KEGG   Aspergillus clavatus: ACLA_069300
Entry
ACLA_069300       CDS       T01148                                 
Name
(RefSeq) TOR pathway phosphatidylinositol 3-kinase TorA, putative
  KO
K07203  serine/threonine-protein kinase mTOR [EC:2.7.11.1]
Organism
act  Aspergillus clavatus
Pathway
act04113  Meiosis - yeast
act04136  Autophagy - other
act04138  Autophagy - yeast
act04139  Mitophagy - yeast
Brite
KEGG Orthology (KO) [BR:act00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04138 Autophagy - yeast
    ACLA_069300
   04136 Autophagy - other
    ACLA_069300
   04139 Mitophagy - yeast
    ACLA_069300
  09143 Cell growth and death
   04113 Meiosis - yeast
    ACLA_069300
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:act01001]
    ACLA_069300
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:act04131]
    ACLA_069300
Enzymes [BR:act01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     ACLA_069300
Protein kinases [BR:act01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   ACLA_069300
Membrane trafficking [BR:act04131]
 Autophagy
  Other autophagy associated proteins
   mTORC1 complex
    ACLA_069300
   mTORC2 complex
    ACLA_069300
SSDB
Motif
Pfam: FAT PI3_PI4_kinase DUF3385 FRB_dom HEAT_EZ FATC HEAT_2 MMS19_C Maestro_HEAT Sec7-like_HUS DHC_N1 UPF0193 Dopey_N TPR_11
Other DBs
NCBI-GeneID: 4707777
NCBI-ProteinID: XP_001275326
UniProt: A1C679
AA seq 2369 aa
MAQAGPITDVTQRLFVELKSRNEETRANWPPEKFLEFYNAVSQRIAQLVVTGSDAHERIG
GLLALDRLIDFDGVDAAQKTTRFASYLRSALRSNDNAVLVYAARSLGRLAKPGGALTAEL
VESEIQSALEWLQSERQESRRFAAVLVIRELAKGSPTLLYGFVPQVFELIWVALRDPKVL
IRETAAEAVSECFEIIAARDAQVRQLWFARIYEEALLGLKSSNVDWVHGSLLVLKELLLK
GAMFMNEHYRNACEIVLRLKDHRDHKIRAQVVQTIPILASYAPVDFTEIYLHRFMIYLQA
QLKRDKERDAAFIAIGKIANAVGPAIAQYLDGIIIYIREGLAMKARNRAAINEAPMFECI
SMLSLAVGQTLSKYMESLLDPIFACGLSESLTQALVDMAHYIPPIKPTIQEKLLDMLSLI
LHGTPFRPLGCPESRLPPMPSFAKDFAPQELHSDAEIALALHTLGSFDFSGHILNEFVRD
VAINYVEKDNPEIRKAAALTCCQLFVHDPIINQTSSHSIQVVSEVIDKLLTVGVGDPDPE
IRRTVLWSLDRKFDRHLARPENIRCLFLAVNDEVFAVREAAICIIGRLSSVNPAYVFPPL
RKLLVNLLTGLGFASTARQKEESAQLISLFVSNATKLIRSYVDPMVTTLLPKATDANPGV
ASTTLKAVGELANVGGAEMRNYLPQLMPIILDSLQDLSSHAKRESALRTLGQLASNSGYV
IDPFLEYPHLLAVLINIIKTEQTGSLRKETIKLLGILGALDPYKYQQISEIEPDVHHINE
IQTVSDVALIMQGLTPSNEEYYPTVVIHTLMQNILRENSLAQYHSAVIDAIVTIFKTLGL
