KEGG T01140: CD36

Candida dubliniensis: CD36_40930

Entry

CD36_40930 CDS T01140

Definition

pentafunctional AROM polypeptide, putative

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

cdu Candida dubliniensis

Pathway

cdu00400	Phenylalanine, tyrosine and tryptophan biosynthesis
cdu01100	Metabolic pathways
cdu01110	Biosynthesis of secondary metabolites
cdu01230	Biosynthesis of amino acids

Module

cdu_M00022

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

Class

Metabolism; Amino acid metabolism; Phenylalanine, tyrosine and tryptophan biosynthesis [PATH:cdu00400]

SSDB

Motif

Pfam:

EPSP_synthase DHQ_synthase DHquinase_I SKI Shikimate_dh_N Shikimate_DH Fe-ADH_2 AAA_17 Fe-ADH AAA_33 ThiF AAA_18 DUF2811

Other DBs

NCBI-GI:

241954088

NCBI-GeneID:

8047368

UniProt:

B9WFG1

Position

4:168570..173222

AA seq 1550 aa
MSIERVPILGKETIHVGYGIADHIVNEVIANLASSTYVIVTDTNMARTPQYSKLTDDFKT
NLSKKRPESRLLTYCVSPGENNKNRVTKAAVEDFLLQQGCTRDTVILAVGGGVIGDMIGF
VAATFMRGVRVVQVPTTLLAMVDSSVGGKTAIDTPLGKNFIGAFHQPEYVFCDVSFLETL
PARQFINGMAEVVKTAAIWNEEEFTRLENFSKKFLSVVTSKKPDLQSIKAELVKTVLESV
RVKAGVVSSDEKEAGLRNLLNFGHTIGHAIEAVLTPEALHGECVSIGMIKEAELSRYLGI
LPPVAVARLSKCLVAYGLPVSIDDKEFLKKVGPKRHYVEIDILLKKMAIDKKNDGSKIRC
VLLEKIGKCYQLKAHQVSKQDLSFVLTDEVLVHPFTNPPKENIIVPPGSKSISNRALILA
ALGNGTVRVKNLLHSDDTKHMLDAVASLKGAEISTEDNGETIVVKGNGGNLVTCGEELYL
GNAGTASRFLTTVASLVGKSPASDDVILTGNARMQERPIGPLVDALRSNGSEIEYLNKQG
SLPLKISAGNGLKGGRIELAATISSQYVSSILMCAPYAKEPVTLALVGGKPISQLYIDMT
CAMMKSFGIEVTKSTTEEYTYHIPKGIYKNPTEYVIESDASSATYPLAFAAMTGTSCTIP
NIGSSSLQGDARFAVDVLKPMGCKVEQTATSTTVTGPPRGHLKPLPHVDMEPMTDAFLTA
SVVAAVAKGGSTSITGIANQRVKECNRIEAMVTELAKFGVSANELPDGIEIHGIDIKDLK
TPEISDRGVCSYDDHRVAMSFSLLAGLCKEPVLILERSTTGKTWPGWWDILHSKFKIELD
GYEPPFNTDKHVIKSSDKGVIVIGMRGTGKSTLSEWLASFLGFKMLDMDKYLEEKLGTDI
KSLIKAKGWEHFRKEEAIVAKECFTKFSKGYVLSTGGGIVEGEDARQQLKSYADNGGIVL
HLHRDLDETVTFLAADTTRPAYSSEVQEVWLRREKWYHECSNYHFYSSHCSTEDEFNHLR
KSFVNYIKLITGAERSVVPTGRSTAVVLTLPDLNNVAGDLESITIGADAVELRVDLLKDT
SAAFVAAQIATTRKHADLPIIYTVRTVSQGGKFPDENVDELKSLLLLGIRLGVAYIDLQL
TAPNELIEEISSKKGFTRIIGTYQDINGELKWNNVEWKNKYNQGVSMNADIVRLVGRANS
IQDNLDLEDFKKQNTLKPLIAFNLGTQGKLSQVLNGTFTPISHQLLPNDDGLLTIGEINQ
TYFDIGGFTAKKFWVIGSPIEHSRSPNLHNAGYKALNLPYQFGRFEATDVDVVYDNLINK
SDFGGLAITMPLKLDIMKFATKLSDAAETIGAVNTLIPVEGGYFGDNTDWVGISNSFIRA
GVPPKSSSNGLVVGAGGTSRAAIYALHQMGCTKIYLVNRTVAKLEELVKSFPKDYNLEIV
ETEQQADKVNKVLLAVSCIPADKPLDSDVLKKIERILSNGSEQVAGFKPTLLEASYKPRV
TPIMKLAEEQYKWKVIPGVEMLVNQGDRQFKLHTGFSAPYEIIHRAVVEE

