KEGG   Thermochaetoides thermophila: CTHT_0058410
Entry
CTHT_0058410      CDS       T03100                                 
Name
(RefSeq) hypothetical protein
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
cthr  Thermochaetoides thermophila
Pathway
cthr00562  Inositol phosphate metabolism
cthr01100  Metabolic pathways
cthr04070  Phosphatidylinositol signaling system
cthr04145  Phagosome
Brite
KEGG Orthology (KO) [BR:cthr00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    CTHT_0058410
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    CTHT_0058410
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    CTHT_0058410
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cthr04131]
    CTHT_0058410
Enzymes [BR:cthr01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.150  1-phosphatidylinositol-3-phosphate 5-kinase
     CTHT_0058410
Membrane trafficking [BR:cthr04131]
 Endocytosis
  Macropinocytosis
   Kinases
    CTHT_0058410
 Endosome - Golgi transport
  Others
   Others
    CTHT_0058410
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE FYVE_2
Other DBs
NCBI-GeneID: 18259879
NCBI-ProteinID: XP_006696161
UniProt: G0SCU0
Position
Unknown
AA seq 2523 aa
MVDSNGSRQPSLAASLPPSPVDARPRRDSIVSLPVSPPIDREQLALALDKIHTSASQSDA
LTTFNDFAPPPGSLPVPEPKSTATEIVQQGLSGLYSRLKEAVGAVSKSASSHEAVGDGDN
YEAGTRSTTSPSAGTSKAPFLPRGEGSGSSSSALEPVRLSSDTHTSGAMSASSQTHLQSS
SKASSIATTTSVAAKLSSPALQGLSKLSKAVLSVTANPAVAPVTVQGQVLLDKEAARGIT
THVDDVSVRPAGRRSISKPTATVQSPILSANGSLDSISTIDRIMIPARTTRDEALSTDGG
ADTPRSPVQSSVPERRASAAFRLAPLDVLRRPAVIDRLAFPKGSSRSRSSSMEPGTTEAS
PISTSAHSSLYHESFTQNERPQILQSGIIRIPGTTTNEGASDAVSARLERMRKQVLSKEF
WMADETCKECFRCGAAFTAFRRKHHCRTCGCIFDSKCTSQISGQKFGVQGSLRVCKTCLD
VINRRYDSASDDSADESYLPAIFRTSQAKHTPTSVKQRTEDEGSTSERTEQTDQADDGKV
AVTPMMAIPATRRVGDSNRNSAVLEIDLPQLSRPSSSRSLKSLAAGRPQSSGHRRHHSKH
NFLTRLKGTMDDRAPFRAASGDEVVKKANTNAFHDDNIIDPDLAEFMSDDSSDDEQVSDI
YSVMKTDEFQPGSVDPDRASFGNFMGSGRKHRFRQGDKSMSIGGLSHINRGYEEGGGLQS
LTIHHGRPLRRRNLSIASASIHHLRSPRPKSAIAKGPTASADALSVFDAMVGDIPGLKRT
ESTRNGQSTEGGLNPASWQHVKKLFRQLLDDDKIPNPESWEKALLPIIDQCADDVDPDIR
SGDVMDIRHWVKFKKIPGGKPSDTAYVHGVVFTKNLALKSMPRRIRNPRIVIITFPLEYQ
RHPEQHFMSLQPVIEQEKEYLRMVVNRILNLEPNVLLVEKGVAGVALQYLAEANVAVAYN
VKPSVIEAVARIVNMPVISSMDMLSLGARVGTCENFEVKTFVNNDIRGRKKTYIFISGCP
KDRGCTIALRGASTEILARMKRITEFMVYVVYNLKLETCLMRDEFVQIPTELDSLMSADS
SSTQTSHGLLPVVGPAPNSSISSSAFTAQQSSTEPSDRSPTNMNAGNLSSSDSTGANSEL
