KEGG   Prunus persica (peach): 18791507
Entry
18791507          CDS       T03092                                 
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
pper  Prunus persica (peach)
Pathway
pper00130  Ubiquinone and other terpenoid-quinone biosynthesis
pper01100  Metabolic pathways
pper01110  Biosynthesis of secondary metabolites
pper01240  Biosynthesis of cofactors
Module
pper_M00932  Phylloquinone biosynthesis, chorismate (+ phytyl-PP) => phylloquinol
Brite
KEGG Orthology (KO) [BR:pper00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00130 Ubiquinone and other terpenoid-quinone biosynthesis
    18791507
Enzymes [BR:pper01000]
 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
     18791507
 4. Lyases
  4.2  Carbon-oxygen lyases
   4.2.1  Hydro-lyases
    4.2.1.113  o-succinylbenzoate synthase
     18791507
   4.2.99  Other carbon-oxygen lyases
    4.2.99.20  2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase
     18791507
 5. Isomerases
  5.4  Intramolecular transferases
   5.4.4  Transferring hydroxy groups
    5.4.4.2  isochorismate synthase
     18791507
SSDB
Motif
Pfam: MR_MLE_C Abhydrolase_6 TPP_enzyme_M_2 Abhydrolase_1 TPP_enzyme_N TPP_enzyme_C Hydrolase_4 Thioesterase Abhydrolase_3 Abhydrolase_2 Ndr BAAT_C DLH DUF676 Mbeg1-like MenC_N Esterase Abhydrolase_11 DUF726
Other DBs
NCBI-GeneID: 18791507
NCBI-ProteinID: XP_020410927
Position
G1:complement(29390047..29402716)
AA seq 1733 aa
MHLLTNSLSFLPYKRSFSLPDAMPSLPPPPPFPFLNPNSRHFRLPPNPNSNVVRGVRFDG
PVVEIGQVSQTEDGDLVIETCVTRTLTPALTLEHGLQKINEVVEEFKLNPPSTPSGFHRF
QVAVPPSAKALNWFCSQPESSAVYPLFFISKDTENPSLKSLYVNETRGVFGIGAAVYYTP
SSFSSSSSSRIKRYLSNESTSVIAYGFMDNNYDQESSFMKHQAGSYYFFVPQIELNEYEG
TSILAATIAWSDSSLCTFEDAIHSYELCFNQASCHIWPTAKSNHTMNIRCTLRKLNLEED
GTIPMVYMNALSSRRKYVVADIMALKEAPSSCQFCIRLSPTIAVASNMGTNLGEYCSGFV
SLSTQLDQAHKMCYSAHDCANINTVWASLIIEECCRLGLTYFCIAPGSRSSPLAVAASTH
PLITCIVCFDERSLAFHAVGYARGSHKPAVVITSSGTAVSNLLPAVVEASQDFVPLLLLT
ADRPAELQDAGANQAINQVNHFGSFVRFFFSLPAPTDHIPARMVLTTLDSAVHWATSSPC
GPVHINCPFREPLENSPRKWMLSCLKGLDFWMSSAEPFTKYIQVQRVHAYDDGCGQMSEI
MNVIKGSNKGLLLIGAIHSEDEMWAVLLLAKHLQWPVVADILSGLRLRKLLTAFPEIEDD
LLFVDHLDHALLSDSVRSGINLDVIIQIGSRITSKRVAKMLEDCFPCSYVMVDKHPFRQD
PSHIVTHRIQSSIVEFADYLCKAGFPHMSNEWSAYLRMLNAMVARELSFQIYATDSLTEP
QVAHVVSEALSAESALFIGNSMAIRDADMYGRGWSGCSDRIADVTSKSELPRHMIRVAGN
RGASGIDGLLSTAVGFAVGCNKQVLCVIGDVSFLHDTNGLAIVNQRTLRKPMTIVVINNH
GGAIFSLLPLADRVEPRILNQYFYTSHNVSIHELCAAHGVMHLHVKTKLELEDALFTSQH
EEVDRVIEVESCIDANATFHSSLRKFACQAADHAMSLFSRLSVEDSTEDGALLYRVHRME
YSSFSIPLCAPPTMISVDDNETRFYREGFILTLYLEDGSVGFGEVSPLDIHRESLLDVEE
QLRFLIHMMKGAQISCFLPLLKGSFSCWIWTNLGILPCTLLPSVRCGLEMAILNALATRQ
GSNLLGILHPRKAEGGISENSSTVQICALVDSKGTPTQVADVVAALVEEGFTAVKLKVAR
HGSPLHDAAVIQEIRKKVGYQIEVRADANRNWTYKEAIQFGSLVKDCDLQYIEEPVHNEG
DIIKFCEESGLPVALDETIDSIREHPLHTLVKYTHPGIVAIVIKPSVVGGFENAAIIAQW
AQQHQKMAVISAVFESGLGLSAYIQFSCYLNQKNSEICEMMNYALAPSIAHGLGTYRWLK
EDVTTTPLKISCNPDSGSVEASVADADQVLRKFQINRNIIHGTFTGEQGCVYQLPVDSKD
