KEGG T01118: ZYRO0D06578g

Zygosaccharomyces rouxii: ZYRO0D06578g

Entry

ZYRO0D06578g CDS T01118

Definition

hypothetical protein

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

zro Zygosaccharomyces rouxii

Pathway

zro00400	Phenylalanine, tyrosine and tryptophan biosynthesis
zro01100	Metabolic pathways
zro01110	Biosynthesis of secondary metabolites
zro01230	Biosynthesis of amino acids

Module

zro_M00022

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

Class

Metabolism; Amino acid metabolism; Phenylalanine, tyrosine and tryptophan biosynthesis [PATH:zro00400]

SSDB

Motif

Pfam:

EPSP_synthase DHQ_synthase DHquinase_I SKI Shikimate_dh_N Shikimate_DH Fe-ADH_2 AAA_17 AAA_33 THF_DHG_CYH

Other DBs

NCBI-GI:

254581466

NCBI-GeneID:

8203972

UniProt:

C5DVG6

Position

D:complement(568750..573519)

AA seq 1589 aa
MVKFEKVPILGKESIHVGYDIHTDMVQTIINDCRSSTYVVVNDTNLSKVPYCQDFVQELR
SSLPEGSRLLQYAVKPGEANKTRSTKADIEDYLLSKGCTRDTVIIAIGGGIIGDMVGFVA
ATFMRGVRVVQVPTSLLAMVDSSIGGKTAVDTPLGKNFIGAFWQPQFVLVDVKWLETLPR
REFINGMAEVIKTACIWNGLEFERLESNAELFLRVVNGSKVIKVNGLSTGEVNDIHYTNI
EAMLEHTFKLVLESIKVKAEVVSSDERESSLRNLLNFGHSVGHAYEAILTPQALHGECVS
IGMIKEAELSRYLGILSPTQVSRLTKILAAYGLPISPEEKWFKDLTLQKKTPLDVLLQKM
SIDKKNDGSKKKVVILESIGKCYGKSAHYVNDEDLKFVLTDETLVYPFSNIPQEQAKTIV
PPGSKSISNRALILAALGKGTCKIKNLLHSDDTKHMLTAVQELKGASITWEDNGETVVLE
GHGGETLTASADPLYLGNAGTASRFLTTLAALVNSSSKQDYVVLTGNARMQQRPIGPLVD
SLRTNGTKIDYLKSEGSLPLKIYTSTPFKGGRIELAATVSSQYVSSVLMCAPYAENPVTL
ALVGGKPISQLYVDMTIKMMEKFGIKVEVSTTEPYTYHIPKGQYTNPPEYIIESDASSAT
YPLAFAAMTGTTVTVPNIGYESLQGDARFAIEVLRPMGCKVEQTANSTTVTGPPTGSLRP
LKHVDMEPMTDAFLTASVVAAVAHDNDTDSANVTTIEGIANQRVKECNRIEAMSTELAKF
GVATKELPDGIQIHGINSLDLLQLPSNSTGPIGIESYDDHRVAMSLSLLAGMVNYSKSHP
AADIKPVRILERRCTGKTWPGWWDVLHTELGAHLDGAEPLGYLSGKKTKRSVVLIGMRAA
GKSTLGRWCSQILGYELCDLDVLFEKQYAKGTVKDFVAEHGWDKFREAEANLFKETVEQY
GDGGYVFSAGGGLVENEVSREHLKKYASDGGVVLHLHRDIEETIVFLQSDPTRPAYMEEI
RDVWERREKWYNECSNFAFLAPHCSNEKEFQHLRKSFANYITAITGNREVQVPNKRSAFV
CLTFGDLTEKASVLPSIVRGCDAVELRVDHLAKYDSQFVSKQLSTLRTATNDLPIVFTLR
TKKQGGKFPDEDYTGMARLFDVALKACVEYIDLELTLPIDVQYKVSNTKGYTKIIGSHHD
FGAKYPWKDPEWENRYNQALSLDVDVIKFVGTATKFEDNLALERFREEHKSKPLIAINMG
EIGKISRVLNPILTPITSEHLPNSSAPGQLTLAQINKIFASMGGITSKKFFVVGNPVSHS
RSPVLHNTGYKLNGLPHHFDRFETDSAQVVKETLLDGEPSLGGLAVTIPLKLDIMKYMNQ
LTDAARVIGAMNTVIPLGNHHFKGDNTDWIGIKHSLTSNGVPEKVSNVAGLVIGAGGTSR
AAIYSLHNLGCHRIFVINRTVSKSIELRDSFPQEYNVVAAETTQQIDHLNEHIGIAVSCV
PADKDLDTELLAKLERFLHKGKHNSFVPTLLEAAYKPDVTPVMKLAHDKYQWQVVPGREL
LVHQGVAQFEIWTGAKAPFQEIFNAVTRD