KCVPFLGQIIPGFISVIRGAPPSRLESYFNQMAILVNIVRQHVRAFLPEIIDVIREFWDA
SYQVQATILSLMEAIAKSLEGEFKKYLAALIPSMLDTLEKDTTPRRQPSEKILHAFLVFG
TSGEEYMHLIIPSVVRLFERTQNPQSVRKSAIESLTKLSRQVNVSDFSSLMIHSLARVVA
GNDRALRQSAMDCICALIFQLGQDFCHYINLLNKVLKNNQINHVNYQILVSKLQKGDPLP
QDLNPDENQATMADESSYSDVGQKKMVVNQQHLKNAWDASQKSTREDWQEWIRRFSVELL
KESPSPALRACASLAGIYQPLSRDLFNAAFVSCWTELYDQYQEELVRSIEKALTSPNIPP
EILQILLNLAEFMEHDDKALPIDIRTLGKYAAKCHAFAKALHYKELEFEQDQNSGAVEAL
ITINNQLQQSDAAIGILRKAQAYRDVELKETWFEKLQRWEEALAAYKRREKIDPDSFGVT
MGKMRCLHALGEWKVLSDLAQEKWNQASLEHRRAIAPLAAAAAWGRGQWELMDSYLGVMK
EQSPDRSFFGAILAIHRNQFDEATMYIEKARNGLDTELSALLGESYNRAYNVVVRVQMLA
ELEEIITYKQNVGDPEKQESMRQTWNKRLLGCQQNVEVWQRMLKVRALVTSPRENLDMWI
KFANLCRKSNRMGLAERSLASLETVINDSNGPRTIAPPEVTYARLKFNWATGRQRDALQM
LKEFTSNLTDDLNRFNALMVSQSEHSGMNGVNGITESNHADIMGLRERIGDVAKFRRLLS
KSYLRQGEWQTSLQRGDWKPEHVREVLGAYSAATKYNRDSYKAWHSWALANFEVVTTIAS
QASRDGTVKPVVPGHIVAEHVIPAIGGFLRSIALSSTSSLQDTLRLLTLWFTYGGDQEVN
NVVTEGFTAINIDTWLAVTPQLIARINQPNLKVRTAVHRLLAEVGKTHPQALVYPLTVAM
KSHITRRSQSASTIMDSMRQHSATLVEQADLVSHELIRVAVLWHELWHEGLEEASRLYFG
DHDVEGMFSTLAPLHEMLDKGAETLREVSFAQAFGRDLAEAKHYCMLYRETEEIGDLNQA
WDLYYTVFRKISRQLPQLSTLDLKYVSPRLKDCHDLALAVPGTYQSGRPIIRIISFDPIL
HVLQTKKRPRRMTLKGSNGSSYMYALKGHEDIRQDERVMQLFGLVNTLLDNDGETFKRHL
SVQRFPAIPLSQSSGILGWVCNSDTLHALIKEYRESRRILLNIEHRIMLQMAPDYDNLTL
MQKVEVFGYAMDNTTGKDLYRVLWLKSKSSEAWLERRTNYTRSLGVMSMVGYILGLGDRH
PSNLLLERATGRVVHIDFGDCFEVAMHREKYPERVPFRLTRMLTFAMEVSNIEGSYRITC
EAVMRVIRDNKDSLMAVLEAFIHDPLINWRLNIRESPERPPFSTERRQSVTSVINLEHGV
QPSNFSRHRRPSILDGGILDVQEGIPPEAREAQNARAVQVLARVKEKLTGRDFKPSEELN
VSDQVDKLLAQATSVENICQHWIGWCSFW
NT seq 7110 nt   +upstreamnt  +downstreamnt
atggcgcaagcaggtcctatcacggacgtcacccagcgactctttgtcgagttgaagtct
agaaatgaggagacacgggcaaattggcctccggagaagttcctcgaattttacaatgct
gtcagtcaacgcatcgcgcagctcgtggttacgggaagtgacgcacatgaacgaatcggt
ggcttgttggcgctcgatcggttaatcgattttgatggtgtcgatgccgctcagaagact
actcggttcgcaagctatctgcgcagcgctcttcgcagcaacgataacgcggtattagtc
tacgcagccagatccctcggacgtctggcaaagccgggcggagctcttactgcggaattg
gtcgaaagtgagatacaatcggcgttagaatggcttcaatccgaacggcaagaaagcaga
cgcttcgctgctgtgttagttatccgagagcttgccaagggctcgccaactctactttat
ggctttgtcccccaggtctttgagctcatctgggttgccctgcgggaccccaaagtcctt
atccgagaaacagccgctgaagcagtatccgagtgttttgaaattatagctgcgagagac
gcccaagttcggcaactgtggttcgcaaggatatacgaggaggcgctgctcggccttaaa