NT seq 4653 nt +upstreamnt +downstreamnt
atgtctattgaaagagtgccaattttgggtaaggaaactatccatgttggttatggtatt
gctgaccatattgtcaatgaagtgatagccaacttggcttcttcaacttatgttatagtg
actgatacaaatatggcaagaactccccaatattccaaattgactgatgatttcaaaact
aatttgtctaaaaaacgccctgaatccagattattaacttattgtgtgtcaccaggtgaa
aataacaaaaatagagtaaccaaagctgctgtggaagattttcttttacaacaaggttgt
accagagacaccgtcatattagctgttggtggaggtgttattggtgatatgattgggttt
gttgctgccacatttatgagaggtgtcagagttgttcaagttccaactacattgttagcc
atggtcgattcatctgttggagggaaaacagctattgatactccattgggaaagaatttc
attggggctttccatcaacctgaatacgttttctgtgatgtatcctttttagaaacttta
cctgctagacagtttattaatggtatggctgaagttgtgaaaactgccgccatttggaat
gaagaagagtttactagattggaaaacttttccaagaaatttctttctgtggttacctcc
aaaaaacctgatttacaatcaattaaggccgaattagtgaaaaccgttttggaatctgtt
agagtaaaggctggtgttgtgtcatctgatgaaaaggaagcaggtcttagaaatttgctt
aattttggacatactattggtcatgcaattgaagctgttttaactccagaagcattacat
ggggaatgtgtttctattggtatgattaaggaagctgaattatctagatacttgggtata
ttaccacctgtcgcagttgcaagattatctaaatgtctcgttgcttatggtttgcctgta
tctattgatgacaaagaattcttgaaaaaggtcggtccaaaacgtcattatgttgaaatt
gatattttgttgaaaaaaatggcaattgacaagaaaaatgatggtagcaaaattagatgt
gtcttgttagagaaaattggaaaatgttaccaattgaaagcacatcaagtctccaaacaa
gatttgagttttgtattgacggatgaagtattggttcacccatttacaaatccacctaaa
gaaaacatcattgtcccccctggttccaaatctatctccaatagagcattgattttagct
gctttgggtaatggtactgttcgtgtgaaaaatttgttacactcagacgatactaaacat
atgttagatgctgttgcttctctaaagggagctgagatttctactgaagataatggtgaa
actattgtagttaaaggaaatggcggtaacttggtaacatgtggtgaagaattatacttg
ggtaatgctggtactgcttccagatttttgacgactgtagcatcattggtggggaaatca
ccagctagcgatgatgttattttaaccggtaatgcaagaatgcaagagagacctattggc
ccattagtggatgccttaagatctaatggttccgagatcgagtatttgaacaaacagggc
tcgttgccattgaaaattagtgctggtaatggcttgaaagggggaagaatagaattggct
gcaacaatctcttcgcaatatgtttcttcaattttaatgtgtgcaccatatgctaaggag
cctgttactttggctctagttggcggcaaaccaatttctcaattatacatagatatgaca
tgtgcaatgatgaaatcctttggtattgaagtcactaaatcaaccactgaggaatacact
tatcatattccaaagggaatctacaagaatccaaccgagtacgtcattgaatcagatgcc
tcatctgcaacttatccattagcatttgctgccatgactggaacttcatgtactattcca
aacataggctcctcttcattacaaggagatgcaagatttgctgttgacgtgttaaaacca
atgggttgtaaagttgaacaaacagcaacttcaacaactgtaactggcccaccaagaggt
cacttgaaaccattgcctcatgttgatatggaaccaatgaccgatgcatttttgactgcc
tctgttgttgctgcagttgctaaaggtggttctacttctataactggtattgctaaccaa
agagttaaagaatgtaatagaattgaagccatggtcactgaattggcaaaatttggtgtg
tcagcaaatgaattacctgatggaattgaaatacatggtattgatattaaagatttgaaa
