KEGG   Metarhizium robertsii: MAA_02388
Entry
MAA_02388         CDS       T03107                                 
Name
(RefSeq) PIK-related kinase, FAT
  KO
K07203  serine/threonine-protein kinase mTOR [EC:2.7.11.1]
Organism
maj  Metarhizium robertsii
Pathway
maj04113  Meiosis - yeast
maj04136  Autophagy - other
maj04138  Autophagy - yeast
maj04139  Mitophagy - yeast
Brite
KEGG Orthology (KO) [BR:maj00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04138 Autophagy - yeast
    MAA_02388
   04136 Autophagy - other
    MAA_02388
   04139 Mitophagy - yeast
    MAA_02388
  09143 Cell growth and death
   04113 Meiosis - yeast
    MAA_02388
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:maj01001]
    MAA_02388
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:maj04131]
    MAA_02388
Enzymes [BR:maj01000]
 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
     MAA_02388
Protein kinases [BR:maj01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   MAA_02388
Membrane trafficking [BR:maj04131]
 Autophagy
  Other autophagy associated proteins
   mTORC1 complex
    MAA_02388
   mTORC2 complex
    MAA_02388
SSDB
Motif
Pfam: FAT PI3_PI4_kinase DUF3385 FRB_dom HEAT_EZ HEAT HEAT_2 FATC Cnd1 Adaptin_N Baculo_PEP_C
Other DBs
NCBI-GeneID: 19256674
NCBI-ProteinID: XP_007818577
UniProt: E9EQN6
AA seq 2433 aa
MAQQQQVALERLEHITRGLRSRVGDDVRKRAAIQLRDLVVVCHRDLSQEQFLAFYNAVNN
KITQLITHGSDSAERLGGIYALDALVEFDGVDVAAKYTRFTQNIKTILRGKDINPMKPAA
IALGKLCRPGGSLISELVDSEVNTALEWLQNDRVEERRYSAVLVLRELARNAPTLMYQYI
PTIFDWIWVGLRDPRQLIRETSADTVGACFRIIRERDQEMKQIWMSKIFNEARQGLKVNT
VESIHASLLVLKELLEQGGMYMQEHYQEACEIVFKHKDHRDPTTRRTVVSLIPDLASYSP
ADFAHTWLHKFMVYLSGMLKRDKERNDAFLAIGNIANSVKSAIAPYLDGVLIYVREGLSV
QSRKRGSVDPVFDCISRLAVAVGQTLSKYMEALLDPIFACDLTPKLTQALVDMAFYIPPV
KPTIQERLLDMLSVVLCGEPFKPLGAPQPNTLSSVPAITKDVKDPQAYENRRSEVKLALN
TLGSFDFSGHILNEFVRDVAIKYVEDEDPEIREAAALTCCQLYVRDPIVNQTSYHALQVV
GDVIEKLLTVGISDPDSHIRRTVLAALDERFDRHLAKAENIRILFFALNDEVFAIREVAI
SIIGRLARFNPAYVIPSLRKTLIQMLTELEFSDVARNKEESAKLLSLLVQNAQSLIKPYV
EPMISVLLPKAKDSSPSVAATILKALGDLATVGGEDMLPYKDRLMPLIIDALQDQSSNIK
REAALNALGQLASNSGYVIEPYLDYPQLLEILQGIIRTEDQRGPLRQQTIKLMGILGALD
PYKHQQVEEHTPEIQRRVDSNQMTDISLMMTGLTPSNKEYFPTVVINALLQILKDTSLAQ
HHAAVIEAIMNIFRTLGLECVSFLDRIIPAFLQVIRSSASTRLESYFNQLATLVSIVRQH
IRNYLPDIIQILQDYWDKSPSLQTTILSLVEAISRSLEGEFKVYLAGILPNMLGVLDKDS