tccagcaatgtggattgggtacacggctcgctcttggttctaaaagagcttctccttaaa
ggtgctatgttcatgaacgagcattatcggaatgcctgtgagattgtcctccgcctcaag
gatcaccgcgatcacaagatccgtgcccaagttgtccagaccatccctattctcgcctcc
tacgcccctgtcgatttcacagagatctacctccatcgatttatgatatatttgcaggcg
cagctaaagagagataaagagcgtgatgcagcattcatcgccattggaaaaatcgccaat
gcggttggtcccgccatcgcacaatatctcgatgggatcatcatctacatacgcgaagga
ttagccatgaaagctcgcaatcgagccgccatcaacgaagcaccaatgtttgagtgcatc
agtatgttatccttggccgttggacagacgctcagcaaatatatggaatcgctgctcgac
cccatattcgcatgtgggctgagcgaatcactcacgcaagcgctcgtggatatggctcat
tatatccctcccataaagcctacgatacaggagaagctcttggatatgctcagtcttatc
cttcatgggacgccatttcgcccactcggatgcccagagagcaggttaccgcccatgccg
tcatttgcgaaagattttgcaccgcaagagttgcactccgatgccgagatcgcgttggca
cttcacactcttggtagtttcgacttctctggccatattctcaacgaatttgtgcgtgat
gtcgctattaactacgtcgagaaggacaaccccgaaataagaaaagccgcggcactcact
tgctgccagcttttcgtccatgatccgatcattaaccagacaagcagccattccatccaa
gtcgtgagtgaagtgattgacaagttgttgaccgtcggtgttggcgacccagatccggaa
attcgtcgcactgttctctggtcattggatcgcaagtttgatcgtcatcttgcgaggcct
gaaaacattcgctgtttattcttggccgtcaatgatgaagtttttgcagtccgagaagct
gcaatttgcatcattggccgtctgtccagtgtcaatccggcctacgtattccctcctcta
cggaaactccttgtcaatcttcttactggcctcggatttgcaagcacagcgcggcaaaag
gaggagagtgctcagctcatcagcctgttcgtctcgaatgcgacaaagctaatcaggtct
tatgtcgaccccatggtgacaaccttgcttccgaaggccacggatgctaaccctggcgtc
gcctcaactacattgaaggctgtcggagagcttgcgaatgttggaggcgcggagatgagg
aactatctccctcagctcatgcctattatcttggactcgctccaggatctttcctctcat
gctaagcgagagtcagctttgcggacgctgggccagttggccagcaactctggctatgtt
attgacccctttcttgaatacccccatttacttgccgttctcatcaacatcatcaagacc
gaacaaaccggttcccttcgtaaggaaaccatcaagctactgggaatactgggtgctctt
gatccgtacaaatatcaacagatcagcgagattgaacctgatgtccaccacatcaacgag
attcaaacggtctccgatgttgctctcatcatgcagggacttactccctctaatgaggag
tactaccctactgtggtgattcacaccctgatgcagaatattttgcgcgaaaactccctt
gctcaatatcactccgcagttatcgacgcgatcgtcaccatcttcaagactttgggtttg
aagtgtgtgccgttcctcggccagatcatccctggcttcatttcggtcatcagaggagcg
ccaccgagtcgccttgaatcctactttaaccagatggccattctggtaaacattgtccgc
cagcatgttcgcgcttttcttccggagattatcgatgtcatacgggaattctgggatgca
tcctatcaagttcaagcgacgatactttccctcatggaagccatcgccaagtccttggaa
ggcgaattcaagaaatacctggctgctcttattccttctatgctggacaccctcgaaaag
gataccacgccgcgccgccagccttcagagaaaattctccatgcctttcttgtttttggc
