KEGG   Camelina sativa (false flax): 104750694
Entry
104750694         CDS       T05044                                 
Name
(RefSeq) LOW QUALITY PROTEIN: protein PHYLLO, chloroplastic-like
  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
csat  Camelina sativa (false flax)
Pathway
csat00130  Ubiquinone and other terpenoid-quinone biosynthesis
csat01100  Metabolic pathways
csat01110  Biosynthesis of secondary metabolites
csat01240  Biosynthesis of cofactors
Module
csat_M00932  Phylloquinone biosynthesis, chorismate (+ phytyl-PP) => phylloquinol
Brite
KEGG Orthology (KO) [BR:csat00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00130 Ubiquinone and other terpenoid-quinone biosynthesis
    104750694
Enzymes [BR:csat01000]
 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
     104750694
 4. Lyases
  4.2  Carbon-oxygen lyases
   4.2.1  Hydro-lyases
    4.2.1.113  o-succinylbenzoate synthase
     104750694
   4.2.99  Other carbon-oxygen lyases
    4.2.99.20  2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase
     104750694
 5. Isomerases
  5.4  Intramolecular transferases
   5.4.4  Transferring hydroxy groups
    5.4.4.2  isochorismate synthase
     104750694
SSDB
Motif
Pfam: MR_MLE_C Abhydrolase_1 TPP_enzyme_M_2 TPP_enzyme_N Abhydrolase_6 TPP_enzyme_C Hydrolase_4 BAAT_C Ndr Abhydrolase_2 Thioesterase Abhydrolase_3 MenC_N DLH Mbeg1-like Esterase Lipase_3 DUF676 Ser_hydrolase PGAP1 Abhydrolase_11
Other DBs
NCBI-GeneID: 104750694
NCBI-ProteinID: XP_010470834
Position
16:complement(15632788..15642995)
AA seq 1720 aa
MRSSFIVSNPPFLPSLIPRYSSRSSFRRSRERRFSSFTESLRVSLHGRNMEVVAQGVQFD
GPIVSRDDALEVNLDDDLMVQVCVTRTLPPALTLELGLESLKEAVNELKTNPPKSSCGVL
RFQVAVPPRAKALFWFCSQPTSTTGVFPVFFLSKETVEPSYKSLYVKEPHGVFGIGNAFS
FVHPSSIDSNGHSMRKTFLSDESAMVTAYGFLDIDFNEQSSVNSKDGSSYFFVPQIELDE
REEISILAVTLAWNDSLSYRFEQMISSYEKSFFQVSCHFSPNLEEHWFKHLKSSLAKFSA
KEIHPIEMEHMRFFTFSEIDQADAKELKNIRSSCQFHCRLSPGVFFSNNMLNPEAEVSSF
LKDEANINAVWASAIIEECTRLGLTYFCVAPGSRSSHLAIAAANHPLTTCLACYDERSLA
FHAIGYAKGSLKPAVIITSSGTAVSNLLPAVVEASEDFIPLLLLTADRPPELQGVGANQA
INQVNHFGSFVRFFFNLPPPTDLIPVRMVLTTVDSALHWATGSACGPVHLNCPFRDPLDG
SPTNWSSDCLNGLDMWMSNAEPFTKYIQLQSLESSGITTGQINEVLQVIKEAKKGLFLIG
AIHSEDEIWASLLLAKELMWPVVADVLSGVRLRKLFKPFLEKWSPAFVDHFDLALISDSV
RDLIEFDVVIQVGSRITSKRVSQVLTKCFPFAYILVDKHPCRHDPSHLVTHRVQSNIVQF
ADCVLKSRFPWRRSKLHGHLQALDGAIAREMSFQISAESSLTEPYVAHMLSKALTSKSAL
FIGNSMPIRDVDMYGCSSENYSHVVDMMVNAELPCQYIQVTGNRGASGIDGLLSXATGFA
VGCKKRVVCVVGDISFLHDTNGLAILKQRISRKPMTILVINNRGGGIFRLLPIAKRTEPS
VLNQYFYTSHDISIENLCLAHGVRYAHVGTKSELEDALFVPSVEEMDCIVEVESSINANA
IVHSTLERFARQAAENALGIISASSLCHPMIGNVLVCQVSGIQYSQYRVKLCDRPTICSD
EFSQFHREGFILSLTLEDGSIGYGEVAPLDSNVENLMDVEGQLQLVLHLMDGAKLCYMLP
LLNGSISSWIWSELGINASSIFPSVRCGLEMALLNVMAVRHDSSLLGILHYQKEENGSAQ
PHSVQICALLDSEGTPLEVAYVARKLVEEGFSAIKLKVGRRVNSVQDALVMQEVRRAVGD
QTELRADANCRWTFEEATKFGLLVKSCNLKYIEEPVQNKDDLIRFHEETGLPVALDETLD
DFEECPLRMLSRYVHPGIVAVVIKPNVVGGFENAALIARWAQQHGKMAVISAAYESGLGL
SAYILFASYLEMENVKASTEQKQGTTPFVAHGLGTYRWLSEDVMMNTLGIFRSPNSGFIE
