KEGG   Moritella viscosa: MVIS_1670
Entry
MVIS_1670         CDS       T03770                                 
Symbol
hmgA
Name
(GenBank) 3-hydroxy-3-methylglutaryl-CoA reductase
  KO
K00021  hydroxymethylglutaryl-CoA reductase (NADPH) [EC:1.1.1.34]
Organism
mvs  Moritella viscosa
Pathway
mvs00900  Terpenoid backbone biosynthesis
mvs01100  Metabolic pathways
mvs01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:mvs00001]
 09100 Metabolism
  09109 Metabolism of terpenoids and polyketides
   00900 Terpenoid backbone biosynthesis
    MVIS_1670 (hmgA)
Enzymes [BR:mvs01000]
 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)
     MVIS_1670 (hmgA)
SSDB
Motif
Pfam: HMG-CoA_red APH EcKL Choline_kinase DUF1679
Other DBs
NCBI-ProteinID: CED59644
UniProt: A0A090IHZ3
Position
1:1902614..1905346
AA seq 910 aa
MRTRSENIVSYSMNDVANTKSTMCVDKNVRAVTLLNVSKCQLTLSCKEYQFSCVGQRIES
IKISILGHAFQLNNLSVYQIDQNNGVAQVELRNETDSDTKKVLWKICDILHLIQEQESNG
RLSQLPLPKVPGRGLYTQEARLDRLEYVRSHTEAKLEMVAQTTLNESSLKSNIEALIGSV
EIPLGVAGPLLIRGKHARGLFNAPMATSEGVLIASATRGATALSQAGGVNVRVLGQRMYR
APIFVFSDLSSALFFADWVKDHYQELVKQTRQYSNYADLVEVSTELMGRAVHVQFIYETG
DAAGQNMTTTCTWQACQWVLDQLKEFENLKLQNFVIDGNTSNDKKVTYHSFLKGRGIRVV
AECVLTEDICKKTLKVTPLQLITAYHYILNGAIASGTIGININIANVIAAMFVATGQDIA
SVHESSIGNLHLELNENNDIYITLQLPSLVVGTVGGGTNLTQQRECLEILGCAGANNSHK
LAEIITSFCLALDLSTLSALASDQFARAHEKMGRNRPIEWLTLKDLDKDFFTKGMQTYTQ
NYGIIVAKAEPLEIEKTGCSIICDLTAERVNKIIGHHPYQLTLEGEINPVNVMVKIKPLD
TEVILMVNGIMSMGHPGLATSYNKFKKSMGFRGCHIRELAIMSQTDPRFVRNAPKTYMTV
QDDSRESYILVQELMENMELMDSADDTSGWTPEHINAAIEGVAEVHAIWYGREDELAKKE
WIMDVPNSENMQEKIYLWEMLGTHATEDFPEWFCEKDMVRFINRVNTLKDWYREIDAMPK
TLIHNDFNPRNITFRREYGELRLCAYDWELATIQIPQHDLAELLAFTLQPDFDQSDVEQY
IENHRQALQQQTNSEIDPIQWRRGFTLSLFDLVINRIPMFIVSHSFRHYEFMERVQMTLR
RLLDHEGAVE
NT seq 2733 nt   +upstreamnt  +downstreamnt
atgagaaccagaagtgaaaatatcgttagttacagcatgaatgatgtagctaatacaaag
agtactatgtgtgtcgacaagaatgtcagggctgtgacattgcttaatgtttctaaatgt
cagttaacgctttcctgtaaagagtatcaatttagttgtgttggacagcgtattgaaagt
attaaaatatctattcttggtcatgccttccagttaaataatttatctgtttatcagatt
gaccaaaataatggtgttgcacaggttgaattacgaaatgagactgatagcgatactaaa
aaagtgctgtggaaaatatgcgatatcttgcaccttatacaagagcaagaaagcaatgga
agactgtctcaattaccattaccaaaagtaccagggcgaggtttatacactcaagaagca
agattagaccgtctcgaatatgtgcgtagccatacagaagcaaagcttgaaatggtggct
cagacgacacttaatgaatcttcactaaagagtaatatcgaagcactaatcggttctgtc
gaaatacctttaggtgttgcaggtccactgctaattcgggggaaacatgctcgtggatta
tttaatgcgccgatggcgacctctgaaggtgtattgattgcttctgcaacgcgaggtgct
