KEGG T00189: CaO19.4704

Candida albicans: CaO19.4704

Entry

CaO19.4704 CDS T00189

Gene name

ARO1

Definition

similar to S. cerevisiae ARO1 pentafunctional aromatic amino acid family biosynthesis 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

cal Candida albicans

Pathway

cal00400	Phenylalanine, tyrosine and tryptophan biosynthesis
cal01100	Metabolic pathways
cal01110	Biosynthesis of secondary metabolites
cal01230	Biosynthesis of amino acids

Module

cal_M00022

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

Class

Metabolism; Amino acid metabolism; Phenylalanine, tyrosine and tryptophan biosynthesis [PATH:cal00400]

SSDB

Motif

Pfam:

EPSP_synthase DHQ_synthase DHquinase_I SKI Shikimate_dh_N Shikimate_DH Fe-ADH_2 AAA_17 Fe-ADH AAA_33 AAA_18 AAA_2 AAA_16

Other DBs

NCBI-GI:

68466574

NCBI-GeneID:

3635680

UniProt:

Q5AME2

Position

AA seq 1551 aa
MSIEKVPILGKETIHVGYGIADHIVREVIANLASSTYVIVTDTNMARTPQYSKLTDDFKT
NLSEKRPESRLLTYCVSPGENNKNRATKAAVEDFLLQQGCTRDTVILAVGGGVIGDMIGF
VAATFMRGVRVVQVPTTLLAMVDSSVGGKTAIDTPLGKNFIGAFHQPEYVFCDVSFLETL
PARQFINGMAEVVKTAAIWNEEEFTRLENFSKKFLSVVTSKKPDLQSIKAELVKTVLESV
RVKAGVVSSDEKEAGLRNLLNFGHTIGHAIEAVLTPEALHGECVSIGMIKEAELSRYLGI
LPPVAVARLSKCLVAYGLPVSIDDKEFLKKVGPKRHYVEIDILLKKMAIDKKNDGSKIRC
VLLEKIGKCYQLKAHQVSKQDLSFVLTDEVLVHPFTNPPKENIIVPPGSKSISNRALILA
ALGNGTVRVKNLLHSDDTKHMLDAVASLKGAEISTEDNGETIVVKGNGGNLVTSGEELYL
GNAGTASRFLTTVASLVGKSQASDDVILTGNARMQERPIGPLVDALGSNGSEIEYLNKQG
SLPLKISAGNGLKGGRIELAATISSQYVSSILMCAPYAKEPVTLALVGGKPISQLYIDMT
CAMMKSFGIEVTKSTTEEYTYHIPKGTYKNPSEYVIESDASSATYPLAFAAMTGTSCTIP
NIGSSSLQGDAKFAVDVLKPMGCKVEQTTTSTTVTGPPRGHLKPLPHVDMEPMTDAFLTA
SVVAAVAKGGSSTSITGIANQRVKECNRIEAMVTELAKFGVPANELPDGIEIHGIDIEDL
KTPEISKRGVSSYDDHRVGMSFSLLAGLCKEPVLILERSTTGKTWPGWWDILHSKFKIEL
DGYEPPFNTDKHVDKSSDKSIIVIGMRGTGKSTLSEWLASFLGFKMLDMDKYLEEKLGTG
IKSLIKAKGWEYFRQEEAIVAKECFTKFSKGYVLSTGGGIVEGEDARQQLKSYADNGGIV
LHLHRDLDETVTFLAADTTRPAYSSEVQEVWLRREKWYHECSNYHFYSSHCSTEDEFNHL
RRSFVNYIKLITGAERPVVPVGRSAAVVLTSPDLNEVVRDLESITIGADAVELRVDLFKD
TSAEFVAAQIAVIRKHADLPIIYTVRTMSQGGKFPDENVDELKSLLLLGIRLGVAYVDLQ
LTAPNELIEEISSKKGFTRVIGTYQDINGELKWNNVEWKNKYNQGVSMNADIVRLVGKAN
SIQDNLDLENFKKQNTLKPLIAFNLGSQGKLSQVLNGTFTPISHKLLPNDEEFLTIGELN
QTYFDIGGFTAKKFWVIGSPIEHSRSPNLHNAGYKALNLPYQFGRFEATDVDVVYDNLIN
KPDFGGLAITMPLKLDIMKFATKLSDAAETIGAVNTLIPIEGGYFGDNTDWVGISNSFIR
AGVPPKSSSNGLVVGAGGTSRAAIYALHQMGCAKIYLVNRTAAKLEELVKSFPKDYNLEI
VETEQQADKASKVSLAVSCIPADKPLDGEVLKKIERILSNGSEQSAGFKPTLLEASYKPR
VTPIMKLAEEQYKWKVIPGVEMLVNQGDRQFKLHTGFTAPYEIIHRAVVEE