SAKRVPSERVLHAFLVFGASAEEYMHLIIPVIVRTFEKQGQPVFIRKHAIDTIGKISRQV
NLNDYAAKIIHPLTRVLDSGDPALRVTALDTLCALIQQLGKDYVHFMRTVNKVITQHQIQ
HQNYDLLVSKLQKGEVLPQDLTSESRFADIADETQFADLGTKKLEMNAIHLKAAWDTRGK
STKEDWQEWLRRFSTTLLTESPNHALRACASLASVYLPLARELFNSAFVSCWSELYEQFQ
DELIQNIESAIKSENVPPDLLGLLLNLAEFMEHDDKALPIDIRVLGREAARCHAYAKALH
YKELEFLQDQSSGAVEALIVINNQLQQSDAAIGILRKAQLYKEGIQLRETWFEKLERWEE
ALAFYNKREREIPADQPTPIEIVMGKMRCLHALGEWDALANLTGSTWVNSAPEVQRMIAP
LATAAAWGQNKWDHMDNYLSSLKRHSPDRSFFGAILALHRNQFREAVACIEQAREGLDTE
LSALVSESYNRAYQVVVRVQMLAELEELIVYKQCDEKKQATMRKTWETRLQGCQRNVEVW
HRMLRLRALVISPAENMRMWIKFANLCRKSGRMGLAEKSLKQLIGSDAPLETMIPYWPDN
RSDRSGSTPPRNIPAQVTYAMLKYEWELGQQPAGRRQGISERTLYCLQRFTNDTAHRLDV
AKAHLAAQAGSTDGNLPTDYGIQGQIDPSLMSPQTQRALYDQTVLLAKCYLRQGEWLIAL
NKNDWQHSKVQEILNSYSQATKYNPRWYKAWHAWALANFEIVQTLSARAESQLSRADQTL
LIEHVVPAIQGFFKSIALSVGSSLQDTLRLLTLWFSHGGSADVNAAVMEGISNVSVDTWL
EVIPQLIARINQPNKRVQQAVHNLLADVGRAHPQALVYPLTVAMKSWQNSRRSRSAAQIM
DSMRQHSANLVAQADIVSHELIRVAVLWHELWHEGLEEASRLYFGDHNIEGMFETLGPLH
DLLERGPETLREISFAQAFGRDLKEAQEWCHQYESSKDVNDLNQAWDLYYQVFRRITRQL
PQVTSLELTYCSPKLLNSKDLDLAVPGTYRSGQPVVRIMSFDTTLSVINSKQRPRKLILS
GSDGVSYAFLLKGHEDIRQDERVMQLFGLCNTLLANDSECSKRHLNIHRYPAIPLSQNSG
LFGWLPNTDTLHVLIREYRESRKILLNIEHRIMLQMAPDYDNLTLMQKVEVFGYALDNTT
GQDLYRVLWLKSKSSEAWLERRTNYTRSLGVMSMVGYILGLGDRHPSNLMLDRITGKIIH
IDFGDCFEVAMKREKYPERVPFRLTRMLTYAMEVSNIEGSFRITCEHVMRVLRENKESVL
AVLEAFIHDPLLTWRLTSTVSPAGPNFQSEREVALAGPTAGRARRHSILNADVAPSELLA
ANGEPSGPPTSRARARTNSSAAPDGNGINGAQETESQNARAVEVLDRVQQKLTGRDFKNN
EELDVINQVNKLIVEATKLENLCQHYIGWCSFW
NT seq 7302 nt   +upstreamnt  +downstreamnt
atggcgcaacaacagcaagtcgctcttgagcggcttgagcacatcactcggggccttcga
tctcgtgtcggagacgatgtgcgcaaacgagctgctattcagctccgtgaccttgtggtc
gtttgccatcgagacctgagccaagagcagtttcttgccttctacaatgctgtcaataat
aaaattactcaacttattacccatggcagtgactctgcggagcgactgggcggcatctac
gcactagacgctctggtagaattcgacggcgttgatgttgcggccaagtatactcgtttc
acgcagaatatcaaaacaattctacgcggtaaagacatcaacccaatgaaaccggcagcc
attgcccttggaaagttatgccgacccggaggctctctcatctccgaattggtcgattct
gaagtaaataccgcgctggagtggctccaaaacgaccgagtcgaagagcgtcgatatagt
gctgtcctcgttcttagagagttggcgaggaatgcaccaacgttaatgtaccaatacatt
ccaacgatatttgactggatttgggtcggattaagagatcctcgacagctcatccgagaa
acttcggcagacacagtcggtgcctgtttccgtatcatccgcgaacgagaccaagagatg
aaacagatttggatgagcaagattttcaacgaggctaggcagggtctcaaggtcaacacc
