KEGG   Tuber melanosporum: GSTUM_00004103001
Entry
GSTUM_00004103001 CDS       T01282                                 
Name
(RefSeq) hypothetical protein
  KO
K08773  RalA-binding protein 1
Organism
tml  Tuber melanosporum
Brite
KEGG Orthology (KO) [BR:tml00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:tml04131]
    GSTUM_00004103001
Membrane trafficking [BR:tml04131]
 Others
  Rho GTPase associated proteins
   Rho GTPase-activating proteins
    GSTUM_00004103001
SSDB
Motif
Pfam: RhoGAP PH PH_11 PH_8
Other DBs
NCBI-GeneID: 9184042
NCBI-ProteinID: XP_002842493
INRA: GSTUM_00004103001
UniProt: D5G4H0
AA seq 1580 aa
MSHLPLHTPPTPPHFGLSDRGFPEHSTGTQDQLRVTVGSSASSLNNHYAGGNNTTGTLGH
SNNNIHPPSPNLYALQVNLQGEARTVYTHQGYPSSPRKLPPLSQHPQRDNLITHQDFDRE
INTGNSNSGKGGGGGRIAHQQVSITHPQKSPYPPSSPYNHHNHYSLQSTIPSRTPQDQLE
RLQPEASSVTGGFLGPLANDSSHRYDSGSSSPYSVSRSLSGGSSNSVHGTSRDRGQPLLS
VPETSSSAATTPAASPSMSSASFPRSIPRTSSIDSAISSASAQSGANHTSRDGNHSSAKE
VSPTPAEIQSLIQTAGSAESLIAYMMKEKASAASQNAQLWKLVDKQRAMIYGLNKDLERA
LKDKEKYRKALKEQRGQLAPLPTSSMDPSRTFNESPAPSESAAGDSPRDGQPEANPLVRS
ESMPLPDRSRSDSSSVQGDSMAPYPPANSMGDRITSSTNQGTRGPNGQLAPDGVTSSLGN
KHSDQSLGGQGNLQSGNSLPPMMESAEEGSAPLSKLDNVYPAIGTGPAKGPIPLRMKLGI
STAVAPTSGLGKSPLRKAPPAPLSLGLHTESKLHDDTDEDDNVSIDEIVGYQQLSSQKSK
EPEGTISDSDSEKSWQHTPVDKKAPSDFSSPEIEVHKSISLDRPAPSPQPAPGPRPQEKQ
ASTLPKHNEGLLSPAAAGFGKEQSAISPGIKQQFARAPLPSPGLPSSPRPIDRPLGSPMP
RIKSPGLPTTPRMSATPAPYGPGTPRMGLRMSASMPPRSPEYKGHEKNASASSLSSVGGF
TKPGSLDGLSNLLILPSAIPSVDSRVVSSRMKPARASMMPGSKPRPLSEDSVFTLGVFSR
ANGKELLRVEKDVGALPALDSRLRNYITYSVKVPDRSLFSGHAPAKIDARRNAIDEYFAG
VLGATMDERAALALCEFFSTDVVDNSVGRDSAPIFKDGSGITGTNQDGKPVKEGYLTKRG
KNFGGWKARYFVLNGPVLKYYESPGGSHLGQIKLQNAQIGRQSQNRGVKEAAEGANDADN
QYRHAFLVLEPKRKDSSTLVRHVLCAENDAERDEWVEALMQYVDKGGPDDDAHSTMSQVS
QTSATGREGKKKRYGQRHNKDSKEKNGDDCLQALSYEETVSGVAPARGPTPEDHQQAQAM
ENRPMVGPVPDRGPVASKQISGPTNGSVISDLAAWGSKFSAPTNHAEQKSAKKRSIWGFR
QRSSSDLTNQPQAAQPQQTYERIPVSRSVFGAPLEEAVHLSKPMGVDVHLPAVVYRCIQY
LDAKDAASEEGIFRLSGSNVVIKGLRERFNTESDYNLLDNDEYYDVHAVAGLLKLYLREL
PTNVLTTERREDFVKVTEMDDKAAKIAALNELVHTLPVENFELLRALSGHLIHIVENSDI
NKMTIRNVGIVFSPTLNIPAQVFSMFLHEYNHIFVRPEEGNLEALRSHHPKHPHQNPPST
PSPVSPRSPYPTPTDRRPSTTGSLLHPSNPNAAPLTPAMHSPLPPSRPAPQEPPITPRPQ
FASYEPAYGTVVTPTPTKQPAMGFPAPPPMLGDGLGDNGPSGAKARRRESSMMFMMGRKG
YNRGVNNGGSAMVMEDSVYE
NT seq 4743 nt   +upstreamnt  +downstreamnt
atgtcgcatcttcctctccatactccgccaacaccaccgcattttggcctcagtgaccgg
ggcttcccagagcactctaccggtactcaagatcagttgcgtgttacagtgggctcaagc
gcttctagcctgaataatcactacgctgggggcaacaatactacgggtactttgggccat