NT seq 4656 nt +upstreamnt +downstreamnt
atgtctattgaaaaggtgccaattttgggtaaggaaactatccatgttggttatggtatt
gccgaccatattgtcagggaagtgatagccaacttggcttcttcaacttatgttatagtg
actgacacaaacatggcaagaactccccaatattccaaattgactgatgatttcaaaact
aatttgtctgaaaaacgtcctgaatccagattattgacttattgtgtatcaccgggtgaa
aacaacaaaaacagagctaccaaagctgcagtggaagattttcttttacaacaaggttgt
accagagacaccgtcatattggctgttggtgggggtgttattggtgacatgattgggttt
gttgccgccacatttatgagaggtgtcagagttgttcaagttccaactacattgttagcc
atggtagattcatctgttggtgggaaaaccgccattgatactccattaggtaagaatttc
attggtgctttccatcaacccgaatacgttttctgtgatgtatcctttttagagacttta
cctgctagacaatttattaatggtatggctgaagttgtgaaaactgcggccatttggaat
gaagaagaattcaccagattagaaaacttttccaagaagtttctttctgtcgttacctcc
aaaaaaccagatttacagtcaattaaggctgaattagtgaaaaccgttttggaatctgtt
agagtgaaagctggtgttgtgtcatctgatgaaaaggaagctggtcttagaaatttactt
aattttggccatactattggtcatgcaattgaagcggttttaactccagaagcattacat
ggagaatgtgtttccattggtatgattaaggaagctgagttgtctagatatttgggtata
ctaccacctgttgcagttgccagattgtcgaaatgtctcgttgcatacggtttacctgtg
tctattgacgataaagaattcttgaaaaaagtgggaccaaaacgtcattatgttgaaatc
gatattttgttgaaaaaaatggccattgacaagaaaaatgatggtagtaagattagatgt
gtcttgttagagaaaattggtaaatgttaccaattgaaagcacatcaagtatccaaacaa
gatttaagttttgtgttgactgatgaagtgttggttcacccattcaccaatccacctaaa
gaaaacataattgttccacctggttccaaatctatctccaatagagcattgattttagct
gctttgggtaatggtactgttcgtgtgaaaaatttgttacattcagacgatactaagcat
atgttagatgctgttgcttctttaaagggagctgaaatatccactgaagataatggtgaa
accattgtagttaaaggaaatggtggcaacttggtcacatctggcgaagaattgtacttg
ggtaatgctggtactgcttccagatttttgactactgtagcttcattagtgggcaaatca
caagctagtgatgatgttattttaactggtaacgcaagaatgcaagaaagacctattgga
ccattagtggatgccttgggatctaatggttctgagattgagtatttgaataagcagggt
tcattgccattgaaaatcagtgctggcaatggattgaaaggtggaagaatagaattggct
gcaacaatctcttcgcagtatgtttcttcaattttaatgtgtgcaccatatgctaaggag
ccagttactttggctttagtcggaggtaaaccaatttctcaattatacatagatatgaca
tgtgcaatgatgaaatcatttggtattgaagttaccaaatcaactactgaggaatacacc
tatcatattccaaaggggacatacaagaatccatctgaatatgtcattgaatcagatgcg
tcatctgcaacttatccattagcatttgctgctatgactggaacatcctgtactattccg
aacataggttcttcctcattacaaggagatgccaaatttgctgttgatgtgttgaaacca
atggggtgtaaagttgaacaaaccacaacttcaacaactgtaactggtccgccgagaggt
cacttgaaaccattacctcatgttgatatggagccaatgactgatgcatttttgactgct
tctgttgttgctgctgttgctaaaggcggttcttctacttctataactggtattgctaac
caaagagttaaagaatgtaatagaattgaagctatggttactgaattggcaaaatttggt
gtgccagcaaatgaattacccgatggaattgaaatacatggtattgatattgaagatttg
aaaacaccagaaatttctaaaagaggtgtttcctcctatgatgatcatagagtgggtatg