gtcgagtccatccatgcctctctactagttctaaaagagcttcttgagcaaggaggcatg
tacatgcaggagcattaccaggaagcttgtgagattgttttcaaacacaaagaccacaga
gacccaaccacccgaagaacagtcgtgtcactcattcctgatctggctagctactcgccg
gccgattttgcgcacacatggctgcataaatttatggtctatttatccggaatgcttaaa
agagataaggaacgaaatgatgcattcttggctattggaaacattgcaaactctgtcaag
agtgccattgccccttatcttgatggcgtcctcatttacgtcagagaaggtcttagtgtc
cagtcgcgcaagagaggctctgtcgatcctgtctttgactgcattagtcgattggcggtt
gctgttgggcaaacattgagtaaatacatggaggcactcttggatcccattttcgcttgc
gatttgaccccaaagctcacccaagcactagtggacatggcattctatatccccccggtt
aagcctaccatccaagaaaggcttttggatatgctgagcgttgtcctttgtggcgaacct
tttaagccacttggtgcacctcagcccaacactcttagttcggttcccgccatcaccaag
gacgtcaaggacccccaggcatacgagaatcgacgatcagaagtcaagctggctcttaat
acgctgggcagctttgatttctccggacacatcttgaacgagtttgttcgcgatgtcgcc
ataaaatatgtggaagacgaagaccctgaaatccgggaagctgctgctttgacgtgctgt
cagctttatgtgcgggatccgattgtcaatcaaactagttatcatgcactacaggttgtt
ggcgacgtaatcgagaagctattgactgtgggcatttcggatcccgactcccatatcaga
cgaacagtcctggctgccctagatgagcgctttgatcgtcatcttgcaaaagctgagaac
attaggattttgttctttgccctaaatgatgaagtgtttgccattcgcgaagttgctatc
tcgattatcggtcggttggcgcgatttaatcctgcatacgtcattccctcattgcgcaaa
actctaattcaaatgcttacggagctcgagttctcggatgtggcacgaaacaaggaagaa
agcgccaagctgctcagtcttctggtgcagaatgctcagtcacttattaagccctatgtt
gagcccatgatatcagtacttctgccgaaagctaaggactccagtccatcggttgcggct
actatcctcaaagcactaggagacctcgcgacagtcggcggtgaagatatgctgccgtat
aaagatcgcttgatgccgttgatcattgatgcgctgcaagaccagagttcaaatatcaaa
cgggaggctgctctcaacgctctgggccagctggctagtaactctggctacgtcattgag
ccgtacctggattacccacagctcttggaaattctgcaaggcatcatacgcacagaggac
cagagaggccctctccggcaacaaactattaagctcatgggtattctgggtgctctggat
ccgtataaacatcagcaggtggaagagcacacgcctgaaatccagcgacgagtcgactcg
aaccagatgactgacatttcgttgatgatgaccgggttaacaccctctaacaaagagtat
ttcccgactgttgtcatcaatgcattactgcaaattcttaaagatacctctttggcccag
caccacgcggctgtgattgaggcaataatgaacatctttcgcactttgggcttggagtgc
gtttcgttccttgataggatcatcccggcatttttgcaagtgattcgatcttcagcttcg
actcgattagaatcttattttaatcagttagcgacgctagtcagcatcgttcgccagcat
attaggaactatctcccggacatcatccagatacttcaagattactgggataaatcacca
tcattacagacgacaatcctgtccctcgtagaagcaatttcgcggtcattggaaggagaa
ttcaaagtttacctagctggtattctgcccaacatgctcggagtgcttgacaaggattcg
tctgctaagagagtgccctctgagcgagtcttgcatgccttccttgttttcggtgccagc
