KEGG   Coccidioides immitis: CIMG_03391
Entry
CIMG_03391        CDS       T01114                                 
Name
(RefSeq) pentafunctional AROM polypeptide
  KO
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
cim  Coccidioides immitis
Pathway
cim00400  Phenylalanine, tyrosine and tryptophan biosynthesis
cim00999  Biosynthesis of various plant secondary metabolites
cim01100  Metabolic pathways
cim01110  Biosynthesis of secondary metabolites
cim01230  Biosynthesis of amino acids
Module
cim_M00022  Shikimate pathway, phosphoenolpyruvate + erythrose-4P => chorismate
Brite
KEGG Orthology (KO) [BR:cim00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00400 Phenylalanine, tyrosine and tryptophan biosynthesis
    CIMG_03391
  09110 Biosynthesis of other secondary metabolites
   00999 Biosynthesis of various plant secondary metabolites
    CIMG_03391
Enzymes [BR:cim01000]
 1. Oxidoreductases
  1.1  Acting on the CH-OH group of donors
   1.1.1  With NAD+ or NADP+ as acceptor
    1.1.1.25  shikimate dehydrogenase (NADP+)
     CIMG_03391
 2. Transferases
  2.5  Transferring alkyl or aryl groups, other than methyl groups
   2.5.1  Transferring alkyl or aryl groups, other than methyl groups (only sub-subclass identified to date)
    2.5.1.19  3-phosphoshikimate 1-carboxyvinyltransferase
     CIMG_03391
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.71  shikimate kinase
     CIMG_03391
 4. Lyases
  4.2  Carbon-oxygen lyases
   4.2.1  Hydro-lyases
    4.2.1.10  3-dehydroquinate dehydratase
     CIMG_03391
   4.2.3  Acting on phosphates
    4.2.3.4  3-dehydroquinate synthase
     CIMG_03391
SSDB
Motif
Pfam: EPSP_synthase DHQ_synthase DHquinase_I SKI Shikimate_dh_N SDH_C Fe-ADH_2 Shikimate_DH
Other DBs
NCBI-GeneID: 4564277
NCBI-ProteinID: XP_001243950
UniProt: J3KB89
AA seq 1589 aa
MAAPTTIKILGRDSIVADFGIWKRHVADDLLTNCSSSTYILISDTTLTPLYVPSFQAAFE
NAASGLTPKPRLLTYAIPPGELSKSRQTKADIEDWMLSRQPPCGRDTVIIALGGGVIGDL
IGYVAATYMRGVRFVQVPTTLLAMVDSSIGGKTAIDTPHGKNLIGAIWQPQKIYLDMEFL
NTLPEREFINGMAEVIKTAAISSEEDFAALEKNADAILSAVKSENTPERPRFGGIQEILK
LTILASARFKADVVSKDEREGGLRNLLNFGHSIGHAIEGILAPQILHGECVAIGMVKEAE
LARHLGLLKNVAVPRLVKCLANYGLPTSLKDSRIRRLSAGKHCSVDQLLAFMAVDKKNAG
PKKKVVLLSAIGRTHEQQASVVSNEDIKIVLAPSIEVSPGVPKSLQVTCTPPGSKSISNR
ALVLAALGSGTCRIKNLLHSDDTEVMLNALERLGAATFSWEEEGEVLVVHGNGGALKASP
EELYLGNAGTASRFLTTVATLANNGTVSSTVLTGNARMKQRPIGALVDSLRANGAGVEYL
ETNGCLPLKIDASGGFAGGEISLAAKISSQYVSSLLMCAPYAKEPVTLKLVGGKPISQQY
IDMTTAMMRSFGIDVKRSTTEEHTYHIPQGKYMNPAEYIIESDASSATYPLAVAAITGTT
CTIPNIGSKSLQGDARFAVDVLRPMGCEVSQSEYSTTVTGPKDGVLKPLPNVDMEPMTDA
FLTASVLAAVATGSPNRTTRIFGIANQRVKECNRIRAMKDELAKFGVICREHDDGLEIDG
IDRSTLLQPPHGVHCYDDHRVAMSFSVLALTAPKPTLILEKECVGKTWPGWWDTLAQLFK
AKLEGVELKSSTKQKAEKPAASIFIIGMRGAGKTTSGLWAAKALKRPFIDLDVELESTIG
KTIPEIIKERGWEGFREAELALLQKVIREKPTGYVFACGGGIVETQEGRDVLVQYHKANG
NVLLLMRDIKEVMDFLKIDKTRPAYVEDMMGVWLRRKPWYQQCSNFQFYSQQSTQDEMGR
ALESFSRFLRVITGEVDHLSLLKKKPQSFFVSLTLPDLRPSADILGDVTLGSDAVELRVD
