‹
Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| DANRE27746 | 38 | 2 |  ENSDARG00000067996.5 | |||
| DANRE27747 reference isoform | 450 | 12 |  A0JMN4 |
Protein Sequence
Download: Fasta
MSTFEATWPA GTECVARYNF PGTADQDLPM CKGDVLTIVG VTKDPNWYRA KNSAGREGTI 60 PANYVQKREG VKSASKLSLM PWFHGKITRE QAERLLYPPE TGLFLVREST NYPGDYTLCV 120 SCDGKVEHYR IIYHNGKLSI DEEEYFENLM QLMEHYTKDA DGLCTRLIKP KIMEGTVAAQ 180 DEFSRSGWAL NRKELKLIQT IGKGEFGDVM VGDYRGKKVA VKCIKHDATA QAFVAEASVM 240 TQLRHNNLVQ LLGVIVEEKG SLYIVTEYMA KGSLVDYLRS RGRTVIGGDR LINFSMDVCK 300 AMEYLEANNF VHRDLAARNV LVSEDNIAKV SDFGLTKEAS STQDTAKLPV KWTSPEALRE 360 KKFSTKSDVW SYGILLWEIY SFGRVPYPRI PLKEVVPRVE KGYKMDSPDG CPPVVYDIMK 420 QCWTLDAVVR PSFRDLREKL QDIITNELYR 450
cDNA Sequence
Download: Fasta
ATGTCTACCT TTGAGGCGAC CTGGCCTGCG GGCACCGAGT GTGTGGCCAG GTACAACTTC 60 CCTGGAACGG CAGACCAGGA CTTGCCCATG TGCAAAGGAG ATGTGCTTAC TATAGTTGGA 120 GTAACTAAGG ACCCTAATTG GTACAGAGCG AAAAACTCTG CTGGACGAGA GGGCACCATC 180 CCAGCAAACT ACGTTCAGAA GAGAGAAGGA GTAAAGTCCG CCAGCAAACT GAGCCTTATG 240 CCATGGTTCC ATGGAAAGAT CACACGCGAG CAGGCTGAGA GACTGCTCTA CCCCCCAGAA 300 ACAGGCCTCT TCCTGGTGCG TGAGAGCACC AACTACCCTG GAGACTACAC CCTTTGTGTC 360 AGCTGCGACG GCAAGGTGGA GCATTACCGC ATCATCTACC ACAACGGCAA ACTGTCCATC 420 GATGAGGAGG AGTACTTCGA AAACCTCATG CAGCTCATGG AGCACTACAC TAAAGATGCA 480 GATGGACTCT GTACGCGACT CATCAAACCT AAAATCATGG AGGGGACTGT GGCAGCCCAG 540 GATGAGTTCT CCAGAAGTGG CTGGGCTTTG AATAGAAAAG AACTGAAGCT TATCCAGACT 600 ATTGGAAAGG GAGAGTTTGG AGATGTGATG GTTGGAGACT ACAGAGGAAA GAAAGTAGCG 660 GTGAAGTGTA TCAAACATGA TGCCACAGCA CAGGCCTTCG TTGCAGAGGC TTCAGTCATG 720 ACTCAATTAC GGCATAATAA CCTGGTGCAG CTGCTGGGGG TGATCGTGGA AGAAAAGGGC 780 AGCCTTTACA TCGTCACTGA GTACATGGCC AAGGGTAGTC TTGTGGACTA TCTGCGCTCC 840 AGAGGTCGTA CTGTTATCGG TGGAGATCGT TTGATCAATT TCTCAATGGA TGTGTGCAAG 900 GCAATGGAAT ATCTTGAGGC CAATAACTTT GTGCACCGGG ACCTTGCCGC TCGTAATGTT 960 CTTGTGTCAG AGGACAACAT AGCTAAAGTC AGTGATTTCG GCCTCACCAA GGAAGCCTCG 1020 TCTACTCAAG ATACAGCCAA ACTCCCTGTT AAGTGGACTT CACCTGAGGC CTTACGAGAG 1080 AAGAAATTTT CCACTAAGTC GGATGTATGG AGTTATGGGA TCTTACTGTG GGAGATCTAT 1140 TCTTTTGGTC GGGTACCATA TCCAAGAATT CCTCTAAAGG AAGTGGTCCC GCGTGTAGAG 1200 AAGGGTTATA AGATGGACTC CCCCGACGGC TGTCCTCCAG TGGTGTACGA CATCATGAAG 1260 CAGTGCTGGA CTCTGGATGC TGTGGTGCGG CCAAGCTTCA GAGACCTTCG AGAGAAACTG 1320 CAAGATATCA TAACCAATGA GCTCTACCGA TAA 1353