KEGG   Arabidopsis thaliana (thale cress): AT1G68890
Entry
AT1G68890         CDS       T00041                                 
Symbol
PHYLLO
Name
(RefSeq) 2-oxoglutarate decarboxylase/hydro-lyase/magnesium ion-binding protein
  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
ath  Arabidopsis thaliana (thale cress)
Pathway
ath00130  Ubiquinone and other terpenoid-quinone biosynthesis
ath01100  Metabolic pathways
ath01110  Biosynthesis of secondary metabolites
ath01240  Biosynthesis of cofactors
Module
ath_M00932  Phylloquinone biosynthesis, chorismate (+ phytyl-PP) => phylloquinol
Brite
KEGG Orthology (KO) [BR:ath00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00130 Ubiquinone and other terpenoid-quinone biosynthesis
    AT1G68890 (PHYLLO)
Enzymes [BR:ath01000]
 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
     AT1G68890 (PHYLLO)
 4. Lyases
  4.2  Carbon-oxygen lyases
   4.2.1  Hydro-lyases
    4.2.1.113  o-succinylbenzoate synthase
     AT1G68890 (PHYLLO)
   4.2.99  Other carbon-oxygen lyases
    4.2.99.20  2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase
     AT1G68890 (PHYLLO)
 5. Isomerases
  5.4  Intramolecular transferases
   5.4.4  Transferring hydroxy groups
    5.4.4.2  isochorismate synthase
     AT1G68890 (PHYLLO)
SSDB
Motif
Pfam: MR_MLE_C TPP_enzyme_M_2 Abhydrolase_1 TPP_enzyme_N Abhydrolase_6 TPP_enzyme_C Hydrolase_4 BAAT_C Ndr Abhydrolase_2 Thioesterase Abhydrolase_3 DLH MenC_N Esterase Abhydrolase_11 LIDHydrolase DUF900 Lipase_3
Other DBs
NCBI-GeneID: 843222
NCBI-ProteinID: NP_177055
TAIR: AT1G68890
UniProt: Q15KI9
Position
1:25896854..25906714
AA seq 1715 aa
MRSSFLVSNPPFLPSLIPRYSSRKSIRRSRERFSFPESLRVSLLHGIRRNIEVAQGVQFD
GPIMDRDVNLDDDLVVQVCVTRTLPPALTLELGLESLKEAIDELKTNPPKSSSGVLRFQV
AVPPRAKALFWFCSQPTTSDVFPVFFLSKDTVEPSYKSLYVKEPHGVFGIGNAFAFVHSS
SVDSNGHSMIKTFLSDESAMVTAYGFPDIEFNKYSTVNSKDGSSYFFVPQIELDEHEEVS
ILAVTLAWNESLSYTVEQTISSYEKSIFQVSSHFCPNVEDHWFKHLKSSLAKLSVEEIHP
LEMEHMGFFTFSGRDQADVKELKSIQSSCQFHCKLSPDVVFSNNMLNRETEVSNFLRDEA
NINAVWASAIIEECTRLGLTYFCVAPGSRSSHLAIAAANHPLTTCLACFDERSLAFHAIG
YAKGSLKPAVIITSSGTAVSNLLPAVVEASEDFLPLLLLTADRPPELQGVGANQAINQIN
HFGSFVRFFFNLPPPTDLIPVRMVLTTVDSALHWATGSACGPVHLNCPFRDPLDGSPTNW
SSNCLNGLDMWMSNAEPFTKYFQVQSHKSDGVTTGQITEILQVIKEAKKGLLLIGAIHTE
DEIWASLLLAKELMWPVVADVLSGVRLRKLFKPFVEKLTHVFVDHLDHALFSDSVRNLIE
FDVVIQVGSRITSKRVSQMLEKCFPFAYILVDKHPCRHDPSHLVTHRVQSNIVQFANCVL
KSRFPWRRSKLHGHLQALDGAIAREMSFQISAESSLTEPYVAHMLSKALTSKSALFIGNS
MPIRDVDMYGCSSENSSHVVDMMLSAELPCQWIQVTGNRGASGIDGLLSSATGFAVGCKK
RVVCVVGDISFLHDTNGLAILKQRIARKPMTILVINNRGGGIFRLLPIAKKTEPSVLNQY
FYTAHDISIENLCLAHGVRYVHVGTKSELEDALFVPSVEEMDCIVEVESSINANAIVHST
LERFARQAAENSLGIVSASSFLHPMIKNVLLCQVSGIQYSQYRVKLCDRPTICSDEFSQF
HREGFILSLTLEDGSIGYGEVAPLNSNVENLMDVEGQLQLVLHLMNEAKFSYMLPLLNGS
ISSWIWSELGITASSIFPSVRCGLEMALLNAMAVRHDSSLLGILHYQKEENGSAQPHSVQ
ICALLDSEGTPLEVAYVARKLVQEGFSAIKLKVGRRVSSVQDALVMQEVRRAVGVQIELR
ADANCRWTFEEAREFGLLVNSCNLKYIEEPVQNKDDLIRFHEETGLPVALDETLDDFEEC
PLRMLTKYTHPGIVAVVIKPSVVGGFENAALIARWAQQHGKMAVISAAYESGLGLSAYIL