acggcattatctcaagctggcggggtgaacgttcgtgtattaggacagcgtatgtatcga
gcacccatttttgtgttcagtgatttatcatcagccttattttttgccgattgggtgaaa
gatcattatcaggagcttgttaagcaaacgcgtcaatattcaaattatgccgatcttgtt
gaagtctcgactgaattaatgggtcgtgctgtacatgttcaatttatttatgaaactggt
gacgcagccggacaaaatatgacgacaacctgtacttggcaggcttgtcagtgggtttta
gatcagctcaaagagtttgaaaatttaaaattacagaatttcgtgattgacggaaatact
tcgaatgataaaaaagtcacttatcattcatttttaaagggacgaggaattagagtcgtc
gcagagtgcgtattaactgaagacatatgtaaaaaaacactaaaagtaacaccactgcaa
ttgatcacggcctatcactacatccttaacggtgcaattgcatcgggtactatcggtatt
aatattaatattgctaatgtgattgccgctatgtttgttgctacaggtcaagatattgcg
agtgttcatgagtcatcgataggtaatctgcatttagaactgaacgaaaataatgacatt
tacattacgcttcaattaccttcactggtcgttggtactgtgggtggtgggaccaacctg
acgcaacaaagagagtgcttagaaatacttggttgtgcgggggcgaacaattcacacaag
cttgcagagatcatcacttcattctgtttggcattggatctatccactttatctgcgtta
gccagtgaccaatttgctagagcgcatgaaaaaatggggcgtaataggccgattgaatgg
ttgacgttgaaagatctagacaaagatttcttcaccaaagggatgcaaacgtatactcaa
aactacgggattattgtagccaaagcggagcccttagaaatagaaaaaacgggttgcagt
attatctgtgatttaacagctgaaagagtaaacaagattatagggcatcatccttatcag
ctcactcttgaaggagaaataaatcctgtaaacgtaatggttaaaataaagccattagat
accgaagttattttaatggtgaatggcattatgtcgatggggcaccctgggttggccaca
tcatataataagttcaaaaaaagtatgggattcagaggttgccatataagagagttggct
attatgtcacaaacagatcctcggtttgttcgtaatgcgcctaaaacatatatgaccgtt
caggatgatagtcgtgagtcttatatattagttcaagaactcatggaaaacatggaacta
atggatagcgccgacgatacttctggttggactcctgagcatattaatgccgcaattgaa
ggtgtcgctgaagttcatgcaatttggtatggtcgtgaagatgagctcgccaaaaaagag
tggatcatggatgtgcctaacagcgaaaacatgcaggaaaaaatttacctgtgggaaatg
ttaggcacgcatgcgacagaagatttccccgaatggttctgtgaaaaagacatggttcgt
tttatcaatcgtgttaatacattaaaagattggtatcgcgagatagatgcgatgccaaaa
acattaattcataatgattttaatccaagaaatatcactttccgccgtgaatacggtgaa
ttacgtctttgtgcctatgactgggaactggctacaattcaaatacctcaacatgatctc
gcagagttattagccttcaccctacagcctgacttcgatcaaagtgatgtcgaacaatat
atcgaaaatcatcgtcaagcattacaacagcaaacgaattcagagatagatccaatccaa
tggcgtagagggtttacgttgtctttatttgatctcgtgattaaccgtatacctatgttc
atagtgagccatagcttccgtcactatgaatttatggaacgagtacaaatgacattacgt
agacttttagatcatgaaggagcagtagaataa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (3)   
   KEGG MODULE (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (43)   
   KEGG ORTHOLOGY (1)   
   RefGene (40)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (65)   

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