acaagtggggaggaatacatgcatttgattattccatcggtggtacgcctgtttgaaagg
actcaaaacccgcagagtgttagaaaatctgccattgagagtctgacgaagctttcccga
caagtaaatgtttccgacttctcttcattgatgatccactctttggctcgagttgttgcg
ggcaacgaccgggccttgagacaatcagctatggactgtatttgtgccctaatctttcaa
ctcggtcaagacttttgccactacataaatctgttgaacaaggtcttgaagaacaaccaa
atcaatcacgtcaattatcagattctggtttcgaaacttcaaaaaggcgatcctcttccg
caggatttgaaccccgatgagaatcaagccaccatggcggatgagtcaagctattctgat
gttggccagaaaaagatggttgtgaaccagcagcacttgaagaatgcctgggatgcttct
cagaaatcaacacgggaggattggcaggaatggatacgccgtttcagtgttgagctactt
aaagagtcaccctcaccagctctacgtgcttgcgcaagtttggccggcatctaccagccg
ctctcaagagatcttttcaacgctgctttcgtgtcctgctggaccgaactgtacgatcag
tatcaagaagagcttgtacggtcgatcgagaaggcgctcacctcacccaacatccctcct
gagatacttcagattttgctcaatcttgccgagtttatggagcatgatgacaaggctctt
cccattgacattcgtacactaggcaaatacgccgcaaaatgccatgcttttgcgaaggcg
ctccattacaaagagctggaattcgagcaagatcagaattccggggctgttgaagccttg
atcaccattaataaccaactgcaacaatccgacgctgccattggtatcctccgcaaagcc
caagcctatcgagatgtggagttgaaggagacctggttcgagaaactccagcgatgggaa
gaggcgcttgctgcctacaaacgccgggaaaagatcgatccagattcttttggtgtcacc
atgggcaagatgcggtgtctgcatgcacttggcgagtggaaggtattgtctgaccttgcc
caggagaagtggaaccaggcttcgctagaacatcgcagagccattgctcccctagcagca
gctgctgcctggggacgaggccagtgggagttgatggactcttacctgggtgtaatgaag
gagcagtcaccggatcggtcattctttggtgcgatcctcgcaattcatcggaaccaattt
gatgaagcgaccatgtatattgagaaagcacggaatggcctcgatacggagctgtcggca
ttgcttggagaatcgtacaaccgtgcatacaacgtcgtcgtccgtgttcaaatgcttgcg
gaactggaggagatcattacatacaagcagaacgtcggcgatcctgagaagcaggagtcc
atgcgccagacgtggaacaagagattacttggttgccaacagaatgttgaggtctggcaa
cgcatgctcaaggttagggcgcttgtcacttcgccacgtgagaacctcgatatgtggatc
aagtttgccaacctatgccgtaaatctaaccgcatgggacttgctgaacggtctcttgca
tccttggagaccgtcatcaatgacagcaatggtccacggaccattgctcctccagaggtg
acttacgctcggctaaagttcaactgggctacaggccgtcagcgtgacgcccttcagatg
ctgaaagaattcacctcaaatttgacagatgacctcaaccgcttcaatgcgctcatggta
tcacagtctgagcatagtggtatgaacggtgtcaacggtatcaccgagtcaaaccacgcc
gacattatgggtctacgcgaacggattggcgacgtagccaaattccgtaggctcctttcc
aaaagctatcttaggcaaggagaatggcaaacgtctctacaacgaggcgattggaagccc
gaacatgtccgtgaggtactcggtgcttactcagctgccaccaaatacaaccgtgactcg
tacaaagcctggcactcttgggcattggcgaactttgaagtcgtgacaacaattgccagt
caggccagtagggatgggactgttaagcccgtagtacctgggcatatcgtggcggagcat