agtaataataatattcaccctccttccccaaacctttacgccctgcaggtaaatttgcaa
ggtgaagcacggactgtctacacgcatcaaggatacccatcctcgcctagaaaattgcca
ccactatcccaacacccccagcgcgacaacctgatcacacatcaagactttgatcgtgag
ataaacaccggtaacagcaatagtggcaaaggcggcggcggaggtcgcatcgcgcatcaa
caggtctcaattactcaccctcaaaaatccccctaccccccatcatccccttataaccac
cacaaccattatagtctgcaatccaccatcccttctaggaccccacaagatcagttggag
agattacaaccggaggcatcgagcgtaacaggcggttttttgggtcctttggccaacgat
tcttctcaccgttacgattcaggatcttcctcaccctactctgtttcgaggtctttgtcg
ggaggctctagtaactctgtgcatggcacgagcagagatagaggacagcctttactttcc
gtccccgaaacttctagcagcgcggctaccactcctgccgcttctccctccatgtcgtcc
gcaagctttccacgctccattccacggacttcttcgatagattctgccatatcatcggca
tctgcgcagtcgggagctaatcatactagcagagatggaaatcacagctcggcaaaggaa
gttagcccgacaccggccgagatccagtccttaatccaaacggctgggtcggccgagtcg
ctaattgcttatatgatgaaggagaaggcgtctgcggcttcgcagaacgcacaattgtgg
aaactggtggacaaacagagggctatgatttacggcctgaacaaggacctggaacgcgca
ctgaaggataaagaaaagtacaggaaggcacttaaggagcagaggggtcagcttgcaccg
ctacctacgtcgtcgatggacccgtcgagaacattcaacgaatcgcctgcgccgagcgag
agtgccgctggagattcgccacgggatggccaaccagaagcaaatcccctcgttagatcg
gaatccatgccccttcctgaccgctcgagatctgattcgagctcagtccagggcgattcg
atggctccctatccgccggcaaactctatgggcgatcgcataacttcatccaccaatcaa
gggacgaggggccctaatgggcaattggcccccgacggcgtaacttcgtcgctgggaaac
aaacattctgatcagagtcttgggggtcagggtaatttgcagtctggaaattctctgccg
ccaatgatggagtcagctgaggagggatctgccccgttgagcaaattggataacgtatat
ccggccataggcactgggccggcaaaagggccaatcccgctacgaatgaaacttggtatc
tcaacggccgttgccccgacctcggggcttgggaaatcgccacttcgaaaggcaccccct
gctccgttgtcattggggttgcacacggaatccaaactgcatgatgacactgatgaagac
gacaatgtttcgattgacgagattgtaggctatcaacaactttcttcccaaaagtcgaaa
gagccggaggggacgatatctgatagtgatagcgaaaagagctggcaacatacaccggtg
gataagaaggctccttctgatttctcgtcccccgaaattgaagtgcacaagagtatatcg
cttgaccggccagctcctagtccccaaccagctcccggcccccgacctcaggaaaagcaa
gcttcaactctaccgaaacataatgagggactattatcgcctgccgcggcagggtttggg
aaggaacagtccgcaatttcccctggtatcaaacaacagttcgctagagctccattaccc
agtcccggattgccaagctcaccgagacccattgacagacccctaggttcaccgatgcca
agaatcaagtcacccggtttaccgaccacgccgagaatgagtgcgactccggctccttat
gggcctggaaccccccgtatgggcctaagaatgagtgctagtatgccacctagatcgccg
gaatacaaaggacacgagaaaaacgcttcggcgagtagtttgtcaagtgtcggtggcttc
acaaagcccgggtctctcgacggattaagcaacctccttatccttccttcagccatccct
tctgtggactcccgcgtagtatcttctaggatgaagcccgctagagctagtatgatgcct
ggtagcaagccccgaccgctaagtgaggattctgtatttacactcggggtattttctcgg
gcaaatgggaaggaactgttgcgggtcgaaaaggatgttggggctttacctgctttggat