LLVDPSSANDIPSVDYVAEQISMLRSRVSLPLVFTIRTKSQGGRFPDDAHDAALDLYRLA
VRMGSEFVDLEVTFPEHMLRAVTEMKGFSKIIASHHDVSGSLSWANGSWGQFYNKALQYG
DIIKLVGVAKCLDDNIALRKFKTWAQDAREIPVIAINMGEKGRLSRILNGFMTPVSHPKL
PFKAAPGQLSAQDIRKGLSLMGEIEPRKFAIFGKPVSASRSPTMHNALFAQVGLPHAYSR
LETDNVEDVREFIHAPDFGGASVTIPLKLDIMPLLDEISPEAQVIGAVNTIVPIPRGPGD
MTGHPRLIGYNTDWQGMVRCLRRGKAISPSFADTAVPGLVIGGGGTARAAIHALYSMGYS
PIYLIGRSEAKVAEMASTFPEKYSVQVLKDATSLENLPMVAIGTIPGDRPIDPSMREVLC
RLFENAARVDSELSAKGEVPAKRVLLEMAYKPDITPLSQLASDSGWSTIPGLEALVGQGV
HQFELWTGITPVYQDARAAVMNPDTDNRG
NT seq 4770 nt   +upstreamnt  +downstreamnt
atggccgctcctacaaccatcaaaatcctcggtcgcgatagcatcgtcgccgactttggc
atttggaagcgtcatgtggccgatgacttgctcaccaattgctcctcttcgacatatatt
ctcatctccgataccaccctgactcctttatacgttccaagctttcaagcagcttttgaa
aatgcagcgtcgggtctaacccccaaaccacgccttctcacttacgctattcctcccgga
gagttgtcaaagtctcgtcagacaaaggcagacatcgaagactggatgctgagtcgccag
ccaccatgtggtcgcgacactgtcataattgctcttggtgggggagtgattggcgatctg
atcggctacgtagcagcgacatacatgcgtggagtccgcttcgtccaagtgcctacaaca
ttgctggccatggtggattcgtcaatcggtggcaagactgcgattgatacacctcacgga
aaaaacttgattggtgcgatttggcagccacaaaaaatttatctagatatggaatttttg
aacacactgccagagagagaattcatcaatgggatggctgaagtgatcaagactgctgcc
atatccagcgaagaagactttgcggctttagaaaagaatgcggatgctatcctttcagca
gtgaagtcggaaaacactcccgagcgtccacggtttggtgggattcaagagattttgaag
ttaacaattttagcatctgcaagattcaaagccgatgtcgtgtctaaagacgaaagagag
ggcggtctgcgcaaccttctcaactttggccattccattggacatgctatcgaaggcata
ctcgcgccacagatccttcatggggaatgtgtcgctataggcatggtcaaagaggccgaa
ttggctcgacatctcggacttttgaagaacgttgcagtgcctcgtcttgttaaatgtttg
gcaaattacggactaccaacatctctaaaggattcacgaataaggcgactaagtgccgga
aaacattgtagcgttgaccagctcctcgcatttatggctgtggataagaaaaacgctggc
ccaaagaaaaaagttgttctcttatccgccattggtcgtactcatgagcagcaagcgagt
gttgtatcgaatgaagatatcaaaatcgtgctcgcaccaagcattgaggtctcccccggt
gttcccaaatccctgcaagtcacttgcacccctccaggatcgaaaagtatttcaaacaga
gctcttgttttggccgctctcggttctggtacctgtcgcatcaagaaccttctgcattca
gatgacacggaagtcatgctcaatgcgctagagcgtctgggagccgcaacattctcctgg
gaggaagaaggtgaggtccttgttgttcatggtaatgggggtgctttaaaagctagccct
gaagagctatacttgggcaatgctgggacggcgtcgagattcctcaccacggttgcaact
cttgccaacaacggcactgttagttccaccgttcttacaggaaatgcacgaatgaagcaa
cggccaattggtgcccttgttgattccttgagggcaaatggtgcaggcgtcgaatacttg
gagaccaatggatgccttcccctgaaaatcgacgcttcaggggggtttgcaggaggagaa
atcagtctcgctgctaaaatatcctctcagtacgtgtcgtctttgctgatgtgcgcccct
tatgcgaaagaaccggtaactctgaagcttgtcggcggtaagccaatttcacaacaatac
atcgacatgacaaccgctatgatgcgatcatttggaatcgatgtaaagcgttcaaccact
gaagaacatacatatcacattcctcaaggcaaatatatgaatccagcagaatatattatc
gaaagtgatgcaagttcggcaacatatcccctcgccgtcgctgcaattactggtactaca
tgtacgattcccaacattggatccaagtccttacagggagatgcgcggtttgcagtagat
gttttgagacctatggggtgtgaggtcagtcaatctgaatattcgactaccgttactggg
cccaaggatggagtcctaaagccattgccaaacgtcgatatggagcctatgacggatgct
ttcctgaccgcctcagtacttgctgccgttgcaacgggaagtccaaatcgtacaaccaga
attttcggcattgcaaatcaacgggttaaggaatgcaaccgaattagagcgatgaaggat
gagctggcaaaatttggagttatttgtcgagagcacgatgacggcctagaaattgatggt