FASYLEMENVKASTEQKQGTPPSVAHGLGTYRWLSEDVMMNTLGIFRSPYSGFVEGFIAD
ASRNLKDVKINNDVIVRTSKGIPVRRYELRVDVDGFSHFIRVHDVGENAEGSVALFLHGF
LGTGEEWIPIMTGISGSARCISVDIPGHGRSRVQSHASETQTSPTFSMEMIAEALYKLIE
QITPGKVTIVGYSMGARIALYMALRFSNKIEGAVVVSGSPGLKDPVARKIRSATDDSKAR
MMVDNGLYIFIENWYNGGLWKSLRNHPHFSKIAASRLLHGDVPSVAKLLSDLSSGRQPSL
WEELEDCDTNISLVFGEKDVKYKQIATRMYREMSKSKKSVNNIIEIVEIPEAGHAVHLES
PLRVILALRKFLTRVHNSSTETELSQKLLLALKEM
NT seq 5148 nt   +upstreamnt  +downstreamnt
atgcgatcttcgtttctagtctcgaatcctccatttctaccttctctaatccctcgttac
agttctagaaaatccatcagacgtagcagagaacgcttctccttccctgagtctcttcgt
gtctctcttcttcatggaatccgaagaaacattgaggtcgctcaaggagttcaattcgat
ggtccgattatggatagagacgtgaatttggatgatgatttagtggttcaagtgtgtgtg
actcgtacattgcctccagctttgactcttgagcttggtctcgagagtctcaaggaagct
attgacgaattgaagactaatcctcctaagtcatctagtggagtcttacgatttcaagtg
gctgtgcctccaagggctaaagctttgttctggttttgctctcaaccaacgacttccgat
gtgtttcctgtgtttttcctctccaaggatactgttgagccttcttataaatcactttat
gtaaaggaacctcatggggtttttgggattgggaatgcattcgcttttgttcattcatct
tcagttgactccaatggacatagcatgatcaaaacattcctctcagatgaatcagctatg
gtgacggcctatggttttccagatattgaattcaacaaatactctactgtaaatagcaaa
gatggctcttcttactttttcgttcctcagattgagttagatgagcacgaggaggtctct
atattagcagttacattggcatggaatgaatctctctcttacacagttgagcaaacaatt
agttcatatgagaaatcaatttttcaggtttcttctcatttctgcccaaatgtagaggat
cactggttcaaacatctaaaaagttctttagcgaagcttagtgttgaagagatacatcca
cttgagatggagcatatgggctttttcaccttttctgggagagatcaggctgacgtcaag
gaactgaaaagtatacaatcatcatgtcagttccattgcaagctttcacctgacgttgtt
ttctcaaacaacatgctgaatcgagagactgaagtgagcaacttcttgagagatgaagct
aacatcaatgctgtatgggcatcagctataattgaagaatgcactcgtcttggtttgacg
tacttttgtgtagcccctggatcaaggtcttcccatcttgctatcgctgctgccaaccat
ccccttacaacgtgtcttgcatgctttgatgaacgatctcttgcgtttcacgctattggt
tatgctaaaggatccctcaaaccagcagtcattataacatcatcaggaactgccgtttca
aatcttcttccagcggttgttgaagccagtgaggatttcttaccactgctactacttacc
gcagatcgtcctcctgaacttcagggagttggcgcaaatcaagcaataaatcaaataaac
cacttcggttcgttcgtcagattcttcttcaatcttcctcctccaaccgatcttattcca
gtccgaatggtccttacgactgtagactccgctctacattgggcaacaggatctgcttgt
ggaccagtacatctcaattgtccttttagagacccacttgacggtagtccaacaaattgg
tcatctaactgcttaaatggattagacatgtggatgtctaatgctgagccattcacaaaa
tattttcaagtacaaagccataaaagcgatggtgtaacaactggccaaattactgagatc
ttacaagtaatcaaagaggctaagaagggtcttcttcttattggtgcaatccatacagag
gatgaaatttgggcttcgcttctgttggcgaaagagctgatgtggcctgtagttgcagat
gtcttgtctggtgtacggctgcgcaagctttttaaaccttttgttgagaagttgacgcat
gtttttgttgatcatcttgatcatgccttattttcagactctgtcaggaatttgatagag
tttgatgttgttatccaggttggaagtcggataacaagtaaaagagtttctcagatgcta
gagaaatgctttccatttgcatacattttggttgataagcatccatgccgacatgaccca
tcacacctggtcactcacagggtccaaagcaacattgttcagtttgctaattgtgtgctt
aaatctcgatttccatggaggagaagcaagttgcatggtcatctacaggcattggatggc
gctattgcccgggaaatgtcatttcaaatatctgctgaaagctccctgactgaaccttac
gttgcacatatgctttctaaagcactaacttctaaatctgctcttttcatcgggaatagt
atgccaataagggatgtggatatgtatggatgtagttcagaaaattcttctcatgtggta
gatatgatgttgagtgcagaactaccatgtcaatggatacaagtaactggaaatagagga
gctagtggcattgatgggttgctcagctcggccactggctttgctgtaggatgcaagaag