FSCSIKVHEIGQRYDDNVFVFLHGFLGTGEDWIAIMKAISGCARCVAIDLPGHGGTKIQN
HGDNDATQDSGLSIEVVADLLCELIKHITPGKVTIVGYSMGARIALYMALRLTDKVKGAV
VISGSPGLKDEVERKVRRAKDDSRARFLIAHGLELFLDNWYSGELWNSLRVHPRFCQIVG
TRLLHEDVQSLAKVLSALSVGRQLPLWEDLRHCKTPLLLIVGEKDRKFKTIAKDMCLEIG
GGTVTGDSPPNDISEIVEIPDCGHAAHLENPLPVISTLRRFLTRVNSSNQKAI
NT seq 5202 nt   +upstreamnt  +downstreamnt
atgcacttactcaccaattctctctctttccttccttacaagaggtctttctctctccca
gacgcaatgccctcactaccgccaccaccgcctttcccattcctcaacccaaactcccgc
cattttcgactccctccaaaccctaattccaatgttgttcgaggagtgagattcgacggc
ccggtagtcgaaatcggccaagtatcgcaaaccgaagacggagacttggttatcgagacc
tgcgtcacgcggacgctgactccggcgttgactcttgagcatgggcttcaaaagatcaat
gaggtagttgaagagttcaagctcaatcctccttctactcctagtggatttcataggttt
caggtggctgtgcctccgagtgccaaagccttgaactggttttgcagtcaaccggagtcg
tctgctgtttatcctctgtttttcatctccaaggataccgaaaatccgagtttaaaatca
ctgtatgtgaatgaaacccgaggagtttttggaattggtgccgcagtttactatactccg
tcgtcgttttcttcttcttcgtcttctaggatcaagagatatttatcaaatgaatcaacc
tctgtaatagcttacggttttatggataataattacgaccaagagtcatctttcatgaag
catcaagcgggctcgtattactttttcgttcctcagattgagttaaacgagtatgagggc
acttctattttagcagcaacaattgcttggagtgactcttccctttgtacatttgaggac
gccattcattcttacgagttatgtttcaaccaggccagttgtcatatttggcccacagca
aagagcaaccacaccatgaatataagatgtactcttagaaagctcaatcttgaggaggat
ggaactattcccatggtatacatgaacgctctgtcatcaagaagaaaatatgttgtggct
gacatcatggcactgaaagaggctccatcttcctgccagttttgtatcaggctttcacct
accattgctgttgctagtaacatgggaacaaacttgggtgaatattgttcaggatttgtg
tctctttctactcagctggatcaagcccataaaatgtgttactcagctcatgattgtgcc
aatatcaatactgtttgggcatcgcttataattgaagaatgttgtcgacttggtttgacg
tatttttgtatagctccaggatcaagatcatcccctcttgctgttgctgcttctactcat
cctcttattacttgtattgtatgcttcgatgagcgctcacttgcatttcatgctgttggt
tatgcaagaggatctcacaaaccagcagtagtcataacatcatctggaactgcagtttca
aaccttcttcctgctgtggtcgaggctagtcaagatttcgtaccgcttctattgctcaca
gctgaccgtcctgcagaattgcaggatgctggggcaaaccaagcgatcaatcaggtaaac
cattttggttcctttgtgaggtttttcttcagccttcctgcacctactgatcatattcca
gcacggatggtgcttacgacacttgactctgctgtacattgggcaacctcttcaccatgt
ggccctgttcatattaactgtcctttcagggagccactggaaaatagccctagaaaatgg
atgttgagctgtttgaaaggattagacttttggatgtccagtgccgaaccgtttactaag
tatattcaagtacaacgtgttcatgcgtatgatgatggttgtggccaaatgtcagagatt
atgaatgtaattaaaggcagtaacaaagggcttctacttattggtgcaatccattcagaa
gatgagatgtgggcagttcttctcttggctaaacaccttcagtggcctgttgtagctgac
atcttgtcaggattacgattgagaaagcttttgactgcttttccagaaattgaagatgat
ttattatttgttgatcatcttgaccatgctctactatctgattctgtacgcagtgggata
aatcttgatgtgattattcagattgggagtaggattacaagcaagcgtgttgctaagatg
ctagaggactgctttccatgctcttatgtcatggttgacaagcatccatttcgtcaagat
ccttctcatattgtaacccatagaatccaaagtagcattgttgaatttgctgattattta
tgtaaagctggatttccccatatgagcaatgaatggagcgcttatcttcgaatgctaaat
gcaatggttgcaagggagttgtcatttcaaatttatgccacagactccttgactgaacct
caagttgcacacgtagtatccgaagcactttcagctgagtctgctcttttcattgggaac
agtatggccatacgcgatgcagacatgtatgggcgtggttggtcaggctgtagtgatcgc
attgcagacgtgacttcaaaatcagaactaccccgtcatatgattcgggtggctgggaat
