KEGG T01132: UREG

Uncinocarpus reesii: UREG_07217

Entry

UREG_07217 CDS T01132

Definition

pentafunctional AROM polypeptide

Orthology

K13830

pentafunctional AROM polypeptide [EC:4.2.3.4 4.2.1.10 1.1.1.25 2.7.1.71 2.5.1.19]

Organism

ure Uncinocarpus reesii

Pathway

ure00400	Phenylalanine, tyrosine and tryptophan biosynthesis
ure01100	Metabolic pathways
ure01110	Biosynthesis of secondary metabolites
ure01230	Biosynthesis of amino acids

Module

ure_M00022

Shikimate pathway, phosphoenolpyruvate + erythrose-4P => chorismate

Class

Metabolism; Amino acid metabolism; Phenylalanine, tyrosine and tryptophan biosynthesis [PATH:ure00400]

SSDB

Motif

Pfam:

EPSP_synthase DHQ_synthase DHquinase_I SKI Shikimate_dh_N Shikimate_DH Fe-ADH_2

Other DBs

NCBI-GI:

258563398

NCBI-GeneID:

8439819

UniProt:

C4JYG6

AA seq 1580 aa
MATPTVIKILGRDSIVADPGIWKRHVAQDLLTNCPSSTYILISDTTLTPLYVPSFQQAFE
AAASSVTPKPRLLTYAIPPGEVSKSRQTKAEIEDWMLSRQPPCGRDTVIIALGGGVIGDL
IGYVSATYMRGVRFVQVPTTLLAMVDSSIGGKTAIDTTHGKNLIGAIWQPEKIYLDMEFL
NTLPEREFINGMAETAAISSEEDFAALERNADAILAAVKSENTTERPRFSGIQEILKLTI
LASARFKADVVSKDEREGGLRNLLNFGHSIGHAIEGILAPQILHGECVAIGMVKEAELAR
HLGILKSVAVSRLVKCLASYGLPTSLKDSRVRRLSAGKHCSVEQLLAFMAVDKKNAGPMK
KVVLLSSIGSTHEQKASVVSNKDIKIVLAPSIEVSPGVPHALEITCVPPGSKSISNRALV
LAALGSGTCRIKNLLHSDDTEVMLSALERLGAATFSWEEEGEVLVVHGKGGRLQASPDAL
YLGNAGTASRFLTTVATLANKSTVDSTILTGNARMKQRPIGALVDSLRTNGAGIKYMETT
GCLPLKIDASGGFAGGHISLAAKVSSQYVSSLLMCAPYAKEPVTLKLVGGKPISQPYIDM
TTAMMRSFGIDVKKSTSEEHTYHIPQGRYMNPTEYIIESDASSATYPLAVAAITGTTCTI
PNIGSKSLQGDARFAVDVLRPMGCEVNQSSFSTTVTGPRNGALNALPNVDMEPMTDAFLT
ASVLAAVATAGSTSTTRIFGIANQRVKECNRIKAMKDELAKFGVTCREHEDGLEIDGIDR
SALLRLPHGVYCYDDHRVAMSFSVLSLAASHPTLILEKECVGKTWPAWWDTLAQLFKANL
EGVELKSEKKKAEKPAASLFIIGMRGAGKTTSGLWASKVLKRPFIDLDVELESKLGKSIP
EIIKEQGWEGFRANELALLRQVLSEKPTGYVFACGGGIVETEEARDLLTQYQKAHGNVLL
VMRDINAVMDFLKIDKTRPAYVEDMMGVWLRRKPWFQQCSNIQYYSQQSDPSKMGSALES
FSRFLRVVTGEVDHLALMKKKPQSFFVSLTLPDLRPSVDILNDITLGSDAVELRVDLLVD
PSSSSEMPSVDYVAEQISILRSRVSVPLVFTIRTKSQGGRFPDDAHNAALDLYRLAIRMG
SEFVDLEVTFPEYVLRAVTEMKGVSKIIASHHDVANRLSWRNGSWTQFYNKALQYGDIIK
LVGIASQLDDNIALREFKIWAKKAHDIPVIAINMGERGRLSRILNGFMTPVSHPKLPFKA
APGQLSAKEIREGLSLMGEIESKKFAIVGKPISASRSPALHNALFADVGLPHVYGRLETD
DVQNVKDLIHAPDFGGASITIPLKLDIMPLLDEIAPEAKVIGAVNTIVPAPREPGDVKKG
PRLIGYNTDWQGMVQCLRHGGAVSPSTSNDPAPGLVIGGGGTARAAIHALHSMGYSPIYL
VGRSESKLNDMALSFPATYNLQILKDAESLEILPSVAIGTIPGDQPIDPSMREVLCRLFE
MAARIDAELKELAPKRVLLEMAYKPTVTPLSQLASDCGWATIPGLEALVGQGVYQFQLWT
GITPVFRDARAAVMNADADI