STSEITAETILRPAVQQPAVEEVNTITSAQDSQSPLQVPEDIPMPAFYSDMVAKYETRIL
SVSPFVRFTQPYLLMKAREQERRLEYLKRLRDQDQIQEPDQPDKPEEFQLIKPEMIHQMG
QKAPRKIMEVIHAVHDAEYDKALHNYLTQTKQWETYLQNCLDLFDPYAHQNIVVLSSVTC
TATQIPCVEPALMAIEFYNQHPDEGGFLDQDFTLGQYIEDICDTANYVCTANNCGRKMYE
HHRTFVHDNARLTIILKPSPQWPENFPEKPQERGGGDDEGTGICMWNYCKVCDKHFGLMP
MSVSTWKYSFGKYLELSFWNTGLRLHPETGCPHDHKKDHVRYFYYTYLDIAVKVHYDPID
LYEIIVPRKRITWKVDIDLKLKNDVFTKAEERWNRFINSVKARLKSIKIDSVLPEKAEDC
KAEVDRLLEKAEEDHKEMIKVLQNAYMNSKYYEIIPFNVVFRQMLERATEWDSAFTQFES
KFLSDKDVRQLTLIQLKKMFSDHEKDPTSTDGTTVGSESEEKMTPVTSPNESSDVGEKLS
PSSEESSVPQLPEKTTQQEQLSQPSELGDSQSHEELLSPSLATQPITNQKEEDSVKAEEQ
PDAVKAGEAEAQIPSAPRMPTSTSVSEVGAKGVKPPSNQPAGSSSSAGVANSPTLSRKST
IASHSSPTEPSSAAKTSHKEPSLSEKVEQIRRQNRAHAITSSGSGAEAPTETTSPFSPDR
TMLPRRTGTNVSPPMLRTFGQQSGTVSGPLPRTQSTIGKLLRDQKVAQEAAASTDAQKGQ
TGDDTLKGDKKFLGTLKPHRKAGPSNIPRFVHNKRDSKVSKLAYHFEQLSREFEKERLKD
RKQRATKLHHTRAFLPRSSTKTIVEVYRDVDQAVQEPGPSDEDHLGRESSEKQSVETSTP
DITPAETQNKPPETEPSSPASPPSQERRDKVFATTEGETEENKVQEENRVSTDDEAGSDV
EGTGLSFDDILPDVNEIAESLEQNAIPEELPKHQKKSLMDRLANFWAERSASSWPQLEYP
VNMGDHVMFDSDVIVREDEPSSLVAYAMSLNDYKEKLAAIRRDLRMSNFGETDVSGDSLE
DNMGTPVDPEAAKERARKIDMELEKTLLRSTGTHVKYQFVHGTAKMMCKIFFAEQFDALR
RKCGAADRFVESLSRCLKWDSKGGKTKSVFLKTLDDRFVLKSLSVPETQSFLKFAPDYFN
IMAEALFHELPSVIAKMLGFFRVHIKNPVTNTDIKLDLLVMENLFYDRTPSRTFDLKGSM
RNRRIQSTGERDEVLLDENMVEYIYESPLFAREHSKRLLRASVFNDTLFLAKQDVMDYSL
MVAVDEAKKELVVGIIDCIRTYTWDKQLESWIKQRGLAGGSRNRPTVTSPKEYKSRFRVA
MAK
NT seq 7572 nt   +upstreamnt  +downstreamnt
atggtagactccaacgggtctcgacagccctcccttgctgcttcactgccgccatccccg
gtggacgcccggccacgtcgcgactccatcgtctcgctgcccgtctccccgcccatcgac
agggagcaactcgccctcgctctcgacaagatccatacctctgccagccagtccgatgct
ctaacaaccttcaacgactttgcgccgcccccaggctcgcttccggtccctgaacccaag
agtacggcgaccgagattgttcagcagggtttgagtggcctgtacagccgcctcaaggaa
gctgtcggcgccgtgagcaagagtgcttcttcccatgaagctgtgggggatggcgacaac
tatgaggccggaacaagaagcacaacctcgccctcggctggcacatccaaggcacctttt
cttccccgaggagagggcagcgggtcaagttcttctgccctggaaccagttcggctgtct
tcagacacccatacgtcaggcgcgatgagtgctagctcacaaacgcatcttcaatcatca
tctaaggcatcatccattgcgacaaccacatctgtcgccgctaaactatcgtcgcctgcc
cttcaggggttatccaaacttagcaaagcggtactttcagtcacagctaaccctgccgtc
gcgcctgtgacagtccaagggcaggttttactagataaagaagcagctcgaggaatcacc
actcatgttgatgatgtgtcggtaaggcctgctgggaggaggagcataagtaagccgaca
gcaacagtacaaagcccgattctctccgcaaatggaagcctggacagcatttctacgata