gctgaagagtacatgcacttaataattcctgttattgttcgcacttttgaaaagcaaggg
caacctgtgttcatacgaaagcacgccattgacactattggcaagatatcacggcaagtc
aatctgaatgactatgcagcgaagataattcatccactcactcgagtgcttgatagcggc
gaccctgctttgcgggtgacggcccttgatacgctttgtgctttgatacagcaactcgga
aaagactatgtgcatttcatgcgcacggtcaataaagtcattactcagcaccagatacag
catcaaaattatgatcttcttgtgagcaagcttcaaaagggtgaagttttgccacaagat
ttgacatccgagtcacgatttgctgatattgcagatgaaacacaattcgcggatctggga
actaagaaactggagatgaacgcaattcatttaaaggcggcatgggacacaagaggcaaa
tccaccaaggaggattggcaagagtggctccggcgattcagcacgaccttactgacagag
tcgccaaatcatgcacttcgtgcctgcgcaagcttggcaagcgtttatttgccgctggcc
cgtgagctcttcaactcggcgttcgtgtcttgctggagtgagctgtatgaacagtttcaa
gatgagctgatacagaacattgagagcgctatcaagtctgagaatgttccgcccgatctg
ttgggactgcttttgaaccttgctgagtttatggaacacgacgacaaggctctcccaatt
gatatcagggtactcggacgagaagcggccagatgtcatgcgtatgcaaaggcactgcat
tacaaggagctggaattcttgcaagatcaaagtagcggcgcggttgaggcactcattgtc
atcaacaaccagcttcagcagtctgatgccgccattggtattttacgaaaggctcagctt
tataaggaaggcatccagcttcgtgaaacctggtttgaaaagcttgagaggtgggaagag
gctctcgccttttacaacaaacgtgaacgagagatccccgctgaccagcccaccccaatt
gaaatcgtcatgggtaaaatgagatgcctgcacgcccttggagaatgggatgctcttgcc
aacctcaccggcagcacttgggtcaattctgctcctgaggtgcaacggatgattgcgccg
ctcgctaccgctgctgcatgggggcaaaacaaatgggaccacatggataactatctgtcg
tctcttaaaaggcactcgccagacagatctttctttggtgccatccttgcgctgcacaga
aatcagtttcgtgaggctgtcgcgtgtatcgagcaggctcgtgagggtctggacaccgag
ttgagtgctcttgttagtgaatcttataacagagcatatcaggtcgtcgtccgagttcaa
atgctggctgaactagaagagcttattgtttacaagcaatgtgacgagaagaaacaggca
acaatgcgcaaaacttgggagaccagattacaaggatgtcagcgtaacgttgaggtttgg
cacagaatgctacgcctcagagccttggtcatctcaccggcagagaacatgcgtatgtgg
atcaaatttgccaatctttgccgtaaatctggccgcatggggctggccgagaagtccttg
aagcagctcatcggcagtgatgctccgttggagacaatgattccgtactggccagataat
aggagcgacaggtcggggtccacgccaccgcgcaacatcccagcccaagttacgtatgcc
atgctcaaatatgagtgggaacttggccaacagcccgctggaaggcgacagggcatttca
gagaggacgctatattgccttcagaggtttacaaacgacaccgcacatcgactggatgtg
gctaaggcccacctcgctgctcaagctggcagcaccgatggcaatcttccgacagattat
ggaattcaggggcagatagatccgtccctgatgagcccccagacccaacgggccttgtat
gaccagaccgttttactggcgaaatgctatctgcgtcaaggagagtggcttattgccctg
aataagaatgattggcagcacagcaaggtgcaggaaatcctgaattcgtattcccaagca
accaaatacaacccgcgatggtacaaagcttggcatgcctgggcattggcgaattttgag
attgtccagactttgtcggccagggccgagagccagttatccagagcagaccaaacgctg
