KEGG   Populus euphratica (Euphrates poplar): 105114338
Entry
105114338         CDS       T05872                                 
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
peu  Populus euphratica (Euphrates poplar)
Pathway
peu00130  Ubiquinone and other terpenoid-quinone biosynthesis
peu01100  Metabolic pathways
peu01110  Biosynthesis of secondary metabolites
peu01240  Biosynthesis of cofactors
Module
peu_M00932  Phylloquinone biosynthesis, chorismate (+ phytyl-PP) => phylloquinol
Brite
KEGG Orthology (KO) [BR:peu00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00130 Ubiquinone and other terpenoid-quinone biosynthesis
    105114338
Enzymes [BR:peu01000]
 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
     105114338
 4. Lyases
  4.2  Carbon-oxygen lyases
   4.2.1  Hydro-lyases
    4.2.1.113  o-succinylbenzoate synthase
     105114338
   4.2.99  Other carbon-oxygen lyases
    4.2.99.20  2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase
     105114338
 5. Isomerases
  5.4  Intramolecular transferases
   5.4.4  Transferring hydroxy groups
    5.4.4.2  isochorismate synthase
     105114338
SSDB
Motif
Pfam: MR_MLE_C TPP_enzyme_M_2 Abhydrolase_6 Abhydrolase_1 TPP_enzyme_N Hydrolase_4 Abhydrolase_2 Thioesterase TPP_enzyme_C Abhydrolase_3 MenC_N DUF676 Ndr BAAT_C Lipase DLH DUF726 LIDHydrolase DUF900 Abhydrolase_11 Chlorophyllase Ser_hydrolase Esterase Abhydrolase_8
Other DBs
NCBI-GeneID: 105114338
NCBI-ProteinID: XP_011009160
Position
Unknown
AA seq 1717 aa
MKPHILLLTNNLPLPSPNIPFGTRKSLPLAFLSRNTSIHFPRFQNPKFKVVEAVRYDCPV
TDVTELEGEDCELVLETCITRTLPPALTLERGIESIKAAVDDLKSNPPCSLHGVFRFQVA
VPPSPKALNWFCSLPESDGVFPRFFQSKETEDASCKKLYLRRTRGVFGLGSAICFEASSY
CAPEKLKRIRRYLSSDSTHIMTYGFMDINFNKESSSIKHEAGSFYFLIPEVELDEQEEAS
ILVITLAWDENSCWTFEQAIQSFESSIYQASFCFWPDTERCYSKCIKSTFRNFNLMEAKT
FQMACTDALFLDRRDYQADTAELVFPFSWTKFSSQFCFRLSPVVGVSSNMLDDAGETSYS
LQDQSNINAVWASLIVEECSRLGIMYFCVAPGSRSSPLAIAASTHPLTTCISCFDERSLA
FHAVGYSKGSHKPAVIITSSGTAVSNLLPAVVEASQDFVPLLLLTADRPPELLDAGANQA
INQVNHFGSFVRFTFSLPAPTDNIPARMVLTTIDSAVHWATSLPYGPVHINCPFREPLDD
SSDNWMLNCLKGLDIWMSGAEPFTKYIQLQNSLACKDGARAPMAEVLEIIKGTDRGLLLV
GAIHTEDEIWAALLLAKHLNWPVAADILSGLRLRKLLPSLPEIEENVLFVDHLDHALLSE
WVRGWIHFDVIVQIGSRITSKRVSQMVEECFPCTYILVDNHPCRHDPSHFVTHRVQCSIH
QFADSLMKAQFPHRNSKWCCFLRVLNTMVAWDISFQINAENSLTEPYVAHVITEALSAES
ALFVGNSMVIRDADMYGHNCKTHAHSIAHMMLDTELPYLGIRVVGNRGASGIDGLLSTAI
GFAVGCNKQVLCLVGDVSMLHDTNGLAILTQRVSTKPMRILVINNHGGAIFSLLPIADKT
DPRILDQYFYTSHRISIHKLCAAHSVRHLQVKTKVELQEALLKFEHEKTDCVIEVESSIG
ANSTFHSTLRKSAQQAADHALSILSRLSVRVSISDGLFLCKIHKMDFSLYRIQLCAPPTS
SSVDHHQNEFHREGYILSVSLEDGSVGYGEVAPLEIHKENLSDVEEQLLFLLHVIKGIKI
NVSLAILKGSFTSWIWSNLGIMECSIFPSVRCGLEMAILNAIAVSQGSSFISMLQPWKIN
EEIYEKSSVKICALIDSNGTPTEVAYIASSLVEEGFTAIKLKVARRADPIQDATVICKVR
KEVGPCIEIRADANRKWTYEEAIQFGFLVKDCDLQYIEEPVENVDDIVKFCEETGLPAAL
DETINNFQESHLKMLAKYTHPGIVAVVIKPSVVGGFEKAALIARWAQKHGKMAVVSAAFE
SGLGLSTYILFSYYLEQLNAVYTVMNRETRPSIAHGLGTYRWLKQDVTPIPLGIHYDPCK