gatcgcatcatgatccccgctcgcaccacacgagacgaagctctcagcacagatggtggt
gcggacacgccacgaagcccagtccagtcgtctgttcctgaacgacgcgcttcagctgcg
tttcggctcgcaccgttagatgtcctaaggaggcctgcagtgattgatcggcttgctttt
ccaaaaggaagtagtcgctcgagatcctcctctatggagcctgggactacggaagcaagc
cccatcagcacttcagctcacagttctctctaccatgagtcctttacccagaacgaacgc
ccccaaattctgcaatcgggtatcataaggatcccagggacgacgaccaacgaaggagcc
tctgacgcggtcagcgcaaggctagaacgcatgcgcaagcaggtactaagcaaggaattt
tggatggccgatgaaacctgcaaagaatgctttcgttgtggcgccgcctttactgctttt
cggcgcaagcatcattgccggacctgtggttgcatctttgactccaaatgcacttcgcag
atctctggtcagaaatttggtgtccaaggctccttaagagtttgcaagacatgcttggac
gttatcaatcgccggtacgacagtgcctccgatgattcggctgatgagtcatatctgcct
gccatcttccgtaccagtcaagcgaagcacacccctacatctgtcaaacagcggactgag
gatgaaggaagcacatcagagaggaccgagcaaaccgatcaagcagacgatggcaaggtc
gcggttactcctatgatggccatacctgccacacgcagagtgggcgacagtaatcgcaat
tccgccgtcctggagatcgatttaccgcagcttagtaggcccagctcgtcacggtcctta
aaatcgctggcggctggtcggccacaatcgtcagggcatcgtcgtcaccactctaagcac
aacttccttactaggctcaagggtaccatggatgacagagctccgtttcgtgcagcaagt
ggagatgaggtcgtgaaaaaggcgaacacaaatgcctttcacgacgacaacatcattgac
ccagaccttgctgagttcatgtctgacgattcgagtgatgacgaacaagtgagcgacatc
tacagtgtgatgaagacggatgagttccagccaggcagcgtggacccagatcgagcaagt
ttcggcaacttcatgggcagtggaagaaaacaccggttccgccaaggcgataagagcatg
agcattggcgggctttctcacataaatcgcggttatgaggagggtggtggcctccagagt
ttgacgatacatcatggtcgaccgctacggaggagaaacctcagcattgccagtgcgagc
atccatcatctcaggtccccacggccaaagtctgctattgccaagggccccacggcgtca
gctgacgctttgtccgtctttgatgccatggtcggcgacattcccggtctgaaacgcacc
gagtctactcgcaacggtcagtcgactgaaggcggtctcaaccctgcgagctggcagcat
gtgaagaagttgtttcgtcagttgctggatgacgataagattcccaatccggagagctgg
gagaaagctcttctccctatcattgaccaatgcgcagatgatgtcgatccggacatccgg
agcggcgatgttatggatattagacattgggtgaagttcaaaaagattcctggtgggaag
ccgagcgacaccgcgtatgttcacggagtggtattcaccaaaaacttggctctcaagagt
atgcctcgcaggatccgcaacccgagaatcgtaatcatcacttttccgctcgagtaccaa
cgccacccagagcagcattttatgagtttgcagccagttatcgaacaggaaaaggagtac
ctgaggatggtggttaaccgcatcctcaatctcgagccaaacgtgctactggtcgagaaa
ggcgtggccggagttgctctgcaatatctcgccgaagccaacgttgccgtcgcatacaac
gtcaagccatccgtcatcgaagcggtcgctcgtattgtaaacatgcctgtgatctcgtcc
atggacatgttgagcctgggtgcccgagtcggcacatgcgagaactttgaagtcaagaca
ttcgtcaacaacgatatcaggggaaggaaaaaaacctatattttcatctctggctgcccc
aaagaccgtggttgcaccattgcccttcgtggcgcttcgaccgagatcctcgcgcgcatg
