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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MELUD00565 reference isoform | 462 | 9 |  ENSMUNG00000013540.1 |
Protein Sequence
Download: Fasta
MPPGPIPLPI LGNVLQVKPK NMAETLQKLS EEYGPVFTVH LGSDPVVVLH GHDVVKEALV 60 DRADEFAGRG HMPIGDRANN GLGIVFSNNE EWLQARRFAL SALRNFGMGK RSIEERIKEE 120 IEYFLEEIDK TKGTPFDPTF ILSCAISNVI CSIVFGKRYD YKDKKFLALM NNMNNIFEMT 180 SSRWGQLYQM FSNILVYLPG PHNTIFKEFD SVKAFVSEEV KIHQASLDPT SPHDFIDLYL 240 NKMQEEKDHP NSTFHIKNLI TTAFDLFIAG TETTSTTIRY GLLLLLKHPK IQEKVQEEID 300 QVVGRSRRPC VADRSQMPYT DAVIHEIQRF ISLIPIGLPH TVTKDTHFRE YIIPKGTTIF 360 PILNSVLRDS KEFPNPNEFN PGHFLNANGT FRKSEFFMPF SAGKRICPGE GLARMEIFLF 420 MTTILQNFTL KPTVNPQEIN IIPVVSGTSN IPPAYQLCAI PR 462
cDNA Sequence
Download: Fasta
ATGCCCCCAG GACCAATTCC CCTTCCCATC CTAGGTAACG TGCTGCAGGT GAAACCAAAG 60 AACATGGCTG AAACCCTCCA AAAGCTCAGT GAAGAGTATG GACCAGTGTT CACAGTGCAC 120 CTGGGCTCTG ACCCAGTGGT GGTCCTGCAT GGACATGATG TGGTGAAAGA AGCCTTGGTT 180 GATCGTGCAG ATGAGTTTGC TGGCAGAGGA CACATGCCAA TAGGAGACAG GGCTAACAAT 240 GGATTAGGGA TTGTTTTTAG CAACAATGAG GAGTGGTTGC AAGCCCGGCG GTTTGCTCTC 300 AGTGCTCTGC GCAACTTTGG AATGGGGAAG AGGAGCATTG AAGAGAGAAT CAAGGAGGAA 360 ATTGAGTACT TTCTGGAAGA GATTGACAAA ACAAAGGGAA CACCTTTCGA CCCAACCTTT 420 ATTCTGAGCT GTGCTATCTC CAATGTCATA TGCTCCATTG TCTTTGGGAA ACGATATGAT 480 TATAAAGACA AGAAGTTCCT GGCCCTGATG AACAACATGA ACAACATCTT TGAGATGACA 540 AGTTCTCGCT GGGGACAGCT CTACCAGATG TTCTCAAACA TTTTGGTTTA CTTGCCTGGC 600 CCACACAACA CCATATTCAA AGAATTTGAT TCTGTAAAAG CCTTTGTGTC AGAGGAAGTG 660 AAAATACACC AAGCCTCCCT AGATCCCACT TCCCCTCACG ATTTCATCGA CCTCTACCTC 720 AACAAAATGC AGGAGGAGAA AGACCATCCC AATTCCACTT TCCACATCAA GAACCTGATA 780 ACCACCGCCT TCGACTTGTT CATTGCTGGA ACTGAGACAA CTAGCACCAC CATAAGATAC 840 GGGCTTCTGC TTCTTCTTAA ACACCCGAAG ATACAAGAGA AAGTTCAAGA AGAGATTGAC 900 CAGGTAGTAG GACGATCACG AAGACCTTGT GTGGCTGACA GGAGCCAGAT GCCCTACACA 960 GATGCAGTGA TCCATGAAAT CCAGCGCTTC ATCTCCCTCA TCCCTATAGG TCTTCCTCAC 1020 ACTGTGACTA AAGACACACA CTTCAGAGAG TACATCATTC CAAAGGGCAC TACGATTTTT 1080 CCCATCCTCA ATTCTGTCCT CCGTGACAGT AAAGAGTTTC CAAACCCAAA TGAGTTCAAC 1140 CCTGGACATT TCTTGAATGC AAATGGCACC TTTAGGAAGA GTGAGTTCTT CATGCCCTTC 1200 TCAGCAGGGA AGCGAATATG CCCTGGAGAG GGCCTGGCAC GCATGGAGAT ATTCTTATTC 1260 ATGACCACCA TTTTGCAGAA CTTTACCTTG AAGCCTACTG TAAACCCCCA GGAAATCAAC 1320 ATAATTCCAG TGGTGAGTGG GACAAGCAAC ATACCTCCTG CCTACCAGCT CTGTGCTATC 1380 CCCCGTTGA 1389