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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MELGA08786 reference isoform | 465 | 12 |  ENSMGAG00000002523 |
Protein Sequence
Download: Fasta
QINFVACQLF ALLAAFWFRI YLGPSHASSA VRHAFATLFG IYFAVFCFGW YSIHLFVLVL 60 MNYGIMNMAS IPNIHRYSFV VAMGYLTLCH ISRIYIFHYG ILTTDFSGPL MIITQKITTL 120 ACQLHDGIGR QAEELTAEQN RLAVKTRPSL LEYLSYLLNF MSIIAGPCSN YKDYIAFIEG 180 RHVHMKLLEV NWKQKGYDRL PDPSPTGAVM YKLCITLISL VLFLTLTKNF PMAYIIDNEF 240 LDKTPFLTRL GYLYVVTQSA KPKYYFAWTL ADAVNNAAGY GFSGVDERGA FRWDLLSNLN 300 IWNIETATSF KMYIENWNIQ TAAWLKRVCY DRAPWYPTAL TFVLSALWHG IYPGYYFTFL 360 TGILITLAAR AIRNNCRHYF LSSVPLKMTY DVATWVVTQL AVCYTVAPFV MLAVEPTIKF 420 YKSMYFHMHI LSILVLLLLP IRPQTHSVRR PQNQTNQNSV KSKDK 465
cDNA Sequence
Download: Fasta
CAGATAAATT TTGTAGCCTG TCAACTATTT GCCCTTTTGG CTGCCTTTTG GTTTCGTATT 60 TACTTGGGTC CCAGTCATGC CAGCTCTGCT GTTCGCCATG CATTTGCCAC CCTCTTTGGA 120 ATATACTTTG CTGTCTTCTG CTTTGGGTGG TATTCCATTC ATCTTTTTGT CCTGGTGCTG 180 ATGAATTATG GCATTATGAA TATGGCGAGT ATTCCCAACA TCCACAGGTA CTCCTTTGTG 240 GTAGCTATGG GATACCTCAC CTTATGCCAC ATAAGCCGAA TATACATATT TCATTATGGT 300 ATTCTGACTA CAGATTTTTC TGGTCCACTG ATGATAATTA CACAGAAGAT CACAACGCTT 360 GCATGCCAAC TACATGATGG AATAGGGCGA CAAGCTGAGG AACTTACTGC TGAGCAGAAT 420 CGACTTGCTG TGAAGACAAG ACCTTCTTTA CTGGAGTATT TAAGCTATCT CCTCAATTTT 480 ATGAGCATCA TAGCTGGACC TTGCAGCAAT TACAAGGATT ATATAGCTTT CATTGAAGGG 540 AGGCATGTGC ACATGAAACT ATTAGAAGTG AACTGGAAGC AGAAGGGTTA TGACAGACTT 600 CCTGATCCTT CTCCAACTGG AGCGGTGATG TACAAGTTGT GTATCACACT GATATCTCTT 660 GTTTTATTCT TGACACTTAC CAAGAACTTT CCTATGGCAT ATATTATTGA TAATGAATTT 720 CTTGATAAAA CACCCTTCTT AACAAGGCTT GGTTACCTAT ATGTTGTGAC ACAGTCTGCA 780 AAACCAAAGT ATTACTTTGC ATGGACGTTA GCAGATGCAG TCAACAATGC AGCTGGGTAT 840 GGATTCAGTG GAGTTGATGA AAGAGGTGCT TTTCGTTGGG ACCTGTTGTC CAACTTAAAT 900 ATCTGGAACA TTGAGACTGC AACAAGTTTT AAAATGTACA TTGAAAACTG GAATATTCAG 960 ACAGCTGCCT GGCTAAAACG TGTTTGTTAT GACAGAGCTC CTTGGTATCC TACGGCTTTA 1020 ACATTTGTCC TGTCAGCCCT GTGGCATGGT ATCTATCCTG GATATTATTT TACGTTTCTC 1080 ACTGGAATCC TTATCACACT CGCAGCGAGA GCAATAAGAA ACAATTGCAG ACATTACTTC 1140 CTCTCATCAG TGCCTCTCAA GATGACCTAT GACGTTGCCA CCTGGGTTGT CACACAGCTC 1200 GCAGTGTGCT ATACTGTTGC ACCCTTTGTG ATGCTGGCTG TTGAGCCCAC AATTAAGTTT 1260 TACAAGTCTA TGTACTTTCA CATGCACATT CTGAGCATCT TGGTTTTGCT TTTATTACCA 1320 ATCAGACCTC AAACCCACTC TGTAAGAAGG CCTCAAAATC AGACCAACCA GAACTCTGTT 1380 AAGAGCAAAG ACAAATGA 1398