tcattttcattattggcaggtttgtgtaaagaacccgttttgattttggaaagatcaacc
actggtaagacttggccaggttggtgggatatcttacattccaaatttaagattgagctt
gatggttatgaaccaccattcaatactgataaacatgtggataaatctagtgataaaagt
atcattgtcattggtatgagaggcactggaaaatctactttatctgaatggttggcttcc
tttttggggttcaagatgttagatatggacaaatatcttgaagagaaattgggcactggt
atcaaatcattgattaaagctaaaggttgggaatatttccgtcaagaagaagcaattgtt
gctaaagaatgtttcaccaagttttccaaggggtatgtactttccactggtggaggaatt
gttgaaggtgaagatgccagacagcaattgaaatcttatgctgataatggagggattgtt
ttgcacttgcatcgtgatttagatgaaactgtcactttcttggctgctgatacaaccaga
cctgcttatagcagtgaagttcaagaagtatggttaagaagagaaaaatggtaccatgaa
tgttctaactaccacttctattccagtcactgtagtactgaggatgaattcaaccatttg
agaagatcctttgtaaactacattaaacttatcactggtgctgaaagacctgttgtgcca
gttggtagatcagctgctgttgtcttgacatcaccggatttgaatgaagttgttagagat
ttggaatctattacaattggtgctgatgcagttgaattaagagttgatttatttaaggat
acttctgctgaatttgttgctgcccaaattgctgtaataagaaagcatgccgatttacca
attatttacactgtgagaactatgtcgcaaggtggtaaattcccagatgaaaatgttgac
gaattaaagagtttgttgttacttggtatcagattaggtgttgcatacgttgatcttcaa
ttgactgctccgaatgaactcattgaagagattagcagtaagaagggtttcactagagtc
attggtacttatcaagatataaatggtgaattgaaatggaacaatgttgaatggaaaaac
aaatataatcaaggtgtttccatgaatgctgatattgtgagactagtcggtaaggcaaac
tcaattcaagataatttagatttggaaaactttaaaaagcagaatactttaaaaccattg
attgctttcaatttaggttctcaaggtaagttgtcacaagtattaaatggaacattcacc
cctatttcccacaaattacttccaaatgatgaagagttcttaacaatcggcgaattaaat
caaacttattttgatattggaggtttcactgctaaaaaattttgggtcattggttcaccc
attgaacattcaagatcaccaaacttgcacaatgcagggtataaagcattgaatttgcct
taccaatttggcagatttgaagctacagatgttgatgttgtttatgataacttgatcaat
aaaccagactttggtggtttagccatcactatgccattgaaattggatatcatgaagttt
gccactaaactatctgatgcagcagagaccattggagccgtcaacacattgattccaatt
gaaggcggatattttggtgataacactgattgggtgggtattagtaattctttcataaga
gcaggtgttccacctaagctgagctcgaatgggttagttgttggtgcaggcggcacttct
agagctgccatttatgccttacatcaaatgggatgtgcaaagatttacttggtgaatcgt
actgctgctaaattggaggaacttgtcaagtcattccctaaagactataatcttgagatt
gtcgaaaccgaacaacaagccgataaagcaagtaaagtcctgttggcagtgtcttgtatt
cctgctgataaaccattagatggagaagtgttgaagaaaattgagcgaattttatctaat
ggaagtgaacaatctgctggtttcaagccaaccttattggaagctagttacaaaccaaga
gtgacaccaattatgaagcttgctgaagaacaatataaatggaaagttatcccaggtgtt
gagatgttggtaaatcaaggtgatagacagtttaaacttcatactggttttactgcacca
tatgagattattcatcgtgctgttgttgaggaataa

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 (13)   
   Pfam (13)   
All databases (50)   

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