attgatcgctctacgttgttgcagcctccgcacggagtccattgctacgatgaccaccgt
gtagcaatgagcttcagtgttctcgctttaacagcgcccaaacccaccctcatccttgaa
aaagaatgtgtaggaaaaacttggcctggctggtgggataccttggcacagcttttcaaa
gccaaactcgaaggtgttgaattaaaatcctctacgaaacaaaaagctgaaaagcccgca
gcatcaattttcattattggaatgcgaggtgccgggaagacaacaagcggactttgggca
gctaaggctttgaagcgcccattcattgacctcgatgtggaacttgaaagcaccattggc
aagacaatcccggaaattatcaaagagcgaggctgggaaggtttcagggaagcagaactg
gcactcttgcagaaagtcatacgcgagaaaccaacaggatatgtgttcgcttgcggaggt
gggattgtcgaaactcaagagggccgtgacgttctcgtgcaatatcataaagccaatgga
aacgttcttctgcttatgcgagatattaaagaggtcatggatttcttaaagatcgacaag
acacgaccagcctatgttgaggatatgatgggcgtgtggcttcgtcgaaagccttggtac
cagcaatgcagcaacttccagttttacagccagcaaagcactcaagacgagatgggtagg
gctctagaaagcttctcacgtttcttaagggtcattactggggaggttgaccacctttct
cttttgaagaagaagccacagtcttttttcgtttccttgacgcttcctgatctgcgccct
tctgcggatatactgggcgatgttaccctgggttcggatgctgtagagttacgtgtcgat
ttgcttgtggacccatcttctgccaacgatattccgtctgtcgactacgttgctgaacag
atatcaatgcttcgtagtcgcgtatcacttccgcttgtgtttactatccgaaccaaaagc
caaggtggccgtttccctgatgatgcacatgatgcagctctggatctctatcggcttgct
gtgcgtatgggatcagagtttgttgacctcgaagttacattccccgagcacatgctccgc
gctgtgactgagatgaagggcttttccaagattattgcttcccaccatgacgtttctggc
agtctatcctgggctaacggatcctggggtcaattctacaacaaggcattgcaatatgga
gatatcataaagctggttggagtcgccaaatgtttagacgacaatattgctctcagaaaa
tttaagacctgggcacaagatgcgcgtgaaatacctgtgattgctatcaatatgggcgaa
aagggtaggctcagtcgtatcctgaacggttttatgacacccgtgtctcatccaaaactt
cctttcaaagcagcacccggccagctttccgcacaagatatcagaaaagggttgtcgtta
atgggtgaaattgaaccaaggaagtttgcgatctttggaaaacccgtttccgcatccagg
tcgcccacaatgcacaacgccttgtttgcacaagtcggcctgccccatgcctatagccgt
ctggaaacagacaatgtggaagatgtcagggaatttatccacgcccctgattttgggggt
gcttccgtcacgatccctcttaagctcgacatcatgccattacttgatgaaatttcgcca
gaagcccaagtgatcggagccgttaacaccatcgtgcctatcccacgtggcccaggtgat
atgacgggtcatccacgccttattggctataataccgattggcagggtatggtccgatgc
ctacgtcgcggcaaagcaatctcaccatcgttcgctgatactgctgtgcctggcctcgta
attggtggtggcggcactgcccgggcagctatccacgctctctacagtatgggttactct
cccatctacctcattggccgctcagaagccaaagtggctgaaatggcgtcgactttcccc
gagaaatatagtgtccaggttctcaaggacgcaacatccttagaaaatctccctatggtg
gcaattggcactatcccaggagatcggccgattgaccccagcatgagagaagttttgtgt
cgcctatttgaaaatgcagctcgcgttgattctgagctgtctgcgaaaggagaggtgcca
gcaaaaagagttttattggagatggcctataaacccgatattacgcccttgagccaattg
gctagcgactctggttggtcgacaattcctggcttggaggcattggttggacaaggagta
catcagttcgagctctggaccggaattacgcctgtctaccaagacgcaagagctgcagtc
atgaatccggacaccgataaccgaggctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (6)   
   KEGG PATHWAY (5)   
   KEGG MODULE (1)   
Chemical substance (15)   
   KEGG COMPOUND (15)   
Chemical reaction (11)   
   KEGG ENZYME (5)   
   KEGG REACTION (6)   
Genome (1)   
   KEGG GENOME (1)   
Gene (23)   
   KEGG ORTHOLOGY (1)   
   RefGene (19)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (69)   

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