KEGG   Panulirus ornatus (ornate spiny lobster): 139761394
Entry
139761394         CDS       T10834                                 
Symbol
Hmgcr
Name
(RefSeq) 3-hydroxy-3-methylglutaryl-coenzyme A reductase isoform X1
  KO
K00021  hydroxymethylglutaryl-CoA reductase (NADPH) [EC:1.1.1.34]
Organism
porn  Panulirus ornatus (ornate spiny lobster)
Pathway
porn00900  Terpenoid backbone biosynthesis
porn01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:porn00001]
 09100 Metabolism
  09109 Metabolism of terpenoids and polyketides
   00900 Terpenoid backbone biosynthesis
    139761394 (Hmgcr)
Enzymes [BR:porn01000]
 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)
     139761394 (Hmgcr)
SSDB
Motif
Pfam: HMG-CoA_red Sterol-sensing Patched
Other DBs
NCBI-GeneID: 139761394
NCBI-ProteinID: XP_071541636
Position
40:11588375..11641952
AA seq 965 aa
MDNLRCGMTWRTFWAHGRMCAAHPWEVIFSVITTTVAMISLVDWYKDPSLPRTPQEYQGL
DVVVMTILRCSALLYTYHQFRKLHRIGSKYIVGIAGLFVVFSSFVFSCSVIKLLDSDVSD
LKDALFFFLLLVDLSRASLLAQFALSSSSQTEVHTNIAYGMARLGPSLTLDTIVEALVIG
AGTLSGVSRLEQMCAFACMSIVVNYVVFMTFFPACLSLVLELSNRCSSGQPPWQMATLAR
AMVEEEKPNPVVQRVKVIMSAGLLLVHGITRWSLCLSANSVTLKDTAASFNSSTDPHVIV
RLLNAGLDHIVFTVILVALIVKYVLFESQGQLEENLIHDSLQTTQDSLDSSGLSGKGSST
LGILRHRSRTRTVSCTSTWEGSVMPANKEDSSTQTEKVNTWIEEDRDTNEEEKPPRSVEE
CVTVMNSKAGVKSLKNQEIVQLVEKKHLPSYKLEYLLGNPLRAVGIRRTIVAPHTANHCS
MDSLPYDHYDYTKVMGVCCENVIGYVPVPVGVAGPLLVNGKKYMVPMATTEGCLVASTNR
GCRALVNGVKSEVIQDGMTRAPSVRLPTAARATEVYMWIKKKENYVIIKEGFDSTSRFAR
LQDLHVGIAGRLLYIRFVAQTGDAMGMNMVSKGTEAGLKALKKYFPDLEVLSVSGNYCVD
KKPSAINWIEGRGKSVVCEAVVPGKIVTTILKTTVTALVEANITKNLVGSSLAGSIGGNN
AHAANIVAALYIACGQDPAQVVGSSNCMTLMEAWGEKGEDLHVTVTMPSVEVGTVGGGTG
LAPQSACLTMLGVKGAHKDNPGENACQFAKIVAGTVLAGELSLMSALAAGHLVKSHLAHN
RAKVGDGASTSAVPPPASSSSGITPTSTSSPSTNTNVISKSSSDIQPFVKASTTASIPSV
ATVNDTDIGAGLATHKAHGDSGISDKDITQNTVLPPCQDSANFSLPHSRDRGSHYSVDAV
VASVL
NT seq 2898 nt   +upstreamnt  +downstreamnt
atggataacttacgttgtggcatgacatggcggacgttctgggcccacgggcggatgtgt
gcggcccatccatgggaggtgatcttctctgtcatcacaactacagttgctatgatctcc
ctggtcgactggtacaaggacccaagcctcccacgcactccacaggaatatcaaggactg
gatgttgttgtaatgaccattttgcgttgttctgctcttctctacacataccaccagttt
cgtaagctgcataggattggctccaagtatattgtggggattgcagggctgtttgttgta
ttttcaagctttgtgtttagttgttcagtcatcaagctgttggacagtgatgtgtctgat
ctgaaggatgctctgttcttcttccttcttctggtggatcttagtagggcaagtcttcta
gctcagtttgccttgtcatcttctagccagactgaagttcacaccaacattgcttatggc
atggctcgcctgggaccatccctcactcttgatacaattgtcgaggccctagtcataggg
gctggcacactttcaggtgtgagtcgtctggagcagatgtgtgcctttgcctgcatgtcc
