Alnus glutinosa (common alder): 133870261
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Entry
133870261 CDS
T10577
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
aglu Alnus glutinosa (common alder)
Pathway
aglu00130
Ubiquinone and other terpenoid-quinone biosynthesis
aglu01100
Metabolic pathways
aglu01110
Biosynthesis of secondary metabolites
aglu01240
Biosynthesis of cofactors
Module
aglu_M00932
Phylloquinone biosynthesis, chorismate (+ phytyl-PP) => phylloquinol
Brite
Enzymes [BR:
aglu01000
]
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
133870261
4. Lyases
4.2 Carbon-oxygen lyases
4.2.1 Hydro-lyases
4.2.1.113 o-succinylbenzoate synthase
133870261
4.2.99 Other carbon-oxygen lyases
4.2.99.20 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase
133870261
5. Isomerases
5.4 Intramolecular transferases
5.4.4 Transferring hydroxy groups
5.4.4.2 isochorismate synthase
133870261
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NCBI-GeneID:
133870261
NCBI-ProteinID:
XP_062163333
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Position
1:7942346..7968256
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AA seq
1700 aa
AA seq
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MSLARALSPRLSDLHFRTKRSVRRGKPPPTLTFLSRNSPRFHLLRLPPQLPNSKVVEAVR
LDGPVVEIGELSGTEDGDLVFETCITRTLPPALTLEQGLQRITEAVEKMKMDPPAAATGI
FRFQVAVPPSPKALNWFCCQPAESSVYPLFFLSKNTDNPTYKSLYLKQSCGVFGIGAAIY
FTNTSSFTSAELSSTKRYLLNDSTSIMAYGFMDINFNMESSSMVHEAGSSYFFIPQIELH
EYEGVSILAATLAWSDSSLCSFEEAVCSYELSLKQASRYSCPTTEKWHSKGIRSTLGKLN
VVADETLSMVYINLLSQGGREVMADIMELREAPCSCQFCISLSPTTAVASNMWDHTSEMC
YSTQDCANINTVWASLIIEECSRLGLTYFCVAPGSRSSPLAVAASTHPLITCIACFDERS
LAFHAVGYARGSHNPAVVITSSGTAVSNLLPAVVEASQDFVPLLLLTADRPSELQDAGAN
QAINQVNHFGSFVRFFFSLPAATDQIPARVLLTTLDSAVHWATSSPRGPVHINCPFREPL
ENSPSKWVPSCLKGLDFWMSNAEPFTKYIQVQHSHACTDTHGQMTEVLNVIQKAKNGLLL
IGAIHTEDDIWTALLLAKHLQWPTVPDILSGLRLRKLVSFPELEENFMFIDHLDHALLSD
SVRVWLQADVIIQIGSRITSKRISQMLEQCFPCSYIMVDEHPCRHDPSHIVTHRIQSGIV
EFADCLLKASSPKKNKKWSSFLQLLNMVVASEISFQISTKYSLTEPEAAQVISETLSYKS
ALFVGNSMAIRDLDMYGLNWSEGIHSIAATMLYSELPCHWIRVAGNRGASGIDGLLSTAV
GFAVGCNRRVLCVMGDVSFLHDTNGLAILNQRKSRKPMTVVVINNHGGAIFSLLPVAERT
EPNILKQYFYTSHSVSIHRLCAAHGVKHLLVQTKLELQDALLISQHDEMDCVIEVESSID
ANATFHRILRKFASHAANDALSTLLRFSVQDSVCKIHRMDYSLFRIPLRAPSTMTTVDQD
SSKFYREGFILSLYLEDGSVGLGEVAPFEIHRENLLDVEQQLRFILHVIKGNMISCFLPL
LKGSFSSWIWNNLGVPPSSIFPSVRCGLEMAILNVIAARQSSSLLNILQPQINEGDKSER
SSKVKICALMDSNGTPSEVAYAAKTLVEEGFTAIKLKVARRGNPMDDAAVIQEVRKRVGR
QIDLRADANRGWTFEEAIQFSSFVKDCDLQYIEEPVQDENDIIKFCEESGLPVALDETIG
NIQENTLEKVAKYTHPGIVAVVIKPSVIGGFENAALLARWAQHQGKMAVVSAAFESGLGL
SAYIQFSCYLELQNADICKAMKNELVPSIAHGLGTYRWLEEDVTTDPLRIDRDPYSGFVE
ASVADANRVLQKLQINHSVICRKFTGEQVSLYKLNIDTKGYSCFFKVHEVGQRTSDNIVL
FLHGFLGTGEDWITIMKAISGSARCISIDLPCHGGSKLQNHGTTQPSFSIEVVADILYKM