NT seq 4743 nt +upstreamnt +downstreamnt
atggctactcccacagtgatcaaaatcctaggtcgggacagtatagttgccgatcctggc
atttggaaacgccatgtcgcgcaagatttattgacaaattgcccttcttcgacctatatc
ctcatctccgatactactttgactcctctatacgttccaagctttcagcaagcgtttgaa
gctgcagcctcgagcgtgacgccaaagccacggcttctcacttatgcgatccctcccgga
gaagtttccaagtctcgtcagacaaaagcagagatcgaagactggatgctaagtcgccag
ccaccatgtggtcgcgataccgtgataattgctcttggtggtggtgttatcggggatctc
atcggctatgtttctgcaacctacatgcgtggagtccgttttgtacaagtgccgacgaca
ttgctagcgatggttgactcttcgattggtggaaagaccgcgattgacaccactcatggg
aagaacttaattggtgccatctggcagccagaaaaaatctacctagatatggaatttttg
aacactttacccgaaagagagtttataaatggaatggctgaaactgcggctatatcaagt
gaagaagactttgctgcgttggaacggaatgcagatgctattctcgccgccgtgaaatcc
gaaaatacaactgagcgtccccgattcagtgggattcaagagatattgaaactaacaatt
ttagcatccgcaaggttcaaggccgacgtcgtttcgaaagacgaaagggaaggcggacta
cgaaatcttctaaactttggtcattccattggacatgctattgaaggcatacttgcccca
cagatccttcatggagaatgtgtggcaataggcatggttaaagaagcggaattggcgcga
catctcgggattctcaaaagtgttgcggtgtctcgcctcgttaaatgtttggcaagttac
gggctgccaacatccctgaaggactcacgggtaaggcggctaagtgctgggaaacattgc
agtgttgagcaactccttgcattcatggctgtcgacaagaagaatgctggacccatgaaa
aaagtcgttctcctctcctctattggcagcacccatgagcagaaggcaagcgtggtatct
aataaagatatcaaaatcgtgctagcaccgagcatcgaagtctctcctggcgtgccccac
gcactagaaatcacatgcgtccctccaggctcaaaaagcatctctaatcgggctctagtt
cttgccgcccttggctctggtacctgtcgtatcaagaatcttcttcattcagatgataca
gaggttatgcttagtgctctcgaacgcttgggggctgcaacattttcgtgggaggaagaa
ggcgaagttcttgtcgttcacggcaaaggaggtagattgcaagcaagtccggatgctctt
tacttgggaaatgctggaacggcctcaaggttcctcacaactgttgcaactctcgccaac
aaaagcaccgttgactccaccatccttacaggaaacgcacgaatgaagcaacgaccaatt
ggtgcccttgttgattctctgagaactaacggtgcagggatcaaatacatggagaccact
ggctgccttcccctaaagattgatgcgtcaggtggatttgcaggcggacatattagccta
gcagcgaaggtttcctctcagtatgtgtcatctttactcatgtgcgccccgtatgcgaag
gagcccgtaactttaaagctcgttggcggcaaaccgatttcacagccctacattgacatg
acaaccgctatgatgcggtcgtttggcatcgacgtaaaaaagtctacttcggaagaacat
acatatcatattccgcaaggcagatacatgaacccgacggaatacatcatcgagagcgac
gccagctccgcgacataccctttggccgtcgctgcaatcacgggcactacctgtactatt
cccaatattggttcaaaatccttacaaggagatgcacggttcgcggtggacgttttgaga
cctatgggatgcgaggttaatcagtctagcttctcaaccaccgttaccggtcccaggaac
ggagcattaaatgcattgccgaatgtcgatatggaacccatgacggacgctttcctaacg
gcctccgtccttgctgccgtggcaacggctggttcaaccagtacaacaagaatatttggt
attgccaaccaacgcgttaaagagtgtaaccggatcaaagcaatgaaggatgaactggca
aaatttggggtaacttgtcgagaacatgaagacggcctcgagattgatggcatcgatcgt
tccgcgctattgcggctgccgcatggagtctattgctacgacgatcaccgggtagctatg
agctttagcgttctctcccttgcagcatcccaccctactttgatccttgagaaagagtgt