gtcatccctgctattggagggtttctcaggtcgatcgctttgtcgtcaacttcgtctctt
caagatacattgaggttactcaccttgtggttcacttatggtggcgaccaggaagtaaac
aacgttgtcacagaagggtttacggcgataaatattgatacatggctcgcggtcacccct
caactcatcgcacgtatcaaccagccaaacctcaaggttcggacggctgtacatcgactt
ctggccgaagttggcaagactcatccgcaggcactggtatacccattgactgttgcgatg
aaatcacatattacccgccgttcacagtccgccagcactatcatggacagtatgcggcag
cacagtgctactttggttgagcaagctgatcttgtgagtcatgagctgattcgggttgca
gtcttatggcacgaactctggcatgaaggtctggaagaagcttctcggctttactttggt
gaccatgatgtggagggcatgttctccactctcgcacccctccatgaaatgctggacaag
ggtgcggaaaccctacgtgaggtttctttcgctcaggcgtttgggcgcgatcttgccgag
gcaaagcactattgtatgctgtatcgcgaaacggaagagattggtgatctgaatcaggct
tgggacctctattacactgtgttccggaagatcagccggcagcttccacagttatcgact
ctcgatcttaaatatgtgtcgcccaggctgaaagactgccacgatcttgcccttgctgtt
cccggaacctaccagagtggtcgtcctatcattcgtatcatcagctttgaccctatactg
cacgtgctacaaaccaagaagcggcctcgaagaatgactctgaagggaagcaatggaagc
tcgtacatgtatgctctcaagggacatgaggacatccggcaagatgagcgagtcatgcaa
ctgtttggtcttgtcaatactctgctcgataacgatggtgagacattcaaacgccatttg
tcggtacagcggttccccgctattccgctgtctcagagctctggtatactgggatgggtc
tgcaatagtgatacattgcacgcacttatcaaggagtaccgtgagagtcgccgcattcta
ctcaatatcgaacatcgtatcatgttgcagatggctccagattatgacaatctcaccctg
atgcaaaaggttgaagtattcggatacgccatggacaacaccaccgggaaagacctgtat
cgcgtcctgtggctcaagagcaagagctccgaagcctggcttgagcggcgaacgaactac
acacgatcgctgggtgtcatgtccatggtcggctacatcctaggtctgggtgatcgtcat
ccatcaaatcttctcctggaacgcgctaccggacgagtggttcacatcgattttggtgac
tgcttcgaagttgcgatgcaccgtgagaagtatccggagagagtgccattccgcttaact
cggatgttgacattcgctatggaagtcagcaatatcgagggaagctaccgtattacctgc
gaggctgtcatgcgtgtcatcagagacaacaaggattcactaatggctgttctggaagcg
ttcatccacgatcccttgattaattggcgtctgaacatccgagagtcaccagaacggccg
ccattcagcacggagcgccgacagtcagtcacatccgtcatcaatcttgaacatggtgtg
caaccgagtaatttctcccgacaccgtcgtccatcgattctcgacggtggcattctcgat
gtgcaggagggtatcccacctgaagcacgcgaagcacagaatgcacgagcggtgcaggtg
ctggctcgggtgaaggagaagctcacaggtagagatttcaagcccagcgaagagctcaat
gtgagtgatcaggtggacaaacttctcgcgcaggcaacaagcgtcgagaacatatgccag
cactggattggatggtgcagcttctggtag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
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 (14)   
   Pfam (14)   
All databases (31)   

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