Chenopodium quinoa (quinoa): 110721096
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Entry
110721096 CDS
T05764
Name
(RefSeq) LOW QUALITY PROTEIN: protein PHYLLO, chloroplastic
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
cqi
Chenopodium quinoa (quinoa)
Pathway
cqi00130
Ubiquinone and other terpenoid-quinone biosynthesis
cqi01100
Metabolic pathways
cqi01110
Biosynthesis of secondary metabolites
cqi01240
Biosynthesis of cofactors
Module
cqi_M00932
Phylloquinone biosynthesis, chorismate (+ phytyl-PP) => phylloquinol
Brite
KEGG Orthology (KO) [BR:
cqi00001
]
09100 Metabolism
09108 Metabolism of cofactors and vitamins
00130 Ubiquinone and other terpenoid-quinone biosynthesis
110721096
Enzymes [BR:
cqi01000
]
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
110721096
4. Lyases
4.2 Carbon-oxygen lyases
4.2.1 Hydro-lyases
4.2.1.113 o-succinylbenzoate synthase
110721096
4.2.99 Other carbon-oxygen lyases
4.2.99.20 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase
110721096
5. Isomerases
5.4 Intramolecular transferases
5.4.4 Transferring hydroxy groups
5.4.4.2 isochorismate synthase
110721096
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
MR_MLE_C
TPP_enzyme_M_2
TPP_enzyme_N
Abhydrolase_6
Abhydrolase_1
Ndr
Hydrolase_4
TPP_enzyme_C
Abhydrolase_2
BAAT_C
DLH
Thioesterase
MenC_N
DUF676
Abhydrolase_3
Esterase
Abhydrolase_11
LIDHydrolase
Lipase
Motif
Other DBs
NCBI-GeneID:
110721096
NCBI-ProteinID:
XP_021755916
LinkDB
All DBs
Position
Unknown
AA seq
1417 aa
AA seq
DB search
MLENCCANMMKSTGNIFNMVEDRKMKMVYMEATLLGSYSNAASIVEMKNIAYACQFCIRL
SQKTAVSNSMLDDTSVTSSILQECANINSVWASLIVEECSRLGLTYFCIAPGSRSSPLAI
AASAHPRITCIACYDERSLAFHAVGYARGSRIPAVVITTSGTAVSNLYPAVVEASQDFVP
LVLLTADRPTELHAAGANQAIDQVNHFGSYVRFFFNLTAPTDHIKARMVLTTVDSAVNWA
TCSPCGPVQINCSFREPLDNSPQIWSRSCLDKLDVWISSTQPFTKYIKVQSSYAQAASYG
LTSEVERMIKNSKHGLLVVGAIHQEDEIWAALALAQHLSWPVVVDILSGLRLRKLLTSYR
EYEKNFIFIDHFDHVLLCDAVRQWAELDVIIQVGSKITSKRISQFLEHCSPCSYIMVNKH
PCRHDPSHIVTHRIQSTISQFTGGLLKDTFPCTSSKWSSFLQVANSVVAWELSFLICSEY
SLTEPHVAHIISEVVGSDTVLFIGNSMAIRDADMYSRGLVSCTNQTSQSALLCQGIHIAG
NRGASGIDGLLSTAAGFAVGCKKRALCIIGDVSFLHDTNGLAILSSRMGRKPMTILVINN
RGGGIFSFLPIAEKIDSEILGKYFYYNHHISVNELCAAHGVKHLLAETKLELHEALLTSQ
QDDADCVIEVSGAINTNASFHSLLQNYAAQAVSHAFTTLSQFSPPESSANDFLFKVAKLE
YSLYGVSLAAPSTSADRTLSNYVRQGFILALTLDDGSTGFGEIAPLEIHEENLQDVEEQL
RFLLHVLKGATISYQLPLLREAFSVWIWRVIGVPPGSLFPSVRCGLEMATLNAIAARQKC
TLLGVLWPQPVQINVKNQQPASIDICALVDAEGSPYEVASTVSALVEEGFRAIKVKVGRR