atcgtagtaaattatgttgtcttcatgaccttcttcccagcttgcctctctcttgtcctg
gagttatcgaaccggtgttcttctggtcagcctccatggcagatggcaacactggcccgt
gccatggtagaagaagagaagcccaatcctgttgtccagcgtgttaaggtcatcatgtca
gctggacttctgctagttcatggaatcactcgttggtccctgtgtctctcagccaattct
gttacgctgaaggacactgcagcatcttttaactcctctacagacccacatgttattgtc
aggttgttgaatgctgggctagaccacattgtgttcacggtgattctagtcgccttaatt
gtcaaatatgtgctatttgagtcacaagggcagttagaggaaaaccttatccatgatagc
cttcaaaccactcaggattctcttgacagctctggactctctggcaaaggttctagtact
ttagggatattgcgtcaccgcagcagaactcgcacagtaagttgcacttcaacgtgggag
gggtcagtaatgccagcaaataaagaggatagcagtacacaaacagaaaaggttaacaca
tggatagaagaggacagagatacaaatgaagaagagaaacctcccagatcagtagaagaa
tgtgttactgtaatgaactccaaggcaggagtcaaatctttaaaaaaccaagagatagta
cagttggttgaaaagaaacacttgccaagctacaaattggaataccttttgggtaaccca
ttaagagctgtcggtatccgtaggacaattgtagcaccacacacggcaaatcattgttcc
atggacagtttgccatatgatcactatgactatactaaggtgatgggtgtgtgctgtgag
aatgtaattggttatgtacctgttccggtgggtgttgccggacctctgctcgtaaatgga
aaaaaatatatggtgccaatggcaactactgaaggatgtttggttgcctcgaccaatcgt
ggttgtcgtgcccttgtcaatggagtcaagagtgaagtaattcaggatggtatgaccaga
gcacccagtgtccggcttcctactgctgctcgagccactgaggtatacatgtggattaaa
aagaaagaaaactatgtgatcatcaaggaaggttttgattcaactagccgctttgcccgt
ctgcaagatttgcatgtgggtattgccgggcgattgctgtacattcgctttgtggcacag
actggtgatgctatggggatgaacatggtatccaagggcacagaagctggacttaaggct
ctgaagaaatactttcctgaccttgaggtcctgagtgttagtggtaactactgtgtggat
aaaaaaccatcagcaattaactggattgagggccgaggcaaatctgttgtgtgtgaagct
gtggtgccaggaaaaattgttacaacaatacttaaaactactgtgacagctcttgtggag
gctaatattaccaagaatttggttggatcatcattagctggctcaataggaggaaacaat
gcccatgcagctaatattgtcgcagctctatacattgcatgtggtcaggatccagctcag
gtggtgggtagcagcaactgcatgaccctgatggaggcctggggtgagaagggggaagac
ctgcacgtaactgtcactatgccctctgttgaggtgggcacggtgggtggaggcactggt
cttgcaccacaatctgcttgcctcaccatgcttggggttaaaggagcacacaaagataac
ccgggtgaaaatgcatgtcagtttgctaagatagtggcagggacagtactggctggagaa
ctatcattaatgtctgccttggctgcaggacatttggttaagagtcacttggctcataat
agagctaaggttggcgatggagcctccacttctgctgtgccccctcctgcctcctcaagt
agtggtattacaccaacttccacttcttccccttctacaaatactaatgtaatttcaaag
tcatcaagtgacatccaaccttttgtaaaagcttcaacaactgcttccataccatcagta
gccaccgttaatgatactgacattggtgcagggttagctactcacaaagcacatggagac
agtggaataagtgacaaagacatcacccaaaatactgttttaccaccatgtcaggattcg
gcaaatttttctctgccacattctagagacaggggttcacattattcagttgatgctgtt
gtggccagtgtcctgtag

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (9)   

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