gtgggcaaaacttggcctgcttggtgggatacattggcccagctcttcaaagcaaacctt
gaaggtgtggaactaaaatctgaaaagaaaaaggcagagaaacccgcggcctcattattc
attattggcatgagaggagcaggcaaaacaacaagcggcttatgggcatcgaaggttttg
aaacggccatttattgaccttgacgtggagcttgaaagcaaactgggtaagagcatacca
gagattatcaaagagcaaggctgggaaggtttcagggccaatgaacttgctctcttgcgg
caagtattaagcgaaaagccaacaggatatgtatttgcttgcggcggtggaatcgtcgaa
acggaagaggcccgtgatctcttgacacagtaccaaaaggcccatggcaacgttcttcta
gttatgcgagatatcaacgcagttatggactttttgaagattgacaagacacggccagct
tacgttgaagatatgatgggcgtgtggctgcgtcgaaagccttggttccaacaatgcagc
aacatccaatattacagccagcagagcgacccgagtaaaatgggttccgccttggaaagt
ttttcacggtttttaagggtcgtgaccggagaagtggaccatctcgcccttatgaaaaag
aagccacagtcctttttcgtttcattgactctcccagacctacgcccgtcggtagacata
ttaaacgacatcacacttggttcagacgcagttgaattgcgcgttgacttgctcgtggac
ccgtcttctagcagcgaaatgccctctgttgactacgttgctgagcagatttccattctc
cgcagtcgtgtgtctgttccgctcgtgtttacgatccgaaccaaaagccaaggcggccgg
ttccctgatgacgcacacaacgctgctttggacttgtaccgacttgctattcgcatgggt
tcagagtttgttgaccttgaagttacattcccggaatacgtcctacgtgccgtaactgaa
atgaaaggtgtttccaagataatcgcatctcaccacgacgttgctaaccgactatcgtgg
agaaatggatcttggacacagttttataacaaagctttgcagtatggagatattatcaaa
cttgtcggcattgccagtcagctagacgacaatatcgccctcagggaattcaaaatttgg
gcaaagaaagcccacgatattcctgtgatcgctatcaatatgggcgaaaggggtcggctc
agtcggatcctgaacggcttcatgacacccgtgtctcacccaaaacttccgttcaaagct
gcgccgggtcaactttccgcaaaagaaattagagaagggctttctctaatgggtgagatc
gagtcaaagaaatttgctatcgttggaaaaccaatatctgcgtcgagatcccctgcattg
cacaatgctttgtttgcagatgtcggtttaccccatgtgtacggccgtttggaaaccgat
gatgttcagaatgtcaaagatttaattcacgcacccgattttgggggcgcctctatcacg
atccctctcaaactcgacatcatgccgttgctagatgaaattgcgcctgaggctaaagtc
attggagccgtgaacactatcgttccggccccaagggaaccaggcgacgtaaagaagggt
ccacgcctgatcggctacaatactgactggcagggcatggtccaatgtctccgtcacggc
ggagcagtctctccgtcaacctcaaatgacccggctcccggcctcgtgatcggtggcggc
ggtaccgctcgtgccgccattcatgctcttcacagcatgggttattcccccatttacctt
gttggccgctcggagtccaaactgaatgacatggcgttgtcatttcccgcaacatataat
ctccagatccttaaggacgcagaatcactggaaatcctcccttcagtggctatcggcacg
attccgggtgaccaaccaattgaccctagcatgagggaagttttgtgccggttattcgaa
atggctgcacgtattgatgccgaactcaaagaattggcacccaagcgagtcttgttggag
atggcatataaacccactgtgacaccgttgagtcagttagctagtgactgcggttgggca
acgatccccggcttggaggctctggttggacaaggagtgtaccagttccaactttggact
ggaatcacaccagtttttcgagacgcaagagccgcagttatgaatgctgatgctgacatc
tga

All links

Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (14)   
   KEGG COMPOUND (14)   
Chemical reaction (10)   
   KEGG ENZYME (5)   
   KEGG REACTION (5)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (44)   

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