DDPREDGAVIKEIRRKIGAEIELRVDANRKWTYEKAIIFGSLVKDCGLQYIEEPVQCEED
ILRFCEDTGLPVALDETIDNIXGNLSDSLARFTHPGVVALVIKPSVVGGFENAAVIARWA
HIKGKLAVVSATFETSLGLSSYVQFAYYLEMRSSEISQAVDKKPRICVAHGLGTYKWLKE
DLTLDPLVICRQPKSRLVGASIDDADRVLCNFQVNCNAISRSSVEDSISTYHLGVKVDDC
SYVIKVQEMGERRDGNTLLFLHGFLGTGEDWTPIMTALSGSAKCLSVDLPGHGSSKLQSL
DGSGNPTEGQSLSIEVIAAVLSQLINKISTGKVTLIGYSMGARIALYMALRFSGQIDGAV
MISGSPGLRDEIERRIRAAKDDSHAQSIISFGLVPFLENWYSSDLWNSFREHPSYDKIVA
SRLEHHDIHGLAKALSGLSIGRQMPLWEDLKHCKIPLMFVVGEKDEKFKSISQNISRVMG
QTTIYEAVEVPDCGHAVHLENPLALVRLLRQFLTKTS
NT seq
4254 nt
NT seq
+upstream
nt +downstream
nt
atgctggagaactgctgtgcaaacatgatgaagtcgactggcaacatctttaatatggtg
gaggatagaaagatgaaaatggtttacatggaagccacattgttgggaagttacagtaat
gctgctagtattgtggaaatgaaaaatattgcatatgcatgtcagttctgcatcaggctt
tcccagaagacagcagtttcaaacagtatgttggatgataccagtgtaacaagttctatc
ctgcaagagtgtgccaacatcaattctgtctgggcatcgcttattgttgaggaatgttct
cgacttggcttaacgtatttttgtatagctccaggatcaaggtcatctcctcttgcaatt
gcagcatcagctcatccacgtataacttgtattgcatgctatgatgagcgatcacttgca
ttccatgccgtcgggtatgccagaggatctcggatacctgctgttgttattacaacgtct
gggactgcagtttcaaatctgtaccccgctgttgtggaggctagtcaagattttgtacct
ctagtattgctcaccgctgatcgccctacagaattgcatgctgctggagcaaatcaagca
atagatcaggtgaaccattttggctcttatgtgagattcttcttcaatcttacggcacca
actgatcatatcaaagctagaatggttctcacaactgttgattctgctgtcaattgggct
acttgttcaccatgtggtcctgttcaaatcaactgctcttttagggaaccattggataac
agtccccaaatttggagtagaagctgtttagacaagctggatgtttggatctcaagcact
caaccttttactaaatatatcaaagtgcaatcgtcttatgcacaagctgcctcttatggc
ctaacatctgaggttgaaaggatgattaagaatagtaagcatgggctattagtcgttggt
gctatacaccaagaagatgagatttgggcagctcttgcattagctcaacatctttcatgg
cctgttgtggtggacatcttgtcaggcttacgattacgaaagctattgacttcttaccgt
gaatatgagaagaactttattttcattgaccactttgatcacgtgctgctctgtgatgca
gttaggcaatgggcagaattagatgtaattattcaggttggaagcaagataacaagtaaa
aggatttctcaatttctggaacattgctctccgtgttcatatataatggttaacaagcac
ccttgtcgacatgatccatcacacatagtgacgcatcggattcagagcacaatctctcaa
ttcactgggggtctgctgaaagacacttttccatgtacaagcagcaaatggagtagtttt
ctgcaagttgcaaattcggtggtggcatgggagttatcttttctaatctgctctgagtac
tctctgactgaacctcatgttgcacatataatttcagaagtagttggctctgatactgtt
ttattcattggaaatagcatggctatacgtgatgcagacatgtattctcgaggacttgta
agttgcaccaatcaaacatctcagtcagcattactatgtcaagggatacacatagcgggc
aatagaggagctagtggtattgacggtttgctaagtacagctgctggttttgctgtggga
tgcaagaaaagggcattgtgtataattggagatgtttcttttcttcatgatacaaatggt
ttggcaatattgagttcaaggatggggcggaagcctatgacaatacttgttatcaacaat
cgtggtggtgggatcttcagtttccttccaattgcagaaaaaattgactctgaaatattg
