KEGG   Tuber melanosporum: GSTUM_00004770001
Entry
GSTUM_00004770001 CDS       T01282                                 
Name
(RefSeq) hypothetical protein
  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
tml  Tuber melanosporum
Pathway
tml00400  Phenylalanine, tyrosine and tryptophan biosynthesis
tml00999  Biosynthesis of various plant secondary metabolites
tml01100  Metabolic pathways
tml01110  Biosynthesis of secondary metabolites
tml01230  Biosynthesis of amino acids
Module
tml_M00022  Shikimate pathway, phosphoenolpyruvate + erythrose-4P => chorismate
Brite
KEGG Orthology (KO) [BR:tml00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00400 Phenylalanine, tyrosine and tryptophan biosynthesis
    GSTUM_00004770001
  09110 Biosynthesis of other secondary metabolites
   00999 Biosynthesis of various plant secondary metabolites
    GSTUM_00004770001
Enzymes [BR:tml01000]
 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+)
     GSTUM_00004770001
 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
     GSTUM_00004770001
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.71  shikimate kinase
     GSTUM_00004770001
 4. Lyases
  4.2  Carbon-oxygen lyases
   4.2.1  Hydro-lyases
    4.2.1.10  3-dehydroquinate dehydratase
     GSTUM_00004770001
   4.2.3  Acting on phosphates
    4.2.3.4  3-dehydroquinate synthase
     GSTUM_00004770001
SSDB
Motif
Pfam: EPSP_synthase DHQ_synthase DHquinase_I SKI Shikimate_dh_N Shikimate_DH Fe-ADH_2 SDH_C Fe-ADH AAA_14 Sacchrp_dh_NADP AAA_18
Other DBs
NCBI-GeneID: 9186002
NCBI-ProteinID: XP_002836591
INRA: GSTUM_00004770001
UniProt: D5G8D9
AA seq 1554 aa
MSGDNGSTVTTVQILRKDTIKVGYDLTDTITVDLLQNLISSTYVLITDTNLAPLYLPAFE
SSFNKNALKYSPEARLLSYIIPPGEYSKSRSTKAEVEDWMLSEKCTRDTVVIALGGGVIG
DMIGYVAATFMRGVRFIQVPTTLLAMVDSSIGGKMAIDSPHGKNLIGAFWQPERIFIDMK
FLETLPEREFVNGMAEVVKTAAIWDEAEFARLEQSSGLILETVRAKSSGNKAQIGNAHVV
SADEREGGLRNLLNFGHSIGHAIEAILFPQMLHGECVAIGMVKEAELARHLGVCKPGAVA
RLSKCLTSYGLPTSLEDKRVKKLTAGKHCGVERMLSIMGVDKKNDGRKKKVVLLAAIGRT
YEKKASVVDDDSIRVILSPSVIVHSQRSGVPELEVTPPGSKSISNRALVLAALGSGTCHV
KNLLHSDDTEHMLTALHNLGGIQYSWEEDGDVLVVNGNGGKLRACGDELYLGNAGTAARF
LTSVATLVSPSGEHDSIVLTGNARMKQRPIGSLVDALRSNGSSVEYLESQGSLPVRVPST
SGLMGGRIELEAKVSSQYVSSVLICAPYAREPVTLSLVGGKPISQLYIDMTIAMMSSFGI
DVTKSTAEEYTYHIPQGSYKNPAVYVVESDASSATYPLAIAAITGNTVTVPNIGRKSLQG
DARFAVDVLRPMGCTVEQSDYSTTVRGPPKGQLRPLPHVDMEPMTDAFLTASVLAAVAKG
VERSSITGIANQRVKECNRIAAMVHELGKFGVTAGELEDGIWIQGIDYNLLKTPEGVHCY
DDHRVAMSFSVISLIAPNPVILQERKCVEKTWPGWWDVLSTSFNVHLGGVELLENPQVME
VKKGSNRTIVIIGMRGAGKTTMGIRAAKILNRPVLDLDTVLEQEQKSALPEIIKKHGWDG
FRKLELELLQRHLKAHPDSYIFACGGGIVETPVARNLLKQYCSSGGIVIHVHRNIERVME
FLSIDKTRPAYVEDMVGVWNRRKPWYTECSNYQYYSPIVSESDLAIAQADFSRFLAIVTG
NSDYHERLLKKTRSFFVSLTFPNLEEVTGAINSVTIGSDAVEVRIDLLIDPTDSNGVATP
AFVSEQLAVLRGKTQLPVVFTIRTKSQGGKFPDEDHQRALELYLAGIRMGLEYIDLETTW
