGA 1500 ACTGCATTAA AGCTAGGTCC TGAATCATTC AAGTTTGATG GTGCAGTAGA GGCTGTGGCA 1560 GTTCGGCAGG CTGAAAAGTA TTACATCCTA CGTCCAGAAG TAATTGAAAC CTATTGGTAC 1620 CTGTGGCGAT TCACTCACGA CCCAAGATAT AGGGAATGGG GCTGGGAAGC AGCGCTGGCT 1680 ATTGAAAAGT ATTGCCGAGT CAATGGTGGA TTTTCTGGGG TGAAGGATGT ATATTCCTCT 1740 ACTCCTACGC ATGATGATGT GCAGCAGAGC TTCTTTCTTG CTGAAACATT AAAATACTTG 1800 TATCTTCTGT TCTCCAGTGA TGACCTTTTA CCTTTAGACC ACTGGGTATT TAATACAGAG 1860 GCTCACCCTC TGCCTGTGTT ACATTTAGCC AACACCACAC TTTCAAGAAA TCCTGCTGTT 1920 CGATGA 1926