NT seq 4770 nt +upstreamnt +downstreamnt
atggttaagtttgaaaaagtgcccattttgggcaaagaatctatccatgtcggttatgat
atccacactgacatggttcagacaattatcaacgattgtcggtcatctacatatgtggta
gtcaatgacacaaatttgagtaaagttccctactgccaagatttcgttcaagaattaagg
tctagtttaccagaaggttcacgtcttttgcaatatgcggttaaaccaggtgaagccaac
aagacaagaagtacgaaggccgatattgaagattatttgttatcgaagggatgtacccgt
gatactgtgattattgccattggtggcggtatcattggtgacatggttggatttgttgca
gctacatttatgagaggtgtccgtgtggtgcaagttcctacatctcttttagccatggtg
gattcatctatcggtggtaaaaccgccgtggatacaccattaggtaaaaactttatcggt
gcattttggcaacctcagtttgtgctagttgatgttaaatggttagaaactttaccccgt
agagagtttattaatggtatggcagaagtgatcaagactgcatgtatttggaatggccta
gaattcgaaagattggaatcaaatgcagagctctttttaagagtggtcaatggctctaaa
gtgattaaagttaatggcttaagtacaggtgaagtaaatgacattcactatacaaacatc
gaagccatgctagaacatacctttaagttagttcttgaaagtataaaggtgaaggcagaa
gtggtttcatctgatgaacgtgaatcaagtctaagaaatttattaaatttcggccattct
gtgggtcatgcatatgaagctattttgacacctcaagccttacacggtgaatgtgtctcc
attggtatgatcaaagaagccgagttgtcacgttatttaggtattttatcacctacccaa
gtgtcgcgattaactaagattctagcagcatacggattacccatttcaccagaggaaaaa
tggtttaaagacttgactttacagaagaagacacctttggacgtcttattacaaaagatg
agtatcgataagaagaatgatggttcgaaaaagaaagtggttattctggagagcattggg
aaatgttatggtaaatctgctcactacgttaatgacgaagacctgaaatttgttctcact
gatgaaactttagtctatccattcagcaatattcctcaagaacaggcaaagacaattgta
cctccaggctcaaaatctatttcaaaccgtgctctaatcttggcggcactaggtaaagga
acttgcaagatcaagaatttgttacattctgatgatacgaaacatatgcttacagctgtg
caagaattgaagggcgcttctatcacttgggaagacaatggtgaaacggtggtgttggaa
ggacatggtggtgaaaccttaactgcgtcagcagatccattatacttgggtaacgcgggc
acagcatccagattcttgaccactttggcagctttggtaaattcttcatctaagcaggac
tatgtggttctaacgggtaatgctagaatgcaacagagacctattggtccactagttgat
tctctacgtactaacggtaccaagatcgattatttaaagagcgaaggctctttgccacta
aaaatctataccagtactcctttcaaaggtggtagaatcgaattggcggctaccgtttca
tcgcagtatgtgtcatctgtgttgatgtgtgcaccatatgcagagaaccctgtcacgttg
gcattagtcggcggtaaacctatttcccaattgtacgtggatatgactattaagatgatg
gagaaattcggaattaaagtagaggtctctactacagaaccatatacctatcacattcct
aaaggccaatacaccaatcctccagaatacatcattgaaagcgatgcttctagcgctaca
tatccacttgcatttgctgctatgactggtactacggtcaccgttcccaatattggttac
gaatccttacaaggtgatgctaggtttgctattgaagttttgagaccaatgggatgtaaa
gttgaacaaactgctaacagtacaacagtgacaggacccccaaccggttctctgagacca
ttaaaacacgtcgatatggaaccaatgacagatgcatttttaactgcttctgtagtggca
gctgttgcccacgataatgatacggattctgctaatgtgacaaccattgaaggtattgct
aaccaacgtgttaaagaatgtaatagaattgaagctatgagtaccgaattggcaaagttt
ggtgttgccacaaaggaattgccagatggtattcagatccatggtatcaattctctcgat
ctattacaattaccttcaaactctactggtccaattggaattgaatcgtatgatgatcac