aaacgcatcaccgaattcatggtctatgtcgtttacaatttgaagttggagacctgtctc
atgcgtgacgaattcgtccagattccaacagagcttgattcattgatgtcagccgactcc
tcaagcacacaaaccagtcatggattgctcccggtcgttgggccggctcccaactcctca
atcagctcctctgctttcacggcacagcagagcagcacagagccctccgatcgttctccg
actaacatgaacgcaggtaacctgagcagcagcgacagtaccggtgctaattctgaacta
tcaacctccgaaataacagctgaaacaattttacggccggccgtgcaacaaccagctgtt
gaagaggtaaacacaataacttctgcgcaggactcacaatctccgcttcaagtgcctgag
gatatccccatgccagccttctacagtgacatggtggccaagtacgagacaagaatattg
tctgtatctccgtttgtgaggttcactcagccataccttctcatgaaggcacgcgaacag
gaaaggcgcttggagtacctgaaacggcttcgcgatcaggatcaaattcaagaacccgat
cagcccgacaaaccagaggagtttcagctcatcaagcccgagatgatacaccaaatgggc
cagaaggctccgcggaagatcatggaggtaatccatgctgtccatgatgccgagtatgac
aaagcgctgcacaactacttgacccagacgaagcagtgggaaacctatcttcagaactgt
ctagatttgttcgacccttatgcacaccagaatatcgtcgtcctctcttcggttacttgc
accgctactcagatcccgtgtgttgagcctgccttgatggccatcgaattctataaccaa
catccggatgaagggggcttcctggatcaggactttacactaggccaatacattgaggat
atatgcgacacagccaattacgtgtgtactgcaaacaactgcggccgcaagatgtacgaa
catcatcggacgttcgtgcacgacaatgcccgactcaccatcatcttgaaaccatcacct
cagtggcctgagaattttccagaaaagccgcaggagcgaggaggaggagatgacgagggc
actggtatctgcatgtggaactattgcaaagtctgtgataagcactttgggttgatgcca
atgtccgtcagcacctggaagtactcgttcggcaaatatcttgagctctcattctggaac
acgggcctccggctgcacccagagactggatgtccccatgaccacaagaaggaccatgtc
aggtatttttactatacataccttgacattgcagtcaaggtccattacgaccccatcgac
ctttacgagatcatcgttccccgcaagaggatcacttggaaggtcgacatcgatctgaag
ctcaaaaatgatgtcttcacaaaagcagaagagagatggaatcggttcatcaactcagtc
aaagctaggctcaagagcatcaagattgatagcgtactcccggagaaggccgaagactgc
aaggccgaagtggatcgacttcttgaaaaggctgaagaagaccacaaagagatgattaaa
gtcttgcaaaatgcatacatgaattcaaagtactacgagatcattccttttaatgtggtt
ttcagacagatgctcgaaagggccacggaatgggacagcgcctttactcaattcgaatcc
aagtttctttctgacaaggatgtccgacagttgacactgatccaactcaagaaaatgttc
tccgatcacgagaaggatccaacgagcactgatggaacaacagtcgggtcagagtcggag
gaaaaaatgacgcccgtgacatcgccaaatgagagttctgatgttggggagaagctgtct
ccatcatctgaggaatcatcagtccctcagctgccagaaaagaccactcaacaggagcag
ctatcgcaaccatctgagctcggggacagtcagtctcacgaggaactgttatcaccttcc
cttgcaacacaaccaatcactaatcagaaggaggaggactccgtgaaagctgaggaacag
ccagatgccgtcaaggctggagaagctgaggcgcagattccatcggcaccacggatgccc
acctccacttcggtttccgaggtgggagctaaaggggtcaaaccacctagcaaccaacca
gctggttcttcatcctctgcaggagtggcaaacagcccaacgctatcccggaaatcaacc