cttattgagcacgtggttcctgccattcagggattcttcaagtctatcgccctctcagtc
ggaagctccctccaagacacgctccgcctgctaactctgtggttctcacacggcggcagc
gcagatgttaacgcagctgtcatggaaggcattagcaacgtctctgtggacacctggctg
gaagtcattccacagctcattgctcgaattaaccagcctaacaaacgggtgcagcaggct
gtgcataatctactggccgatgttggcagagcccatcctcaagctcttgtatatcccttg
acggtggcgatgaaatcatggcaaaattcaaggaggtcccgttccgcggcgcagatcatg
gatagcatgaggcaacacagtgccaatctggttgctcaagccgacatcgtctctcatgag
cttattcgtgttgcagttctctggcacgaactttggcatgaaggactggaggaggcctct
cgtctttactttggtgaccacaatattgaaggcatgttcgaaactctcggccccctacat
gatcttcttgagcgtggacctgaaaccttgcgtgagatttcattcgcgcaagcttttgga
cgggacttgaaggaggcacaagaatggtgccaccagtatgaaagttcgaaggatgtgaat
gacctcaaccaggcctgggacctctattatcaggtgttccgaaggatcactaggcagcta
ccgcaagtcacgagccttgagcttacatattgctcgccaaagctccttaactccaaggat
ttggatcttgcagtccccggaacatacagaagcggccagccagtcgtcagaatcatgtca
tttgatactacacttagtgtcatcaattctaagcaacggccgcgaaagcttatactcagt
ggcagtgatggtgtatcgtatgccttcctccttaagggtcatgaagatatcaggcaggat
gagcgggtcatgcagctctttggtctctgtaacactctgctggccaacgactctgaatgt
tccaaacgacatctgaacatccaccgttatcctgctattccgctctcacagaactcgggt
ctctttggttggttgccaaacactgatactcttcacgttctcattcgggagtaccgtgaa
agccgcaagatcctgcttaacattgagcatcgcatcatgctgcaaatggcgcctgattat
gataatctcactttgatgcagaaggtagaagtattcggttatgcgcttgacaatactact
ggtcaggacctgtaccgtgtcctgtggctgaagtccaaatcatctgaagcatggctcgaa
cggcgaaccaactatactcgctctttgggtgtaatgtcgatggttggttacattctcggc
ctaggtgaccgacatccgtcaaacctgatgctcgatcgtataacgggcaaaatcattcac
atcgatttcggagactgtttcgaagtggcaatgaagcgtgaaaagtatcccgagagggtt
ccattccgactgactcgtatgttgacatacgccatggaagtcagcaatatcgaaggtagc
ttccgtataacatgtgagcatgttatgcgagtgctcagggagaacaaagaaagcgtgttg
gctgtcttggaagcgtttattcatgatcctctcttgacgtggcgcttgacaagtacggtg
tcacctgctgggcctaatttccaatctgagcgcgaagtggctcttgcaggcccgaccgca
ggccgtgctcgccggcattcaatcttaaatgcagatgttgcgccgtctgagctccttgct
gctaatggcgaaccgtcggggccacctacatccagggcaagggcacgtacgaacagctcg
gcggcccctgatggtaacggcatcaatggtgcgcaggagacggagagccaaaacgccaga
gcggttgaggtgctagaccgggtgcaacagaagctcaccggccgagacttcaagaataat
gaggagttggatgtgatcaatcaggtcaataagctgattgttgaagctacgaaactggag
aatctctgccaacactacatcggctggtgtagcttctggtaa

  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 (11)   
   Pfam (11)   
All databases (28)   

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