agaggtgcaagtggtattgatgggttactcagcacagctgttggctttgctgtaggatgc
aataaacaagtgctttgtgtgattggagatgtttctttcctccatgatacaaatggcttg
gcaattgtgaaccagaggacattgcggaaaccaatgacgatagttgtaattaataatcat
ggtggtgcaatattcagtcttcttcctctagcagatagagttgagccaagaatactaaat
caatacttctacacctctcacaatgtttcaatccatgagctgtgtgcggcacatggtgtg
atgcatctacatgtgaaaacaaagttggagcttgaagatgcattattcacatctcaacat
gaagaggtggatcgtgtcattgaagttgagagctgcatagatgccaatgccacctttcac
agttctttaagaaagtttgcctgccaagcagcagatcatgcgatgagcctcttctcaagg
ctttctgttgaagactcaacagaagatggtgctttactttacagagtccacagaatggag
tattcatcatttagtataccactctgtgctcctcctactatgatttctgttgatgataat
gagaccaggttctatagagaagggtttattttaactttgtatcttgaagatggaagcgtt
gggtttggtgaggtttctcctctagatatccacagagaaagcctgctagatgtagaagag
caactgaggtttcttattcatatgatgaaaggtgctcagattagttgcttccttcctctg
ctaaagggctcattttcttgttggatatggacaaacctgggaatcctgccatgcacgctc
cttcctagtgtcagatgtggtttggaaatggcaattctcaatgcattagcgacaagacag
ggttccaatttattaggcatactccatccccggaaagctgaaggaggtatatctgaaaat
tcgtcaacagttcagatttgtgcccttgttgattcaaagggaacacctacacaagtagct
gatgttgttgctgcacttgttgaagaaggatttactgcagtaaagctgaaggtagcacgt
cacgggagtcccttgcatgatgctgcagttatacaggaaataagaaagaaagttggatac
cagattgaagttcgtgcagatgccaatcggaactggacatataaagaagctatccagttt
ggctccttggtgaaggattgtgatctgcagtatattgaggaacctgttcataatgaaggt
gatattatcaagttttgcgaagaaagtgggttacccgtggcactggacgaaactattgac
agtatcagagaacatccacttcatacgctagtgaagtatacccatccaggaatagtagct
attgttattaagcctagtgttgttggtggctttgaaaatgcagcaataattgcccaatgg
gcccagcagcaccaaaaaatggctgttattagtgctgtatttgaaagtggcctaggtttg
tcagcatatattcagttttcctgttatctcaaccagaagaattcagaaatatgtgaaatg
atgaattatgcattggccccttcaatagcgcatggtttaggaacataccgctggttaaaa
gaagatgtaactaccactcctctcaagataagttgtaatccagatagtggctccgtagaa
gcatctgttgctgatgctgatcaagttcttcggaaatttcaaattaatcgcaacataatt
catggaacttttactggagagcaaggttgtgtataccagctgcctgtagattcaaaggat
ttctcttgttccatcaaagtccacgagattggacaaagatatgatgataatgtatttgta
tttcttcatgggtttcttggaactggtgaagattggattgctatcatgaaggccatttca
ggatgtgcgagatgcgttgcgatcgacctccctggtcatggtggaacaaagatacagaac
catggcgataacgatgcgacacaggattcaggtttatcaattgaggtggttgccgatctt
ttatgtgaattgataaagcatattacgcctgggaaggttaccattgtgggatattctatg
ggagcaaggatcgcgctctacatggctctaaggcttactgacaaagtcaagggagctgtt
gtaatatccggaagccctggattaaaagatgaagtggaaagaaaagttcgtagagctaaa
gatgactctagagcacgctttcttattgctcatggcttagagctctttctggacaactgg
tactctggagagctgtggaacagcttaagagtccatcctcgattttgtcagatagttggc
acccgcctgcttcatgaagatgtgcagagtcttgcaaaagttctatctgctttaagtgtt
gggaggcaactgccattgtgggaagacttaaggcactgcaaaacaccccttttgctcatt
gttggagagaaagatagaaagttcaagacaatagctaaggatatgtgccttgagatcggt
ggtggtacggtgactggtgacagcccgcctaatgacatttccgagatagttgagattcca
gattgtggccatgctgctcatctcgaaaaccctctccctgtaatcagcacattgaggcgg
tttttgacaagagtgaactcatcaaaccagaaggccatttag

  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 (6)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (19)   
   Pfam (19)   
All databases (60)   

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