GFVGASVAASIQLLQNFQVNNNVIHETFNEEQVHRYHLTVNSKNFSCSIKVHEVGQESSD
NVVIFLHGFLGTGEDWVPIMKAISRSAKCISVDLPGHGGSKIQNHVSKGAQEEATLSIEI
VADVLYKLIQGITPSKVTLVGYSMGARIALHMALRLSHKIDGAVIISGSPGLKDTTARKI
RQAKDDSRADFLVAYGLELFLDSWYAGEFWKSLRSHPHFKEIVAGRLVHEDVQSLAKALS
GLSTGSQLPLWEDLKRCNLPLLLIVGEKDAKFKSIAQKMLHEVVQERKGEDCRGDNVCEI
LEVPNCGHAVHLENPLPVISAMRKFLTRGRSSSRAQH
NT seq 5154 nt   +upstreamnt  +downstreamnt
atgaagcctcacatattattacttacaaacaatctgcctttaccatctccaaatattccc
tttggaacaagaaagtctctcccgctcgcatttctcagcagaaacacttccattcacttc
cctcgctttcaaaaccctaaatttaaggttgttgaagcggtgagatatgattgtcccgta
acggacgttactgaattggaaggcgaggattgtgagttggtgcttgagacttgcatcacg
cgcacattgcctccggcattgacgctggagcgagggatagagagcattaaggctgccgtg
gatgatttaaagtcgaatcctccgtgttctcttcacggtgttttcagatttcaggttgct
gttccgccgagtccaaaagctttgaattggttctgctcgctaccggagtcggatggtgtg
ttccctcgtttttttcaaagcaaggagacagaggatgcgtcgtgcaaaaaactctatttg
cgtaggactcgtggagttttcgggcttggatcagcaatttgctttgaagcgtcctcttac
tgtgctccagaaaagctgaagaggatcagaagatatctctcaagtgattccacccatata
atgacttatggttttatggatattaatttcaacaaggagtcatcttcaatcaagcatgag
gctggttcgttttacttcttgattcctgaggttgagttagatgagcaagaagaagcatct
attcttgtcataacattggcatgggatgaaaattcctgttggacttttgaacaagcaatt
caatcttttgagtcatccatttaccaggccagtttttgcttttggccagacacagagaga
tgctattccaagtgcataaaatctaccttcagaaacttcaatctgatggaggctaaaaca
ttccagatggcttgtacagatgctctgtttttggacagaagggattatcaggctgacacc
gcagaactggtattccctttttcctggaccaaattttcctctcagttttgtttcaggctt
tcaccagtggtaggtgtttcgagtaacatgttggatgatgccggtgaaacaagttactct
ctgcaagatcaatcaaatatcaatgctgtttgggcttcacttatagtggaggaatgttct
cgtcttggtataatgtacttttgtgtagctccaggctcaagatcatcgcctcttgccatt
gctgcttccactcatcccctaacaacatgtatttcatgctttgacgagcgctctcttgca
tttcatgctgttggttattcaaaggggtctcataaaccagcagtcatcataacatcatca
ggcactgcagtttcaaatcttcttcctgctgttgtggaagctagtcaggattttgtgcca
cttctattgctgactgcagatcgtcctcctgagcttcttgatgctggggcaaaccaagca
attaatcaggtgaaccattttggttcttttgtgaggttcaccttcagtcttcctgcacct
actgataatattcctgcgcggatggtgcttacgacaattgactctgctgtgcattgggca
acctctttgccatatggccctgttcatattaattgtcctttcagagagcccctggatgat
agttcagacaattggatgttaaactgtttaaaaggattggatatttggatgtctggtgcg
gaaccattcactaaatatattcaattgcaaaactctctcgcatgtaaagatggtgctcgt
gccccaatggcagaggttcttgaaataattaaagggactgatagagggcttttacttgtt
ggtgcaattcacacagaagatgaaatatgggcggctcttctcttggctaaacatcttaat
tggcctgttgcagctgacatcttatcagggctaagattaagaaagctccttccttctctt
cctgaaattgaagagaatgttttatttgttgatcatctagaccatgctttactgtcagaa
tgggtcaggggttggattcattttgatgtgattgttcagattggaagccggataacaagc
aagcgtgtcagtcaaatggtggaagaatgttttccgtgcacatatatcttagttgacaac
cacccgtgccgtcacgatccatcacattttgtaacacacagagtgcagtgctccattcat
cagtttgctgacagcttaatgaaagctcaatttccacacaggaacagcaaatggtgttgt
tttctacgagtgttgaatacaatggttgcctgggatatatcatttcaaattaacgcagag
aactcattaaccgagccttatgttgcacatgtaattacagaagctctttcagccgagtct
gctctttttgttggcaacagcatggtaatacgcgatgcagacatgtatggacacaattgt
aaaactcatgctcatagcattgcacatatgatgttagacacagaacttccatatcttggg
ataagagtggttggcaacaggggagctagtggtattgatggtttgcttagcacagcaatt