PVALLEKVTSGKGYSKIIASHHDLGGDLCWRNASWISKFNMTLKYGDVIKLIGQAKSIQD
NYDLENFRKYAATHETRMIALNMGEKGKLSRILNTFLTPVTHPALPFKAAPGQLSTVEIH
QALSLMGMLETKKFYIFGTPLSHSRSPALHNTLFQSLGLPHTYHLFESADVSATKEIMNT
ENFGGASVTIPHKISIIPLLSSISAHAQAIGAVNTVIPVTTEDGTRRLTGDNFDWVGIQN
SLRIGGATEPEGHSTATALVIGAGGTSRAAVYALHMMGYGRIYVVNRTPENLKSLVEAFP
KEYNLMAINSLAEAKSVEVKPITAVCTVPADKPIDDALKVILWELLAGGACAGVLTEMAY
KPTVTEVMTLAEGAGWRVVPGLEGLVGQGVAQFEVFTGGIVPEYGAARAAVLGV
NT seq 4665 nt   +upstreamnt  +downstreamnt
atgagcggcgataacggctccactgttactacggtgcagattcttcgaaaggatactatt
aaggtcggttacgatcttacggacactatcacggtagatctactacagaacttgatctcg
tcaacatatgtcctgataaccgacacaaacctcgcacctctctaccttcccgccttcgaa
tcctctttcaataaaaatgcactcaagtattcccccgaagcccgtctcctctcatacatc
atcccaccaggcgaatactcaaagtcccgctccacgaaagctgaggtggaggactggatg
ctctcggagaaatgcactcgtgacacagtcgtcattgcacttggaggcggcgtcattggg
gacatgatcgggtatgtcgctgcaacattcatgcgtggggttagatttattcaggtgccc
actacgctattggctatggtggattcttcgattggcgggaagatggcgattgattcgccc
catgggaagaatttgattggagccttttggcagccagagaggattttcatcgatatgaag
ttcttggagactttgccggagagggagtttgttaatgggatggcagaggttgttaagaca
gctgctatctgggatgaagccgagtttgctagattggaacagagttccgggttgatactc
gagacggttagagctaagagctcggggaataaagctcagatagggaacgcacatgtggta
tcagcagacgagcgcgagggggggttacggaacttactcaacttcggtcactctatcggg
catgctattgaagctatcctatttccacaaatgcttcacggagagtgtgtggcaatcgga
atggtcaaagaagctgagctcgctcgacacttgggtgtctgcaaacctggcgctgtcgcg
agactatccaagtgcttgaccagctatggcctcccgacctctctcgaagacaagcgtgtc
aagaagcttactgccggaaagcactgtggggttgagagaatgctctcaattatgggtgtt
gacaagaagaacgacgggcgcaagaagaaagtagtcctccttgctgcaattggtagaaca
tatgaaaagaaggcatctgttgttgatgacgactccattcgtgttattctctccccaagt
gtcattgtccattcccagagatctggtgttccagaactggaagttactcctccgggatcg
aaatctatctccaatcgtgcgcttgtcctagcggcgttgggttctggaacttgtcatgtt
aagaatctcctccactctgatgacaccgagcatatgcttactgcccttcacaacttgggt
ggaatccagtattcttgggaagaggacggtgacgttctcgttgtgaatggaaacggtggc
aagcttcgagcttgtggggacgagctatatctcggcaatgctggaactgcagcgcgtttt
ctaacttccgtcgctaccctggtgtctccttcgggtgaacatgattctattgttctcaca
gggaatgcccgtatgaagcagcgaccaattggatcccttgtcgatgctcttcgctcaaac
ggaagttctgttgaatatcttgagagccaaggcagtcttccggttcgtgttccttcaaca
tcgggacttatgggaggaagaattgagctcgaagcgaaggtatcctctcaatatgtgtca
tcagttttgatatgcgcgccatatgctcgcgaaccagttactttgtcgcttgtcggcgga
aagccgatttctcaactctatatcgatatgactatcgccatgatgtcttctttcggaatt
gatgtcacaaagtcgactgctgaggagtatacttatcacatccctcaaggatcttacaag
aatccggcagtgtatgtcgtcgagagtgacgctagttctgctacttatcctcttgctatc
gcggctatcactgggaataccgttactgtaccaaatattggtaggaagtctctccaggga
gatgctcgctttgctgtggatgttctcaggccaatggggtgcactgttgagcagtcggac
tattctactacagttcgaggtccaccaaagggccaattgagacccttgccccatgttgac
atggagcctatgactgatgctttcttgactgcatcagttctcgcggctgtcgccaagggt
gtggagaggtcttctataaccggtattgccaatcaacgtgtgaaagaatgtaatcggatc
