DAK (Vector pUC, Accession No. BC001341)

Length: 1728 Sequence: atgacctcca agaagctggt gaactcggtg gctggctgtg ctgatgacgc tcttgctggc ctggtggcct gcaaccccaa cctgcagctc ctgcagggcc accgcgtggc cctccgttct gacctggaca gcctcaaggg ccgggtggca ctgctgtcgg gtgggggctc tggccatgag cctgcccatg ctggtttcat agggaagggg atgctgactg gggtcatcgc gggagctgtg ttcacctccc cggcagtggg cagcatcctg gcagccatca gggccgtggc ccaggccggc acagtgggga cgctccttat cgtgaagaac tacactgggg atcggctcaa cttcggcctg gcccgggagc aggcccgggc tgaaggcatc ccggtggaga tggtggtgat tggggacgac agcgccttca ctgtcctgaa gaaggcaggc cggcgggggc tgtgcggcac ggtgcttata cacaaggtgg caggtgctct ggctgaggct ggtgtggggc tggaggagat cgcaaagcag gtgaacgtgg tcgccaaggc catgggtacc ctgggggtga gcttatcctc ctgcagcgtc cctggttcca aacccacctt cgagctctca gccgacgagg tggagctggg cctggggatc cacggggaag ctggtgtgcg ccggataaag atggcaaccg ccgatgagat tgtgaaactc atgctcgacc acatgacaaa caccaccaac gcgtcccatg tgcctgtgca gcccggctcc tcagttgtga tgatggtcaa caacctgggt ggcctgtcat tcctggaact gggcatcata gccgacgcta ccgtccgctc cctggagggc cgcggggtga agattgcccg tgccctggtg ggcaccttca tgtcagcact ggagatgcct ggcatttctc tcaccctcct gctggtggat gagcctctcc tgaaactgat agatgctgaa accactgcag cagcctggcc taacgtggct gcagtctcca ttactgggcg gaagcggagc cgggtagccc ctgccgagcc ccaggaggcc cctgattcca ctgctgcagg aggctcagcc tcgaagcgga tggcgctggt gctggaacgg gtgtgcagca ctctcctggg cctggaggaa cacctgaatg ccctggaccg ggctgctggt gacggcgact gtggcaccac ccacagccgt gcggccagag caatccagga gtggctgaag gagggcccac cccctgccag ccctgcccag ctgctctcca agttgtctgt cctgctcctg gagaagatgg gaggctcatc tggggcgctc tatggcctgt tcctgactgc ggctgcacag cccctgaagg ccaagaccag cctcccagcc tggtctgctg ccatggatgc cggcctggaa gccatgcaga agtatggcaa ggctgctcca ggggacagga ctatgctgga ttctctgtgg gcagcggggc aggagctcca agcctggaag agcccaggag ctgatctgtt acaagtcctg accaaagcag tcaagagtgc cgaagctgca gccgaggcca ccaagaatat ggaagctgga gccggaagag ccagttatat cagctcagca cggctggagc agccagaccc cggggcggtg gcagctgctg ccatcctccg ggccatcttg gaggtcttgc Protein function: Catalyzes both the phosphorylation of dihydroxyacetone and of glyceraldehyde, and the splitting of ribonucleoside diphosphate-X compounds among which FAD is the best substrate. Represses IFIH1- mediated cellular antiviral response (PubMed:17600090). [The UniProt Consortium]