attgcttcccatagttctcccaccgaaccatcctcggcagccaaaacttcccataaggag
ccttcgctatcagaaaaggttgagcaaatccgacggcaaaatcgggcacacgccattacc
agctcgggttcgggagctgaggcaccgactgaaaccacatccccgttctcgcccgaccgt
accatgcttcctcgtcgaacaggcactaatgtctcgcctccaatgcttcgcacttttggt
caacagtcaggaacagtgtcagggccattacctcgcacgcagtctaccattggtaaactg
ttgagagatcaaaaggttgcgcaagaggcggcagcatcaacagacgcacagaagggacaa
actggggatgacacgttgaaaggagacaagaaattcctcggtacgctgaaaccacaccgc
aaagctggaccgtccaacattccgcgatttgttcacaacaaaagagattccaaagtgtcg
aagctggcctatcatttcgagcaactgagtcgggaatttgaaaaggagcgattgaaggac
cggaagcagagagcgaccaagttgcatcacacccgagctttcttgccacggtcttcaacc
aagacgatcgtcgaggtatatcgggatgtcgatcaggctgttcaagaacccggcccgtca
gatgaggatcatctcggcagagagtcaagtgaaaaacaatctgtcgaaacatccactcca
gatatcactcccgctgaaacacaaaacaagcctcccgagacagaaccaagctcgccagca
tcgcctccgtcgcaagaacggagagataaagtttttgctacaactgaaggtgaaacagag
gagaataaagtccaagaagagaatcgtgttagcacggacgatgaagcaggcagcgatgtt
gagggcactggccttagcttcgatgacatcttaccagacgtcaacgagattgccgagtct
ttagagcagaatgcgatcccagaagagttgcccaaacatcaaaagaagagtctcatggat
cggttggctaatttctgggccgagcgctccgcaagcagttggccgcagctcgagtatccc
gtcaacatgggcgaccacgtcatgtttgattcagacgttatcgtccgggaagatgagccc
agttcactcgtggcgtatgctatgagcttaaatgactacaaggaaaagctcgctgccatc
cggagagacctcaggatgtcgaacttcggtgagactgatgtgagcggcgatagcctggaa
gacaacatgggaacgccggtggacccagaagcggcgaaggaaagggccagaaagattgac
atggaactcgaaaagaccctcctccggtcgactgggacacacgtcaagtaccagtttgtg
catggcacagccaagatgatgtgcaagattttctttgcggaacagtttgacgccctacgg
cgcaagtgtggtgcggctgacagattcgtcgaatcactgtcgcgctgcctgaaatgggac
tcgaagggcggcaagaccaaatctgtattcctcaagactttagatgatcgctttgtgctc
aagtctctgtcggtccctgagacccaatcattcttgaagttcgctcccgattacttcaac
attatggccgaggcgctcttccacgagctcccatctgtgatcgcaaagatgctgggcttc
ttcagagttcacataaaaaacccggtcaccaataccgatatcaagctggatctgttggtt
atggaaaacctgttctacgaccggacacccagccgcacgtttgacctgaagggctcaatg
cgcaaccggagaatacagtccactggcgagcgagacgaggtccttttggacgagaacatg
gtcgaatatatctacgagtcgccgctctttgcccgtgaacactcgaaacgcctgctccgg
gcctcggtgttcaacgacacactgtttctggctaaacaagatgtgatggactactccctt
atggtagcggtcgacgaggcaaaaaaggaactcgttgtgggcatcatcgactgcatccgg
acgtacacgtgggataaacagcttgaaagctggatcaagcaacgcggtctcgccggagga
tcgcgtaaccgtcccactgtgaccagcccgaaagagtacaagagtcggttccgggtggcg
atggcgaagtaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (28)   

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