INQITPGKVICVGYSMGARIALHMALRFSDKIKGAVLIAGSPGLKDKVARKVRRAKDDSR
ARSLVAHGLQLFVDTWYAGDLWKSLRGHPHFNQIVTSRLQHDDVWNLAKALSDLSVGRQL
PLWEDLKHCKTPLVLIYGEKDTKFKTIAQEMFYEACRGINIHEIVEIPNCGHAAHLENPL
PIISALRQFFTKLKTTSFSI
NT seq
5103 nt
NT seq
+upstream
nt +downstream
nt
atgtcactcgctcgagccctctctccccgcctctcagacctccacttccgcactaaacgg
tctgtccggcgcggaaagccaccgccgactctcacatttctcagtcgaaattccccgcgc
tttcacttgctccgcctccctcctcaactccctaattccaaggttgttgaagcggtgaga
ttagacggtccggtggttgaaatcggggaattgtcgggaactgaggatggagatttggtg
ttcgagacgtgcattacgcgtactcttcctccggcgttgacgcttgagcaggggctccag
aggatcacagaggccgttgagaagatgaagatggatcctcctgctgctgccactggaatc
ttcaggtttcaggtggctgtgcctcccagtccaaaagctttgaactggttttgctgtcaa
ccggcggagtcgtcagtgtatcctctctttttcctttcaaagaatacagacaatccaacg
tataaatcactctacttgaaacaaagctgtggagtttttggaattggtgctgcaatttac
ttcacgaatacttcttcttttacttcagcagagcttagttcgaccaaaagatatctgtta
aatgattcaacctctataatggcttatggttttatggatattaatttcaacatggagtca
tcttccatggtacatgaggctggttcttcatactttttcattcctcagattgaattacat
gagtatgaaggtgtttctattttagcagcaacacttgcgtggagtgattcttccctttgt
tcatttgaagaagctgtttgttcttatgagttatctctcaaacaggccagtcgttattct
tgtccgactactgagaaatggcactccaaaggcataagatctactcttggaaagctaaat
gtggtggcggatgaaactctttcgatggtatacattaaccttctttcgcaaggaggaaga
gaagtgatggctgacattatggaactgagagaggctccatgttcttgtcaattctgcatc
agcctttcaccaaccactgctgttgccagtaacatgtgggatcataccagtgaaatgtgt
tactctacacaagattgtgccaacatcaacactgtttgggcatcccttataattgaagaa
tgctctcgacttggtctaacgtatttttgtgtagctccgggatcaagatcatcccccctt
gctgttgccgcttccactcatcccctaataacatgcattgcatgttttgatgagcgctca
cttgcatttcatgctgttggttatgcaagaggatctcacaacccagcagtagtcataaca
tcatcaggcactgcagtttcaaatcttcttcctgctgttgtggaggctagtcaagatttt
gtaccacttctgttgctcactgcagatcgtccttcagagttgcaggatgctggagcaaac
caagcaattaatcaggtgaaccattttggttcttttgtgaggtttttcttcagtcttcct
gcagccactgatcagattcctgcacgggtgttacttaccacacttgactctgctgtacat
tgggcaacctcttcacctcgtggccccgttcatatcaactgccctttcagggagccgcta
gaaaatagtccaagcaagtgggtgccaagctgcttgaaggggttagacttttggatgtca
aacgctgaaccatttactaaatatattcaagtacaacattctcatgcatgtactgatact
catggacaaatgacagaggttttaaatgttattcagaaggctaagaatgggcttttactt
attggtgcaatccatacagaggatgacatatggacagctcttctcttggctaaacacctg
cagtggcctactgtgcctgacatcttgtcagggttacgattgagaaagcttgtgtctttt
cctgaacttgaagagaattttatgtttattgaccatcttgatcatgctctgctttcagat
tctgttagggtttggttgcaggccgatgtgattattcagattgggagtaggataacaagc
aagcgtatttctcagatgctagagcagtgctttccatgctcatatatcatggttgacgag
catccatgtcgtcacgatccttcacacattgtaactcatcggattcagagtggcattgtt
gaatttgccgattgtttacttaaagctagctctccaaaaaagaataagaagtggagctct
tttctacaattactgaatatggtggttgcatcggagatatcgttccaaattagcaccaag
tactcattaactgaacctgaagctgcacaagtaatttcagaaacactatcatacaagtct
gctctttttgttgggaatagcatggcaatacgcgatttagatatgtatggacttaattgg
tcagaaggtattcatagtattgcagctacaatgttatactcagaactaccatgtcactgg