ggttttgctgttggatgcaataaacaagtgctttgtttggttggagatgtttctatgctt
catgatacaaatggcttggcaattttgactcagagggtgtcaacgaaaccaatgaggata
cttgtgataaacaatcatggtggagcaattttcagcctccttcctattgcagataaaact
gaccctcgaatattggatcagtatttctacacttcccatagaatatcaattcataaactt
tgtgcggcacacagtgtgagacatttacaagtgaagacgaaggtggaacttcaagaggct
ttacttaaatttgaacatgagaagacagattgtgtaattgaagtggagagcagcattggt
gccaattcaaccttccacagtactttacgaaaatctgcacagcaagcagcagatcatgct
ttaagcattctatcaaggctttctgttcgagtttccatttcagatgggttatttctctgc
aagatccataaaatggatttttcactgtacagaattcaactctgtgctcctcctacctca
agctctgttgatcatcatcagaatgagttccatagggaaggttatattttatccgtgtct
ctcgaagatggaagtgttgggtatggtgaggttgcacctcttgaaatccacaaagaaaat
ctgtcggatgtagaagagcagcttctatttcttcttcatgtcattaaaggaatcaagatt
aatgtttcccttgccattctgaaaggctctttcacttcttggatatggagcaacttagga
attatggaatgttcaatctttccaagtgttagatgtggtcttgaaatggctatcttgaac
gccatagcagtaagtcaaggttccagttttataagtatgcttcaaccttggaagataaat
gaggaaatttatgaaaagtcaagcgttaagatatgtgcccttattgattctaatgggact
cccactgaggttgcttatattgcttcctcacttgttgaagaaggattcactgcaataaaa
ctcaaagttgcacgtcgggcagatcccattcaagatgctacagttatatgcaaagtacga
aaggaagttggtccatgtattgaaatccgtgcagatgccaacagaaaatggacctatgaa
gaagctatccagtttggcttccttgtaaaagattgtgacctacaatatattgaggaacct
gttgagaatgttgacgatattgtgaagttctgtgaagaaactggcttacctgcagctctt
gatgaaactatcaacaattttcaagaaagtcatcttaaaatgcttgcgaagtatactcac
cctggaatagttgctgtggttatcaaaccaagtgttgttggtgggtttgaaaaggcagca
ttaattgcacgatgggcacagaagcatggaaaaatggctgttgttagtgctgcatttgaa
agtggcttaggtttgtcaacttatattctattctcctattacctggagcagctgaatgct
gtttatacagttatgaaccgtgaaaccaggccatctatagcccatggtctcggaacttat
agatggcttaaacaagatgtcacacctatacctcttgggattcattatgatccatgtaaa
ggctttgtcggagcgtctgttgctgcttccattcaactcctgcagaactttcaagtcaat
aacaatgttattcacgaaacttttaatgaagagcaagttcatagatatcatttgacagtg
aattcaaagaatttttcctgctccatcaaagttcatgaagttggacaagaaagcagtgat
aatgttgttatatttcttcatggatttcttggaactggtgaagattgggtccccatcatg
aaggccatctcaagatcagcaaaatgcatttcagttgatcttccgggacatgggggatca
aaaatacaaaatcatgttagtaagggagcccaagaggaagcaactttgtcaattgaaata
gttgcagatgtattatataagttgattcaaggcataactccttctaaggttaccctggtt
ggatattctatgggagctaggattgcattgcacatggcactaagacttagtcataagatt
gatggagctgttataatatctggtagccctggcctgaaggatacaacggcaagaaaaatc
cgtcaggctaaagatgattcgagggcagacttccttgttgcctatggtttagaactcttt
cttgattcctggtatgctggggagttctggaagagcctgagaagtcatccccattttaag
gaaatagttgccggccgcttggtgcacgaggatgtccaaagtcttgcaaaagccctgtca
ggcctcagcactgggagccagctgccattgtgggaagacttgaagcgatgcaatttgccc
cttttactcattgttggagagaaagatgcgaagttcaagtcaattgctcaaaaaatgttg
catgaagttgtccaagagaggaaaggtgaagactgcaggggggacaatgtttgtgagata
cttgaggttcccaactgtggtcatgctgttcatttggaaaaccctcttcctgttattagt
gccatgagaaaatttttgaccagaggaaggagttcctccagagcacaacattaa

  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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (24)   
   Pfam (24)   
All databases (58)   

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