GSAADATKNLKDVEINNDVIVRTSKGVAVQGYELRVDIDGFSHFIRIHDTGEIAEGSVVL
FLHGFLGTGEEWISIMKGISGSARCISVDIPGHGRSRVQSHASETQTAPTFSMEMIAEVL
YKLIEQVTRGKVTVVGYSMGARIALYMALMFSNKIEGAVLVSGSPGLKDPVARKVRRATD
DSKARMMVDHGLEIFLESWYNGGLWKSLRRHPHFRKIVASRLLHDDVLSVAKLLSDLSSG
RQPSLWDELEDCDTNISLVFGENDVKFKQIATNMYCEMSKSKKRENNIIEMVEISEAGHA
VHLESPLRVVLALRKFLTRVHKRYTETELSEKLRLALKEM
NT seq 5163 nt   +upstreamnt  +downstreamnt
atgcgatcttcgtttatagtctcgaatcctccgtttcttccttctctaatccctcgttac
agttccagaagctccttcagacgcagcagagaacgacgcttctcctctttcactgagtct
cttcgtgtttctcttcatggaagaaacatggaggtcgtcgctcaaggagttcaattcgat
ggtccgattgtgagtagagatgatgctttagaggtgaatttggatgatgatttaatggtt
caagtgtgtgtgactcgtaccttgcctccagctttgactcttgagcttggactcgagagt
ctcaaagaagctgtgaacgaattgaagactaatcctcctaagtcatcttgtggcgtcttg
cggtttcaagtggctgtgcctccaagggcaaaagcattgttctggttttgctctcaacca
acgtctactaccggtgtgtttcctgtgtttttcctctccaaggaaaccgtggagccttct
tataaatcactctatgtaaaggaacctcacggggtttttgggattgggaatgcattctct
ttcgttcatccgtcttcaatcgactccaatggacatagcatgaggaaaacattcctttca
gatgaatcagctatggtgacggcctatggatttctagatattgatttcaacgagcaatct
agtgtaaatagcaaggatggctcttcttactttttcgttcctcagattgagttagatgag
cgtgaggagatctctatattagcagttacactagcatggaatgattctctctcttacaga
ttcgagcaaatgattagttcatatgagaaatccttttttcaggtttcttgtcatttctcc
ccaaatttagaggagcattggttcaaacatttaaaaagttctcttgcaaagttcagtgca
aaagagatacatccaattgagatggagcatatgaggtttttcacattttctgagatagat
caggctgacgccaaggaactgaaaaatatccgctcgtcatgtcagttccattgcaggctt
tcacctggcgtttttttctctaacaacatgctgaatccggaggctgaagtgagtagcttc
ttgaaagatgaggctaacatcaatgctgtctgggcgtcagctataattgaagaatgcact
cgtcttggtttgacgtatttttgtgtagctcctggatcgaggtcttcccatcttgcaatt
gctgctgccaaccatccccttacaacgtgtcttgcatgctatgatgaaagatctcttgcc
tttcacgctattggttatgctaaaggatccctcaaaccagcagtcattataacatcatca
ggaactgccgtttcaaatcttcttccagcggtggttgaagccagtgaggattttatacca
ctgctactacttactgcagatcgtcctcctgaactccagggtgttggcgcgaatcaagca
attaatcaagtaaaccacttcggttcgtttgtcagattcttcttcaatcttcctcctcca
actgatcttataccagtccgaatggtccttactactgtagactctgctctacattgggca
actggttctgcttgtggaccagtacatctcaattgtccttttagagatccacttgatggt
agtccaacaaattggtcatcagactgcttaaatggattagacatgtggatgtctaatgct
gaaccattcacaaaatatattcagttgcaaagccttgaaagcagtggtataacaactggc
cagattaatgaggttttacaagtaatcaaagaggctaagaagggtctctttctaattggt
gctatccattcggaggatgaaatatgggcttcgcttctgttggctaaagagctgatgtgg
cctgtagttgcagatgtcttgtctggcgtacggctgcgcaagctttttaaaccttttctt
gagaagtggtcccctgcttttgttgatcattttgatcttgccctgatttcagattctgtt
agggatttgatagagtttgatgttgttatccaggttggaagtcggataacaagtaaaaga
gtttctcaggtgctaacgaaatgctttccgtttgcatacattttggttgataagcatcca
tgccgacatgacccatcacacctggtcactcacagggtccaaagcaacattgttcagttt
gctgattgtgtgcttaaatctcgatttccatggaggagaagcaagttgcatggtcatcta
caggcattggatggcgctattgcccgggaaatgtcatttcaaatatctgctgaaagctcc
ctgaccgaaccttacgttgcacatatgctttctaaagcactaacttccaaatctgctctt
ttcatcgggaatagcatgccaataagggatgtggatatgtatggatgtagttcagaaaat
tattctcatgtggtagatatgatggtgaatgcagaactaccatgtcaatatatacaagta
actggaaatagaggagctagtggcattgatgggttgcttagcntcgccactggctttgct