gggaagtatttctattataatcatcacatttcagtcaacgagctatgtgctgcacacggt
gtaaagcatctgctggcagagacaaaactggaacttcatgaagctttattaacatcccaa
caggatgatgctgattgtgtcatagaagtttcaggcgcgatcaacactaatgcatcattt
catagtctcttgcaaaattatgctgcccaagcggtgtctcatgctttcacgactctatca
caattttctcctccagaatcttctgcaaatgatttcttatttaaagttgccaaattggag
tactcgttgtatggagtcagccttgctgctccatcaacttcagctgacagaactctgtca
aattatgttagacaaggcttcattttagctttgactcttgatgatggaagtactgggttt
ggtgagattgcacctcttgaaattcatgaagaaaatttgcaagatgtggaagaacagctg
cgcttccttctccatgttctaaaaggagctactattagctatcaacttcccctgttgaga
gaggctttttctgtgtggatatggagagtaattggagttccgccaggatctctattccca
agtgttcgatgtggcctagagatggcaactttgaatgctatagctgcaagacaaaagtgc
actttgcttggtgtactctggcctcaaccagttcaaatcaatgtcaaaaaccagcagcca
gcaagcattgatatctgtgcccttgttgatgctgaagggagtccatatgaagttgcaagt
actgtatctgctcttgttgaagaagggtttcgtgctattaaagtaaaggtaggtcgcaga
gatgatccaagggaagatggtgcagtgattaaggaaataagaagaaagattggtgctgag
attgaacttcgtgtggatgctaaccgtaaatggacctatgaaaaggctatcatatttgga
tctcttgtcaaggattgtggcttacaatatatagaggaacctgtacagtgtgaagaagat
attttgaggttctgtgaagatactggcttgcctgttgcattagatgaaacaattgacaat
atttaaggaaatctatctgattctttggccagattcacgcatccaggagtggtggctctt
gtgattaagccaagtgttgttggcgggtttgaaaacgcagcagtaattgcacggtgggct
catattaagggaaaattggctgttgtgagtgcaacctttgaaactagtctcggattgtct
tcctatgttcagtttgcatattatcttgagatgagaagttcagaaatatcccaagcagta
gataagaaaccgagaatatgtgtagctcatggtcttggaacatacaaatggctgaaagaa
gatttaacgcttgatccacttgttatttgccgacagccaaagagtagacttgtaggagca
tctatcgacgatgctgatcgtgtcctctgcaattttcaagttaactgcaatgctatctca
agaagttctgttgaagatagcatatctacttatcatcttggcgtgaaagtagatgattgt
tcttatgtgattaaggtgcaagagatgggagaaaggagagatggaaatacacttctattt
cttcatggtttcctgggaactggtgaagactggaccccaatcatgacagccctttcagga
tctgcaaaatgcctgtctgttgatcttcctggccatggaagctcaaaattacaatcactt
gatggtagtggcaatccaactgaagggcaaagtttatcaattgaagtaattgctgcagtg
ttgagccagttgataaataaaattagcacagggaaagtcactcttattgggtactctatg
ggagccaggatagcattgtacatggcattgagattcagcggccagattgatggagctgta
atgatttctggaagtcctggtttaagagatgaaatcgagagaaggattcgtgctgcaaaa
gatgattctcacgcacagtcaattatctcctttggtttggtgccttttctggaaaattgg
tacagcagtgatttgtggaatagtttcagggaacacccaagttatgataagattgtagca
agtcgcttggagcatcatgatattcatggtctagcaaaagctttgtctggtttgagtatt
ggaaggcagatgccactctgggaagacttgaaacactgcaaaatacctcttatgtttgtt
gttggagaaaaagatgagaaattcaagagtatcagtcagaatatcagccgtgtaatgggt
cagacaacaatttatgaagcagttgaagttcctgattgtggacatgctgttcacttggaa
aatcctctagctcttgttagactactgagacaatttttgacaaaaacaagctag
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