atacgggtggctgggaataggggagctagtggtattgatgggttgctcagcacagctgtt
ggctttgccgtgggttgcaacaggcgtgtactttgtgtgatgggagatgtttctttcctc
catgatacaaatggcttggcaattttgaatcaaaggaaatcacggaaaccaatgacagta
gtcgtgataaacaatcacggtggtgcgatcttcagtctccttcctgttgcagagagaact
gaaccaaatatactgaagcaatacttttacacctctcatagcgtttcgatccacaggctg
tgcgcggcacatggtgtgaagcatttactagtgcagacaaagttggagcttcaagatgct
ttattgatatctcaacatgatgagatggattgtgtaattgaagttgagagttccattgat
gccaatgccaccttccacagaattttgagaaaattcgcaagccatgcagcaaatgatgca
ttaagcaccctcttgagattttctgttcaagattccgtttgcaagatccatagaatggat
tactcactgtttagaatcccactacgtgcaccatctactatgactacagttgatcaagac
agtagcaagttttacagagaaggttttattttgtctttatatcttgaagatgggagtgtc
gggcttggtgaggtggcaccttttgaaatccacagagaaaacctgcttgatgttgaacag
caactcaggtttattcttcatgttataaaaggaaatatgattagttgcttccttcctcta
ctaaagggctcattttcttcttggatatggaacaacttgggagtcccgccatcttcaatc
tttcctagtgtcagatgtggcttggaaatggccattcttaatgtcatagcagccagacaa
agttccagtttattaaacatactacagcctcagattaatgagggagataaatctgaaagg
tcatcaaaagttaagatttgtgcccttatggattccaatggaactccttcagaagtagct
tatgctgctaaaactctcgttgaagaaggatttactgcaataaagctgaaagtggcacgt
cgggggaaccccatggacgatgccgcagtaatacaagaagtaagaaagagggttggacgc
cagatagatctccgtgcagatgcaaatcgtggctggacctttgaagaagctatacaattt
agctctttcgtaaaggactgtgacctgcagtacattgaggaacctgttcaggatgaaaat
gatatcattaagttctgtgaagaaagtggcttgcctgtagctctggatgaaacaattggc
aatattcaggaaaatactcttgaaaaggttgcgaagtatactcacccaggaatagttgcc
gttgttatcaaaccaagtgtcattggtggatttgaaaatgcagcattgcttgcacgctgg
gcacaacaccagggaaagatggctgttgtcagtgctgcatttgaaagtggcctaggtttg
tcagcatacattcaattttcttgctatcttgagctgcagaatgcagacatatgcaaagcg
atgaaaaatgaactggtcccatctatagcccatggcctaggaacataccgctggcttgaa
gaagatgttacaactgatcctctcaggattgatcgtgatccatatagtggtttcgtagaa
gcttctgttgctgatgctaatcgagttctgcagaaacttcaaattaaccacagcgtcatt
tgcagaaagtttactggggagcaagttagtttatacaaactgaatatagatacaaagggt
tactcttgtttcttcaaagttcatgaggttggacaaagaaccagtgataatatagtttta
tttcttcatggatttcttgggactggtgaagactggattactatcatgaaagccatctca
ggatcagctaggtgtatttcaattgatcttccttgtcatgggggatcaaagttacaaaac
catggtaccacgcagccaagtttttctattgaggtagttgcagacatattatataaaatg
attaatcaaattactcctgggaaagttatttgtgtgggatactcaatgggagcaagaatt
gcactacacatggccctgagatttagtgataagatcaaaggagctgttttaatagctgga
agccctggtttaaaagataaagtagcaagaaaagttcgtagggctaaagatgattccaga
gcacgttcccttgttgctcatggcttacaactctttgtggacacctggtacgctggagat
ctgtggaaaagtttaagaggccatccccacttcaatcaaatagtcaccagccgcttgcag
catgatgatgtgtggaatcttgcaaaagctctgtctgacttaagcgttgggaggcagttg
ccattgtgggaagacttgaagcattgcaaaacgccccttgtgctcatttatggggagaag
gatacaaagttcaagacaattgctcaagaaatgttttatgaagcttgccgtggcatcaat
atccatgagatagttgagattcccaactgtggccatgctgctcatctggagaaccctctc
cctataatcagtgcattgagacaattttttacgaagctgaaaacgacgtcattttcaatc
taa
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