KEGG   Elaeis guineensis (African oil palm): 105061098
Entry
105061098         CDS       T03921                                 
Name
(RefSeq) protein PHYLLO, chloroplastic isoform X1
  KO
K14759  isochorismate synthase / 2-succinyl-5-enolpyruvyl-6-hydroxy-3-cyclohexene-1-carboxylate synthase / 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase / o-succinylbenzoate synthase [EC:5.4.4.2 2.2.1.9 4.2.99.20 4.2.1.113]
Organism
egu  Elaeis guineensis (African oil palm)
Pathway
egu00130  Ubiquinone and other terpenoid-quinone biosynthesis
egu01100  Metabolic pathways
egu01110  Biosynthesis of secondary metabolites
egu01240  Biosynthesis of cofactors
Module
egu_M00932  Phylloquinone biosynthesis, chorismate (+ phytyl-PP) => phylloquinol
Brite
KEGG Orthology (KO) [BR:egu00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00130 Ubiquinone and other terpenoid-quinone biosynthesis
    105061098
Enzymes [BR:egu01000]
 2. Transferases
  2.2  Transferring aldehyde or ketonic groups
   2.2.1  Transketolases and transaldolases
    2.2.1.9  2-succinyl-5-enolpyruvyl-6-hydroxy-3-cyclohexene-1-carboxylic-acid synthase
     105061098
 4. Lyases
  4.2  Carbon-oxygen lyases
   4.2.1  Hydro-lyases
    4.2.1.113  o-succinylbenzoate synthase
     105061098
   4.2.99  Other carbon-oxygen lyases
    4.2.99.20  2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase
     105061098
 5. Isomerases
  5.4  Intramolecular transferases
   5.4.4  Transferring hydroxy groups
    5.4.4.2  isochorismate synthase
     105061098
SSDB
Motif
Pfam: Abhydrolase_1 MR_MLE_C TPP_enzyme_M_2 TPP_enzyme_N Abhydrolase_6 Hydrolase_4 TPP_enzyme_C Abhydrolase_2 Abhydrolase_3 Thioesterase Ndr MenC_N Mbeg1-like BAAT_C Abhydrolase_11 Esterase DLH DUF726 CLP_protease
Other DBs
NCBI-GeneID: 105061098
NCBI-ProteinID: XP_010943357
UniProt: A0A8N4EX26
Position
Unknown
AA seq 1743 aa
MMRANHLRLSEPSPLSLSVPHLPSLSRSIRLKIRSKHSFPSRRSSLGNLNLRRSNLLPFQ
SNPNFQIDAEDGCYGGLEIAADEFLELGDMDLPVELSVTRALPPALTLREGFDKMKEAIE
TLKANPPCSRSGVLRIQVTVPPSTKALNWLCCQCKELLVYPQFYFSARQTHQQSLELASL
NGMVEVSGIGTAIYVHGSSHTQKGCNLIARYLSVDSPLIRAYGFIGIHYKKESFMMEDRP
GSFFFFIPQIELNEFGGCSLLASTLIWDDFVSYTFERAVHTFELYFHQIVHYIHPISTYV
KDMWMNYICGLSKLMESKHVQMVYLDAEILVKMDAGVNNLLEEDSPSCCRYYFRHSSTVS
FGSNMLMDSRGTSCLIKECANVNSLWASLIIEECVRLGLTYFCIAPGSRSSPLATCACGH
SSTTCISCFDERSLAFHAVGYARGSHRPAVVITSSGTAVSNLLPAVVEASHDCVPLMLLT
ADRPPELQDAGANQAIDQVNHFGKFVRSFFSFPPPTDQIPARMVLTTVDSAAYSATQAPY
GPVHINCPFREPLEDCPKEWNINCLRGLDLWLSNAGPYTRYIKMQHCCSCNDYNGQVAEV
LEVMQRAKQGLLLIGAIHTEDEIWAALLLAKHLSWPVVTDILSGLRLRRLFTSYTETEDR
FYFIDHLDNALLSNAVKGWAQPDVTVQIGSRITSKRIVQFLEFCSPSAYILVDKHPYRHD
PSHIVTHRIQSTISEFADILLKIDFMKKPRKWSSFLKTLDMVVAWEIAFQIHSECSLTEP
HVAHIIGEILQGDVVLFVGNSMVIRDLDMYGRGWVKSVTKNTHLMSDWDLQFHGIQVAGN
RGASGIDGLLSTAIGFAVGCNKRVICVIGDISFLHDTNGLAILNQRTKRKPMTILVINNH
GGAIFSLLPIADRALPNVLNQYFYTAHDVSISKLCAAHSVKHLLAQTKMELHNALWRSQN
EQTDCVIEVESSIADNANFHSMISKSAYQAANQALDFLTRFPDSEYVKNDLFVSKIHKME
FSLYRIQLCAPLSSSPLRNEKNKFYREGFILNITLDDNSSGFGEVAPIEIHKEDLLDVEE
QLRFLVHRIEGSEISYFLPLLRGSFSHWIWRSLGVPPSSIFPSVRNGMEMAILNALAARA
GSSLLELVTGCRSSTQDSQSLTEIMKGSARIQISALVDCNGTPMQVAHVVSRLVDEGFTT