gccgccatggttcacgaacttgggaaattcggtgtcactgccggcgagctggaagatggt
atatggatccaaggaatagactacaacttattgaaaacccccgaaggagttcactgttat
gacgatcatcgggttgctatgagtttctcagttatttcactcattgcaccgaatccagtc
attctccaggagagaaaatgcgtggagaagacatggcctggttggtgggatgtactgtct
acctctttcaacgttcacctgggtggtgtcgagcttctggagaatccccaagtgatggaa
gtgaagaagggctccaatcgcacgatcgtcattattggcatgagaggtgccggtaagacg
acaatgggcatccgggcggctaagatcctgaaccgcccggttcttgatttggataccgtg
cttgagcaggagcagaagagcgcactgccagagatcatcaaaaaacatggctgggatgga
tttcggaagctggaattggaacttctacagagacatcttaaggcccaccctgacagttat
atttttgcctgcggaggaggtattgtagagacgccagttgcaaggaatctcctgaagcag
tactgttcttctggaggaatcgtcatccatgttcatcgtaatatcgaaagggtcatggag
ttccttagtatcgacaaaactagacctgcatacgtggaggatatggttggggtttggaac
cgtcgcaagccttggtatactgaatgcagcaattaccaatactacagcccgattgtatct
gagagtgatctggctattgcacaggccgacttttctagattccttgcaatcgttactggc
aactcggattaccacgagaggcttcttaagaagacaagatctttctttgtttcgttgact
tttcctaacttggaagaagtgacgggtgccatcaattctgtcaccatcggctcggatgca
gttgaggtgaggatagacttgctaattgatcctacggattcaaatggagtggcgactccg
gcgtttgtatctgagcagcttgctgtcctcaggggcaaaactcaactcccggttgttttc
actattaggactaagagtcaaggcggaaagttccccgatgaagatcaccaacgggccctg
gagctctacctggctggcattaggatgggattggagtatattgatcttgagactacctgg
cctgttgcactgcttgagaaggttacttcgggcaaaggttatagcaagattatcgcctca
catcacgatcttggtggagatctctgctggaggaatgcatcttggatttctaaattcaac
atgaccctcaaatacggggatgtgatcaagctcatcggccaggcgaagagcatacaagac
aactacgatctggagaactttaggaaatatgccgccacccacgaaacccgcatgatagcg
ctaaacatgggcgaaaaaggcaagctcagtagaatcctgaacaccttcttgactcccgtc
acccacccggcgctcccgttcaaggcggcaccaggccagttatcgacagtagagatccac
caagccctctccctaatgggcatgcttgaaactaagaagttttacattttcggcacaccc
ctctcccactcccgcagcccagcgttgcacaacacgttatttcagtcccttggcctgcca
catacataccacctcttcgaatctgctgacgtctctgccactaaagagatcatgaacacc
gagaactttggaggggcatccgtcacgatcccgcataaaatctctataatcccccttcta
tcctctatttcagcccatgctcaagcgatcggcgcggtaaacaccgttatcccggttact
acagaagacggaacgcgcaggcttacaggagataactttgactgggtcggtatccaaaac
tccctccgcattggcggtgccaccgaaccggagggccactctacggcaacagcgttggta
atcggtgctggtgggacctcccgtgccgcggtatacgctttacacatgatggggtatggt
aggatatacgttgtaaaccgcactcctgagaatctcaagtctctagtagaggcgttccca
aaagaatacaatctcatggctataaattccctcgccgaagccaagagtgtggaagtcaaa
ccaatcaccgcggtttgtacggtcccagcggataagcctattgatgacgcgctcaaggtt
atactgtgggaattgctggccggtggagcatgcgcgggggttctaacggagatggcctat
aaaccgacggttactgaggttatgaccttggcggagggagcagggtggagggttgttcct
gggttagaggggttggttggacaaggagttgcgcagtttgaggttttcacaggggggatt
gtgccagaatatggagctgcgagggcggcggttcttggggtgtag

  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 (16)   
   KEGG ORTHOLOGY (1)   
   RefGene (11)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   INRA (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (66)   

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