gttggatgcaagaagagagtggtctgtgtggtgggggacatctctttccttcatgataca
aatggattggcgattttgaaacagaggatttcaaggaaaccaatgacaattcttgtgata
aacaaccgtggtggtggaatcttccgacttcttccaattgcaaagagaacagagcctagc
gtgttgaatcagtatttctatacatcacatgacatttccattgaaaacttgtgtttggca
catggtgtgaggtatgcacacgttgggacgaaaagtgaacttgaggatgctctatttgta
cccagcgtggaagagatggattgcattgtggaggttgaaagctctataaacgctaacgca
atcgttcatagcactttggaaaggtttgcacgccaagctgcagaaaatgcgctgggcatt
atctcggccagttctctttgtcatccgatgattggaaatgtacttgtttgccaagtctct
ggaatacaatattcgcagtacagagtcaaactgtgtgacagacctaccatatgttctgat
gagttctctcaattccatcgagaagggttcatactctccttgactttggaggatgggagt
attggctatggagaggttgcacctctagacagtaatgtagagaacttaatggatgttgag
gggcaacttcagttagttcttcacctcatggatggagctaaactttgttacatgcttcct
ttgttaaatggctcaatttcttcctggatttggagtgaacttggaattaatgcatcatcg
attttcccgagtgtcagatgtggtcttgaaatggctcttctaaatgtaatggcagtaaga
catgattctagtttgttggggatacttcattatcagaaagaagaaaatggttctgctcaa
ccacactctgttcaaatatgtgcccttcttgattctgaaggtactccattggaggtcgca
tacgttgctagaaaacttgttgaagaagggttcagtgctattaaacttaaagttggtcgt
cgagtaaactctgttcaagatgctttagttatgcaagaagtaaggagagccgttggtgac
caaactgaactccgtgcagacgcaaattgtcgctggacttttgaagaggctacaaagttt
ggtttattagtgaaaagctgtaatttaaaatatattgaggaacctgtccagaataaagat
gaccttataaggtttcatgaagaaactggattaccagtggcacttgatgagactcttgat
gattttgaggaatgtcctctacgtatgcttagcagatatgtccatcctggaatagttgct
gttgttattaaaccaaatgttgtgggagggtttgagaatgcagcactgattgctcggtgg
gcacagcagcatggaaagatggctgttataagtgccgcatacgaaagtggcctaggttta
tcagcatatattttatttgcatcatatttggagatggagaatgtcaaagcttcaacagag
cagaagcaaggaacgaccccttttgtagcccatggtcttggaacttaccgatggcttagt
gaagatgtaatgatgaatactttaggaatattccgtagccctaacagtggatttatcgaa
ggatctgctgctgatgctacgaaaaatctaaaggatgttgagataaacaacgatgttatt
gttagaaccagtaaaggggttgctgtccaagggtatgaactgagggtggatatagatggt
ttctctcatttcataagaatccacgacactggagaaattgcggaaggaagtgtagttttg
tttcttcatggatttcttggaaccggtgaagaatggatctccatcatgaagggtatctcg
ggatctgcgagatgcatttcagtcgatattcctggtcatggaaggtcaagggtacaaagt
catgctagtgagactcagacagccccaactttctcaatggagatgatagcggaggtcttg
tataagttgattgagcaagttactcgtgggaaagttaccgtagttggatattccatggga
gcaagaatcgcactgtacatggctttgatgtttagcaacaagatcgaaggagctgttttg
gtatcagggagccctgggctcaaggatccagtggcaaggaaagttcgaagagcaacagat
gattctaaagcacgaatgatggttgaccatggactagaaatctttctggagagctggtac
aatggaggcttgtggaagagcttgagaaggcacccacattttagaaaaatagttgcaagc
cgcttgctacatgatgatgtccttagcgttgcaaagctcctctctgatctaagcagtggg
agacaaccgtcattgtgggatgagttggaggattgtgatacgaatatctctcttgtcttc
ggagagaatgatgtcaaattcaaacaaatcgctacaaatatgtactgcgagatgagtaaa
agcaagaagagagaaaacaatatcatcgagatggttgaaatctcagaagctggtcacgct
gtccatctcgagagccctcttcgcgtggttctcgcccttagaaaattcttaacaagagtg
cacaaaaggtatacagagacggagctttctgagaagctccgattagcactaaaagaaatg
taa

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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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (21)   
   Pfam (21)   
All databases (52)   

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