IKLKVARRENLIEDVAVIQEIREMVGYKINIRVDANRKWTYEEAIEFGFGVKYFDLQYIE
EPVCLEDDIIKFCEESCLPVALDETIDDLKGDFLNKLQNFVHPGIVAIVIKPSVVGGFEN
AALIAKWAQLHDKMAVVSASFESSLSLSAYVQFACYLEQQNVTISRLRKRKLSAAIAHGL
GTYQWLQEDVSTNHLEFHVAPNGDKIEASVKDADTFLRYFQIKDKTVQRIYTGEQLKSYR
IEVKGDNFSCSFKLQEAGADTRDWTELMQKQAVVYLHGFLGTSQDWVPIMKAISSTARCI
SIDLPGHGESQVQWDMDKSSKQKLNISVEAVADILMKLICDITSGGVILVGYSMGARIAL
YMALKYNEKINGAVIISGSPGLRDKAARRIRSAQDEARAHFLLAHGLQYFLDIWYAGSLW
KSLRDHPHFNEIVRNRAKHSDIQALAKVLSDLSIGKQLSLWEDLKHCQKPLLFIAGDKDI
KFRDISKQMCSEIRTCSEGKDHIERVQLSEMVIVPDCGHAVHWENPLPVINAVRKFITNF
DKL
NT seq 5232 nt   +upstreamnt  +downstreamnt
atgatgcgagctaatcacctccggctttctgaaccctcgcctctttccctctctgttccc
catcttccctccctctcgcgatccatccgcctcaagatacgctccaaacattcgtttcct
tcacggcggtcttctctcggaaatctcaatctccgccgttctaatcttctccctttccag
tcgaacccaaacttccagattgatgcggaggatggttgttatggtggattggagattgct
gctgatgagttcttggaactgggggatatggatttgccggtggagctctctgtgactcga
gctcttcctcctgctctcacactcagagagggttttgataagatgaaagaggcgatcgag
acgctcaaggcgaatccaccgtgttcgaggagcggtgttttgaggattcaggttacagtg
cctcctagtacaaaagctttaaattggctgtgttgtcaatgcaaggaattgttagtgtat
cctcagttttatttttcagcaagacaaactcatcagcaatctcttgaattggcttcgttg
aatggaatggttgaagtttctggtatcgggacagcaatttatgttcatggctcttcacac
acccaaaaaggatgtaatttgatagcaagatacctttcagttgattcgcccctgataaga
gcttatggattcataggtatccattataaaaaggaatcattcatgatggaggataggcct
ggttcatttttcttctttataccacagatagagctgaatgaatttgggggctgctcttta
ttagcatccacactgatctgggatgattttgtatcatatacatttgagagagctgttcat
acctttgaattatatttccaccagattgtacattatattcatccaattagcacatatgtc
aaagacatgtggatgaattacatttgtgggctgtcaaagttgatggagagcaaacatgtt
caaatggtatacctggatgccgaaattcttgttaaaatggatgctggagtgaataatttg
cttgaggaagactctccaagttgttgccgttattattttagacattcatccactgtttct
tttggaagtaacatgcttatggattctcgtggaaccagttgcttgataaaagagtgtgcc
aatgtcaattctctgtgggcttcacttataattgaagaatgtgttcgacttggtttgacg
tacttctgtatagctccaggatcacgatcatctccacttgcaacttgtgcgtgtggccat
tcctcgacaacttgcatatcatgttttgatgagcgctcccttgcatttcatgctgttggc
tatgcaaggggatctcatagacctgcagtggtcataacatcatcaggaactgctgtgtca
aatcttcttcccgcggttgtggaggctagtcatgattgtgtacctcttatgttactcaca
gctgatcgccctccagagctgcaggatgcaggagcaaaccaagcaattgatcaggtcaac
cattttggcaaatttgtgaggtctttcttcagttttcctccgcccactgatcaaatacct
gcaagaatggtcctaacaactgttgattcagctgcatacagtgcaacacaagcaccatat
ggccctgtgcatattaactgtcccttcagagagccattggaagactgtccaaaagaatgg
aatataaactgtttaagaggattagatttgtggttgtcaaatgcaggaccttatactaga
tacatcaaaatgcaacattgctgctcatgcaatgattataatggacaagttgctgaggtt
ctggaagtaatgcagagagcaaaacagggtctcttattaattggtgctatccacactgaa
gatgaaatatgggcagctcttcttttagctaaacatctttcctggccagttgttacggat
attttgtcaggactaaggttgcgcagattatttacttcctatacagagactgaagacagg
ttttattttattgatcatttggataatgctctactctcgaatgctgtcaagggctgggca
caaccagatgtgaccgttcagatcggtagcaggattacaagcaaacgcattgtccagttc
ttggagttctgttctccatctgcatatatcttggttgacaagcatccatatcgtcatgat
ccttctcatattgttacccacagaatccagagtaccatatctgaatttgcagatatttta
cttaaaattgatttcatgaagaagcctagaaaatggagcagtttcctgaagacactggat
atggtggttgcatgggaaatagcatttcaaattcattctgaatgctcgctaaccgagcca
catgttgcgcatataattggagaaatacttcaaggtgatgttgtcttatttgttgggaac
agcatggtcattagagatctggacatgtacggaaggggctgggtgaaatctgtcacaaaa
