Wallemia mellicola: WALSEDRAFT_27329 Help Entry WALSEDRAFT_27329  CDS       T03142                                  Name (RefSeq) hypothetical protein   KO K00021   hydroxymethylglutaryl-CoA reductase (NADPH) [EC:1.1.1.34] Organism wse  Wallemia mellicola Pathway wse00900   Terpenoid backbone biosynthesis wse01100   Metabolic pathways wse01110   Biosynthesis of secondary metabolites Brite KEGG Orthology (KO) [BR:wse00001]  09100 Metabolism   09109 Metabolism of terpenoids and polyketides    00900 Terpenoid backbone biosynthesis     WALSEDRAFT_27329 Enzymes [BR:wse01000]  1. Oxidoreductases   1.1  Acting on the CH-OH group of donors    1.1.1  With NAD+ or NADP+ as acceptor     1.1.1.34  hydroxymethylglutaryl-CoA reductase (NADPH)      WALSEDRAFT_27329 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  HMG-CoA_red Sterol-sensing Patched Motif Other DBs NCBI-GeneID:  18470990 NCBI-ProteinID:  XP_006956589 JGI:  Walse1_27329 UniProt:  I4YGV3 LinkDB All DBs Position Unknown AA seq 1002 aa AA seqDB search MPFNSSINVPIKLFFNAISKRSTSHPIESILFAFISVTLAYFKLAHAVRHDGFATADQLD IDNEHDWWWSVALRAFGGKTWSLAKNADSVDIMIVLLGYILMHGTFVNLFVEMKKLGSKF WLGMSVIVSSVFSFVCAGLVAYYSDVRVDPINLLEALPFLVITIGFDKPISLARAVFSSH DLAPPVFHPKAGDYFTLGTPLEHPSEESQVNKVKLATPTPASTIVHRANTKVGPRIVRDT ALEIAVLILGAASGAAGLKEFCILSALSIGFDCFFLFGFLSPILTVMVEVHRIKLLRGTQ NTIYTSEKVNNPLTKLKVLLLSSFLILHSLNLLTTLSSQTSLKRFLDDSSENQSASIFSD AFNKANNLFDNDANSNHTKVASLAVLEDFMSGWTHLVGDPIMSKWIVLILGSSIFLNGYL LKGLGGGSGPYTVQIDNKGSIAARRHLTDQTDDKDGLKLKAYHMQKVKETAEKVNSLPSL PPTLPSVKEIDRPLLVNDAGHIGHPKIIEESLSTPAQETHFGRRSLEECSELLQRSKDSP SITPSTEFSDEEFIMLVQQGKIPMYALEKLLGDFERAVKIRRAVISRQSTTATLEHSKLP MRYYDYQQVMGACCENVIGYMPIPVGVAGPLKIDGDLTPIPMATTEGTLVASTSRGCKAL NACGGVTTVLTRDGMTRGPALEFPSVVDAARCKKFIDSKHGTDYITSHFNQTSRFARLQQ LKCTLAGRTLYVRFATTTGDAMGMNMISKGVEKALAALHEQFPTMQTLALSGNYCTDKKP AAINWIEGRGKSVVAEAVISGDVVKNVLKSSVSDLVRLNTKKNLVGSAMAGSIGGFNAHA ANILTAIYLATGQDPAQNVESSNCITLMESVNNDNDLLVTCSMPSIEVGTVGGGTVLSPQ GAMLDLLGVRGANQVEPGANAQRLARIICASVMAGELSLMGALAAGHLIKAHMQHNRTPQ PSRPQTPSLLTPVTPSTIGTIPTVNSTTSLNALRVNALKSSK NT seq 3009 nt NT seq  +upstreamnt  +downstreamnt atgccattcaattcgtctataaatgttccaataaagctcttctttaatgctatttcaaaa agatcaacatcacatccaatagaatcaattctatttgctttcatcagtgtcactttagcg tacttcaaactcgcccacgcagttagacatgatggcttcgccactgcagatcagttagat atcgacaatgagcacgattggtggtggtctgtggcgttaagagctttcggtggtaaaact tggtcattagcaaagaacgctgatagcgtagacattatgatcgttttattaggatacatc cttatgcacggtacattcgtgaatctctttgtcgaaatgaagaaattggggtctaaattt tggttgggtatgtcagttatcgtatcatcagttttctcctttgtttgtgccggtttagtc gcctactactcagatgtccgtgtagaccctatcaacttgttagaagcattgcctttcttg