cgtgtggccatgagtttatcactattagcgggcatggtaaattattccaagagccatcct
gctgctgatattaagccagttagaatcttggagagaagatgcactggtaagacttggcca
ggctggtgggatgtactacacactgaactaggcgcccatctagatggtgctgagcctcta
gggtacctatctggtaagaagaccaagagaagtgtcgttttaattggtatgagagccgct
ggaaagagtacattgggtcgctggtgttctcaaatcttgggatatgaactctgcgacttg
gacgtcctattcgagaagcaatatgctaaaggcaccgtgaaggactttgtagctgaacat
ggttgggataaatttagagaagcggaagccaacttattcaaagagaccgttgaacaatat
ggtgacggtggttatgttttttccgccggtggcggcctcgtggagaatgaagtctccaga
gaacatctcaagaagtatgcctctgatggtggtgtagttttgcatctacacagagatatt
gaagagacgattgttttcctacaatctgatcctactaggccagcatacatggaagaaatt
agagatgtatgggaaagaagagagaaatggtataatgaatgcagcaacttcgccttcttg
gctcctcactgctctaatgagaaagaattccaacatctaagaaaatcctttgccaactac
atcactgcaattacaggaaacagggaagttcaagtacctaacaagagatctgcattcgtg
tgtttaacattcggagatttgacagaaaaagcaagtgttctaccatctatcgttcgtggc
tgtgatgctgtagagttaagagttgaccatttggccaagtacgatagccagtttgtcagc
aaacaactgtccaccctacgtactgcaactaacgatttgccaattgttttcactttgagg
accaaaaaacaaggaggtaaatttcccgatgaagattataccggaatggcaaggttgttc
gatgtggctctcaaggcttgtgttgagtacatagatttggaactgactttacctattgac
gttcagtacaaggtttctaacacaaaaggctatactaagatcataggttctcatcatgat
tttggcgctaaatacccatggaaggatcctgaatgggaaaacagatacaatcaggcctta
tctctcgatgtcgatgtgattaagttcgtcggtactgccaccaaattcgaggataattta
gcgcttgaaaggtttagggaagaacacaagtccaaaccattgattgccattaacatgggt
gagattggtaaaatttctcgtgtgctcaatccaatcttgacaccaatcacatcagaacat
ttgccaaattcttctgcacctggtcaattgacgttggcccaaattaacaagatttttgcc
tctatgggtggtattacttccaagaagtttttcgtagttggtaacccagtgagccattct
agatcccccgttctacacaatactggttacaaattgaatggtcttccacaccatttcgat
agatttgaaactgattctgctcaagtagttaaagaaacacttttagatggtgaaccaagc
ttgggtggtctagcagtaacaatcccattgaaactagatatcatgaagtacatgaatcaa
ctgacggatgccgcaagagtcatcggtgccatgaacaccgtgatcccattgggtaatcat
catttcaagggtgataatactgattggattggtatcaaacacagtttgacaagtaacggt
gttcctgaaaaggtgtcgaatgtggcgggtcttgtcatcggtgccggtggtacttctcga
gctgccatctattccctccacaacttgggatgtcacagaatctttgtgattaacagaacc
gtgtctaaatccattgaactaagagacagcttccctcaagagtacaacgtcgttgcagca
gagactacacaacaaattgatcacttgaatgaacatattggcattgccgtcagctgcgtt
ccagccgacaaggatctcgacactgaattattagcaaagttagaaagattcctacacaaa
ggcaagcataattcgtttgttcccacactattggaggcagcttacaaaccagatgttaca
cctgtgatgaaattagcacatgacaagtaccaatggcaagtggttccaggaagagaatta
ctagttcaccaaggtgtagctcagtttgaaatctggactggtgccaaagccccatttcag
gaaatatttaatgcggtgacgagggattag

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 (10)   
   Pfam (10)   
All databases (47)   

Download RDF

DBGET integrated database retrieval system