aacactcacctgatgtcagattgggatctacaattccatggtatacaagtggctgggaac
agaggtgctagtggtattgatggtttgcttagcacagctattggttttgctgttggatgc
aacaaacgagttatttgtgtgattggtgatatatcttttcttcatgatacaaatggattg
gcaattcttaatcaaaggacaaagaggaaacctatgactattcttgtaatcaataaccat
ggtggtgcaattttcagtcttctaccaattgcagatagggcactgcccaatgtgttaaat
cagtacttctacacagcccatgatgtctcgattagtaaactttgtgcggcacacagtgtg
aaacatttactagcacagacaaaaatggaactgcataatgctttatggagatctcaaaat
gagcagacggactgtgtaatagaagttgagagcagcattgcagataatgccaattttcac
agcatgataagtaagtctgcttatcaagctgcaaaccaagcgctggatttcctaacaagg
tttccagattctgaatatgtaaagaatgacttgtttgttagcaagatccataaaatggag
ttctcattatatagaatccaactttgtgctccgctttcttcaagtccactcagaaacgag
aagaataagttctaccgtgaaggttttatcctaaatataactctggatgataatagttca
gggtttggagaggttgccccaatcgaaattcacaaggaggatctgttagatgttgaagag
cagctgagatttctggttcatagaatagaaggttctgagataagttattttcttccattg
ctcaggggctccttctctcattggatatggagaagcttaggagttccaccatcttctata
tttccaagtgttaggaatggcatggagatggctatactaaatgcactagcagctagagca
ggatctagtttattggaattagttactggatgtagaagttccacacaagattctcagtca
ttgacagaaattatgaagggttcagcaaggatacagattagtgcccttgtagattgtaat
ggcactcctatgcaggtagctcatgtagtgtctcggctagttgatgaaggtttcactaca
atcaaactgaaggttgcacgtcgagaaaatcttattgaagatgtggcagtcatccaagaa
attagagaaatggttggatataagatcaacatccgtgttgatgcaaatcggaagtggaca
tatgaagaggcaatcgaatttggatttggtgtgaaatattttgacctacaatacattgag
gaacctgtatgtcttgaggatgatattataaagttttgtgaagaaagttgtttacctgta
gctttagatgagactattgacgatcttaaaggagatttcctcaacaaactccaaaacttt
gtacatcctggaatagtagctattgtaattaaaccaagtgtagttggtggatttgaaaat
gcggcgcttattgcaaaatgggctcagcttcatgacaagatggctgttgtcagtgcttcc
tttgagagtagtcttagtttgtcagcatacgtgcaatttgcatgctaccttgagcagcag
aatgtaacaatatccagattgagaaagagaaagttgagtgcagccatagctcatggccta
ggaacatatcaatggcttcaggaagatgtatccactaaccatctagagtttcatgtagct
ccaaatggtgacaaaattgaagcctctgtgaaagatgcagatactttccttcgttatttt
cagatcaaagataagacagttcagaggatctacactggtgaacaacttaaatcctacaga
atagaagtaaagggcgataacttttcctgttcattcaaattgcaagaggcgggtgctgac
acaagggactggactgaattgatgcagaagcaagcagttgtctatcttcatggctttctg
ggtacaagtcaagactgggttcccataatgaaggctatatcatccactgcacgatgcatt
tctattgatcttcccggccacggggaatctcaggtgcaatgggatatggataagagctcg
aagcaaaagctgaatatctcagttgaagcagttgcagatatattaatgaagttaatctgt
gatattacctctggaggtgtcattcttgtcggatattcgatgggtgctaggattgcactg
tacatggcattgaaatacaatgaaaagatcaatggagctgttataatatcaggaagtcca
ggattaagagataaggcagctagaagaattcgtagtgcacaagatgaagcaagggctcac
ttcctattagcacacggtctgcaatattttctggatatatggtatgctggcagcctatgg
aaaagcttgagagatcatccacatttcaatgaaatagtcagaaatcgtgcaaagcatagt
gacatccaggctcttgcaaaagttctctcagacttgagcattggaaagcaattgtctttg
tgggaagacttgaaacactgccagaagcctcttctcttcattgccggagacaaggatata
aagttcagagacatttctaagcaaatgtgcagtgaaatcaggacatgctcagaaggtaaa
gatcacattgaaagagtacagttatctgaaatggttatagttccagactgtggccatgct
gtgcattgggagaaccctctcccagtgatcaatgcagtgaggaagttcataacaaacttt
gacaagctataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (9)   
   KEGG COMPOUND (9)   
Chemical reaction (8)   
   KEGG ENZYME (4)   
   KEGG REACTION (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (19)   
   Pfam (19)   
All databases (55)   

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