tctcgattgaggaattacatcacttatagtgttaaagttccagataggagtcttttctct
ggacacgctccggctaagattgatgcccgaagaaatgcgattgacgaatactttgcgggg
gttttgggcgccactatggatgaacgtgcggcgctggcgctgtgtgagttcttctcgacg
gacgtagtggataatagtgttggccgggactcggctccgatattcaaggacggaagcggt
ataacaggcacgaaccaggacggaaaaccggtgaaggagggatatttgactaaacgtggc
aagaactttggcggatggaaagcacgctatttcgtgctcaacggtcctgtattgaaatat
tacgaatctccgggaggatcgcacttgggacagatcaagctgcagaatgctcagattgga
cgccaatcacagaaccggggggttaaggaagcggcggaaggtgcgaatgacgcggataat
caataccgacatgcgttcttagtcttggagcccaaacgcaaggattcgtccactctggtc
cgccatgttttgtgtgccgagaatgacgccgagagggatgaatgggtagaggctttgatg
cagtatgtggataagggagggccagatgatgatgctcattctacaatgtctcaagtatca
cagacgtcggcgactggtcgggagggaaagaagaagcggtatggacaaaggcacaacaag
gacagcaaagaaaagaacggtgatgattgcctgcaagcgctgagttatgaggagactgtc
tccggggtagcgcctgctcgaggtcctacaccggaggaccaccagcaggcgcaggctatg
gaaaatagaccgatggtcggcccagtcccagatagaggtccagtagcgtccaagcagatt
tctgggccgacgaacggatccgtcatttcggatctcgctgcatggggatcgaagttctcg
gcgcctactaatcacgcggagcagaagtcagcaaagaagaggagcatttgggggttccga
caacgctcttcttcggacctcactaaccaacctcaggctgcgcagcctcaacaaacctat
gagaggatacctgtttctcgaagtgtctttggagctccgttagaagaggcggttcatttg
agcaagccgatgggagtggacgttcatctacccgcagtcgtttacaggtgtattcaatat
ttggatgccaaggatgcggcgagcgaggagggtatctttcgattgagcggttcgaatgtc
gttatcaaaggtcttcgagaacgttttaacactgaatcggactacaatcttctggataat
gacgagtactatgacgttcacgccgtggccggtttgttgaagttgtatcttagagaactg
ccgacaaatgttctaacgacggagcgaagggaggacttcgtcaaagtcacggaaatggac
gacaaggcagctaaaatcgcggccctgaacgagttggttcatacgctgcctgttgagaac
ttcgaactcttgagggcgttgtcgggacacttgatccacattgttgagaactcggatata
aacaagatgactataagaaatgttggaattgttttctccccaaccctcaacataccagcc
caagttttcagtatgttcctccatgaatacaaccacatctttgttcgcccagaagaaggc
aaccttgaagccctccgtagccaccatccaaaacacccccaccaaaaccccccgtccacc
ccatctcccgtctccccacgtagcccataccccacacccaccgaccgccgcccatcgacg
actggatcactcctccacccgagcaaccccaacgccgcccccttaaccccagcaatgcac
tccccattaccaccatcacgcccggcaccccaagaaccgccaatcaccccgagaccacaa
ttcgctagttacgagccggcgtacgggaccgttgttacccctaccccaacgaagcaaccg
gcgatggggtttccggcgccaccaccgatgcttggtgatggcctaggggacaatggacct
agtggggctaaggctaggaggagagagagtagtatgatgttcatgatgggtaggaagggg
tataatcgtggggtgaacaatggcgggagcgcaatggtgatggaagatagtgtctatgag
tga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (89)   
   KEGG ORTHOLOGY (1)   
   RefGene (84)   
   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 (4)   
   Pfam (4)   
All databases (99)   

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