gttatcacaattggatttgataagccaatctcattagcacgcgccgtcttctcttctcat gatttagcaccaccggtcttccatccaaaagcaggcgattattttactctcggtacacca ctcgaacacccttcagaagaaagtcaagtgaacaaagttaaattagctacacctacacct gcttccacgattgttcatcgcgcaaacactaaagttggtccaagaattgtcagagataca gcattagaaatcgcagttcttatcttgggtgctgcatcaggcgctgcaggtttgaaagaa ttctgtatcctttcagcactcagcatcggtttcgattgcttcttcttgttcggtttcttg tcaccaatactaaccgtcatggtcgaagtacatcgtattaagttattgaggggtacacaa aatactatttacacatcggaaaaggtcaacaaccctctcacaaagttaaaggttttactt ttatcttcattcctcatccttcattcgctcaaccttctcacaacgctctcatcacaaaca tctttgaagagattcttggatgattcctcagagaatcaatcagcctctatatttagcgat gcattcaacaaggccaacaacctcttcgataacgatgccaatagtaatcacacaaaggtt gcctcattggctgttcttgaagatttcatgagcggttggacccaccttgttggcgatcct atcatgtccaagtggattgttttgatacttggctcatctatcttcctcaatggttatctc ctcaaaggtttaggtggtggtagcggtccttacacagtccaaatcgacaacaaaggatca atcgcagctagaagacatcttactgatcaaacagatgataaagatggattgaaattgaaa gcatatcacatgcagaaggttaaggaaacagctgaaaaagtcaacagccttccttcactt ccacctaccttaccatcggtgaaggaaatcgacagaccgctgcttgtcaatgacgcggga catatcggacatccaaagattattgaagagagtttatcaacaccagctcaagaaacacac ttcggtagaagaagtcttgaagagtgctcagaattacttcaaagatcaaaggattcccca tcgattacaccaagtacagaatttagcgatgaagaattcattatgttggttcaacaaggt aaaattccaatgtacgcattagagaaattattaggagatttcgaaagagctgtcaaaatc agaagagctgttatttcacgtcaatcaactactgcaactttagaacattcaaaattacca atgagatattacgattatcaacaagttatgggtgcgtgttgtgaaaatgttattggttac atgccaattccagttggtgtagccggaccactcaaaattgatggagatttaacaccaatt ccaatggccactactgaaggaacattagtcgcatcaacgagtagaggttgtaaagcacta aacgcatgtggcggtgtaacaacagttttaacaagagatggtatgacaagagggcctgcc ttagaattcccttcagttgttgatgcagcacgttgcaagaaattcatcgattcgaagcat ggtaccgattatattacttcacactttaatcaaactagtagatttgctcgtttacaacaa cttaagtgcacacttgcaggtagaactctttatgttagattcgcaacaacaacaggtgac gctatgggtatgaatatgattagtaagggcgttgaaaaggcattggcagcacttcacgaa caatttcctacaatgcagactttggctctttccggtaactattgtactgataagaaacca gctgctatcaactggattgaaggtagaggtaaatctgtcgttgctgaagcggtcatctca ggtgatgttgttaagaatgttctcaaatctagtgttagcgatttagttagacttaacact aagaagaatctcgttggttctgctatggctggctcaatcggtggattcaacgcacatgct gccaacattctgacagctatttaccttgccactggtcaagatcctgcacaaaacgttgaa tcatcaaattgcataacattaatggagagtgtgaataatgacaatgacttattagtaact tgctcaatgccttcaattgaagttggtaccgttggtggtggtactgtcctctcaccccag ggtgcaatgttggacttacttggtgtgagaggagcgaatcaagtagagcctggtgcaaat gctcaaagactcgctcggataatttgtgcgtcagttatggctggcgaacttagtttaatg ggtgccttggctgccggacatctcatcaaagcacacatgcaacacaatagaacaccgcaa cctagtagaccacaaacaccaagcttactaacaccagtaacaccttcaactattggcaca atacctacagtcaattcaacaacatcattgaatgccttacgagttaatgcacttaaaagt tcaaaatag

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