agagtggtctgtgtggttggggacatctctttccttcatgatacaaatggattggcgatt
ttgaagcagaggattgcaaggaaaccaatgacaattcttgtgataaacaaccgtggaggt
ggaatcttccgacttcttcctattgcaaagaaaacagagcctagcgtgttaaatcaatat
ttctatacagcacatgacatttccattgaaaacttgtgtttggcacatggtgtgaggtat
gttcacgttgggacgaaaagtgaacttgaggatgctctatttgtaccaagcgtggaggag
atggattgcattgtggaggttgaaagctctataaacgctaacgcgattgttcatagcact
ttggagaggtttgcacgccaagccgcagaaaattccctgggcattgtttctgccagttct
tttcttcatccgatgatcaaaaatgtacttctttgccaagtctctggaatacaatattcg
cagtacagagtcaaactgtgtgacagacctaccatatgttctgatgaattctctcaattc
catcgagaagggttcatactctccctgactttggaggatggaagcattggctatggagag
gttgcacctctgaacagtaatgtagagaacttaatggatgttgaggggcagcttcagtta
gttcttcacctcatgaatgaagctaaatttagttacatgcttcctttgttaaatggctcg
atttcttcctggatttggagtgaacttggaattactgcatcatcgattttccctagtgtc
agatgtggtctggaaatggctcttctaaacgcaatggcagtaagacatgattctagtttg
ttggggatacttcattatcagaaagaagaaaatggttctgctcagccacactctgttcaa
atatgtgcccttcttgattctgaaggtactccactggaggtcgcatacgttgctagaaaa
cttgttcaagaagggttcagtgctattaaacttaaagttggtcgtcgagtgagctctgtt
caagatgctttagttatgcaagaagtaaggagagccgttggcgttcaaattgaactccgt
gcagatgcaaattgtcgttggacttttgaagaggctagagagtttggtttattggtgaac
agctgtaatttaaaatatattgaggaacctgtccagaataaagatgaccttataaggttt
catgaagaaactggattaccagtggcacttgatgagactcttgatgattttgaggaatgt
cctctgcgtatgcttaccaaatatacgcaccctggaatagttgctgttgttattaaacca
agtgttgtgggagggtttgagaatgcagcactgattgctcggtgggcacagcagcatgga
aagatggctgttataagtgctgcatatgaaagtggcctaggtttatcagcatatatttta
tttgcatcatatttggagatggagaacgtgaaagcatccacagagcagaagcaaggaacg
cccccttctgtagcccatggtcttggaacttaccggtggcttagtgaagacgtaatgatg
aatacattagggatatttcgtagcccttacagtggatttgttgaaggatttattgctgat
gctagtagaaatctaaaggatgttaagataaacaacgatgttattgttagaaccagtaaa
ggaattcctgttcggaggtatgaactgagggtggatgtagatggtttctctcatttcata
agagtccatgacgttggggagaatgcagaaggaagtgtagctttgtttcttcatggattt
cttggaactggtgaagaatggatccccatcatgacgggtatctcaggatctgcgagatgc
atttcagtcgatattcctggtcacggaaggtcaagggtacaaagtcatgctagtgagacc
cagacgtccccaactttctcaatggagatgatagcggaggcattgtataagttgattgag
caaattactcctgggaaagtaaccatagttggatattccatgggagcaaggatagcactg
tacatggctttgaggtttagcaacaagatcgaaggagctgtcgtggtatcagggagcccg
ggactcaaggatccagtagcacggaaaattcgaagtgctacagatgattccaaagcacga
atgatggttgacaatggactatatatctttatcgagaattggtacaatggaggcttgtgg
aagagcttgagaaatcatccccattttagtaaaattgctgcaagccgcttgctacatggt
gatgttcctagtgttgcaaagctcctgtctgatctaagcagtgggagacaaccgtcattg
tgggaagagttggaggattgtgatacaaatatctcgctcgtattcggggagaaagatgtc
aaatacaagcaaatcgctactagaatgtaccgcgagatgagtaaaagcaagaagagcgta
aacaatatcatcgagatagttgaaattccagaggctggtcacgctgtacatctcgagagc
cctcttcgcgtgattctcgccctcagaaaattcttaacaagagttcacaacagttctaca
gagacagagctttctcagaagctcttgttagcactaaaagaaatgtaa

  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 (43)   
   KEGG ORTHOLOGY (1)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (4)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (19)   
   Pfam (19)   
All databases (93)   

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