acaccagaaatttctgatagaggtgtatgttcttatgatgatcatagagtggctatgtca
ttttcattattggcaggtttgtgtaaagagcctgttttgattttggaaagatcaactact
ggtaagacttggccaggttggtgggatatcttacattccaaattcaagattgaacttgat
ggttatgaaccaccgttcaatactgataaacatgtaattaaatctagcgataaaggtgtt
attgtcattggtatgagaggtactggaaaatctactttatctgaatggttagcttccttt
ttgggattcaagatgttggatatggacaaatatctcgaagagaagttgggcactgacatt
aaatcattgataaaagctaaaggttgggaacatttccgtaaagaagaagcaattgttgcc
aaagaatgctttaccaagttttccaagggttatgtcctttctactggaggtgggattgtt
gaaggcgaagatgccagacagcaattgaaatcttatgctgataatggaggaattgtttta
cacttgcatcgtgatttagatgaaactgtcactttcttggctgctgatacaaccagacct
gcttatagcagtgaagtccaggaagtatggttgagaagagaaaaatggtaccatgaatgt
tcgaactatcatttctattcgagtcactgcagcactgaggacgaattcaatcatttgaga
aagtcttttgtaaattacattaaacttattactggtgctgaaagatcagttgtaccaact
ggtagatcaactgctgttgtcttgacattaccagatttaaataatgttgctggagatttg
gaatctattacaatcggcgcagatgcagttgaattaagagttgatttattgaaagatact
tcagctgcctttgttgctgctcaaattgcaacaacaagaaagcatgctgatttaccaatt
atttacactgttagaactgtatctcaaggtggtaaattccctgatgaaaatgttgacgaa
ttgaagagtttgttgttacttggaatcagactaggtgttgcatatattgatcttcaattg
actgctccaaatgaacttattgaagagattagtagcaagaagggtttcaccagaatcatt
ggtacttatcaagatataaatggtgaattgaaatggaataatgttgaatggaaaaacaag
tataatcaaggtgtttccatgaatgcagatattgtgaggttagtcggtagagcaaactca
attcaagataacttagatttggaagactttaaaaagcaaaataccttgaaaccattgatt
gctttcaatttaggtactcaaggtaagttatcacaagtattaaatggaacatttactcct
atttctcaccaattacttccaaatgacgatggattattgacaataggcgaaataaatcaa
acctattttgatattggaggttttactgctaagaaattctgggttattggctcaccaatt
gaacattcaagatctccaaatttgcacaatgctgggtataaggcattgaatttgccttat
caatttggcagatttgaagctaccgatgttgatgttgtctatgataacttaatcaataag
tccgactttggtggtttagccatcactatgccattaaaattggacatcatgaagtttgct
accaaattatctgatgcagcagaaactattggagctgtcaacacattgattccagttgaa
ggtggatattttggtgataacactgattgggtgggtatcagtaattcttttataagagca
ggtgttccacctaaactgagttcgaatggtttagttgttggtgcaggaggcacttctaga
gccgctatctatgctttacaccaaatgggatgcacaaagatttacttggttaatcgtact
gttgctaaattggaagaacttgtcaagtcattccctaaagattacaatctcgaaattgtt
gaaactgaacaacaagccgataaagtaaataaagtcttgttggcagtatcatgcattcct
gctgataagccattagacagcgacgtgttgaagaaaatcgagagaattttatctaatgga
agtgagcaagttgcaggtttcaaaccaacattattggaagctagttacaaaccaagagtg
acaccaattatgaaacttgctgaagaacaatataaatggaaagttattccaggtgttgag
atgttggtgaatcaaggtgatagacagttcaaacttcatactggttttagtgcaccatat
gaaattatccatcgtgctgttgttgaggaataa

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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