KEGG   Kazachstania africana: KAFR_0A08100
Entry
KAFR_0A08100      CDS       T02487                                 
Symbol
KAFR0A08100
Name
(RefSeq) hypothetical protein
  KO
K07203  serine/threonine-protein kinase mTOR [EC:2.7.11.1]
Organism
kaf  Kazachstania africana
Pathway
kaf04113  Meiosis - yeast
kaf04136  Autophagy - other
kaf04138  Autophagy - yeast
kaf04139  Mitophagy - yeast
kaf04213  Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:kaf00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04138 Autophagy - yeast
    KAFR_0A08100 (KAFR0A08100)
   04136 Autophagy - other
    KAFR_0A08100 (KAFR0A08100)
   04139 Mitophagy - yeast
    KAFR_0A08100 (KAFR0A08100)
  09143 Cell growth and death
   04113 Meiosis - yeast
    KAFR_0A08100 (KAFR0A08100)
 09150 Organismal Systems
  09149 Aging
   04213 Longevity regulating pathway - multiple species
    KAFR_0A08100 (KAFR0A08100)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:kaf01001]
    KAFR_0A08100 (KAFR0A08100)
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:kaf04131]
    KAFR_0A08100 (KAFR0A08100)
Enzymes [BR:kaf01000]
 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
     KAFR_0A08100 (KAFR0A08100)
Protein kinases [BR:kaf01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   KAFR_0A08100 (KAFR0A08100)
Membrane trafficking [BR:kaf04131]
 Autophagy
  Other autophagy associated proteins
   mTORC1 complex
    KAFR_0A08100 (KAFR0A08100)
   mTORC2 complex
    KAFR_0A08100 (KAFR0A08100)
SSDB
Motif
Pfam: FAT PI3_PI4_kinase DUF3385 FRB_dom FATC HEAT_EZ HEAT_2 IFRD DUF3437
Other DBs
NCBI-GeneID: 13886110
NCBI-ProteinID: XP_003955379
UniProt: H2APE4
Position
1:1626574..1633935
AA seq 2453 aa
MLSFHKIAGPSRDDDHSLTSYELPMAFMYSGISSSGSLIPDILNNTELSTSSVDVATPSE
QFATEFSASMGTFESIFKKLRSSNADERATASKYLEICLLSFARELSNEQFQQFNNHVHT
KIKELVNNSHPDEQLAALAAISTLINFYSEIEELPNQVPKLLSYIRVLIPSRYTSVMRRA
AETLGQLVIPGATLTSDFVESEVKLCLEWLTTSPEHTSPNSKAEAKKHAAILIISSLAKS
APYILYPYVTQILDSVWIAFRDKKEEMRLDTATMVKSCLVIIQRRDRTVVLQWYQKLLES
CSHEAHSNTIESVHSCLLLYKELLILKHPCLNEYYEEIFQTAWTFRGHKSTMIRHETYAL
NSLLASFDSKLFASKYLNETIVEYLSKFQNMNINSAYKTDRGHILRSIGIISSEVGEDIC
PYLTPLLDIIRNGLLTKFKARKSFEKELFYCTSQLTLACGSKMLKYLSNGLLDLLLTCNI
STHMEETLQTITNILPTLQDKTNSKLLDLVSQLLSGNNFKPPGSPVILKPVSLELARQLR
NSNELQKNLVVNDDVNDVNTLIHALKMLQHIESPYPLSEFAKDVVIMYIEHNDPRIRKLA
ALTTCVVFAKDNICKQTSLNALNTVEEVLSKLLTVAITDPIPEIRLEILKHLDDGFDTQL
AQRENMLLLFTALNDEVFAIRVETLKIIGRLTAINPAYLIPSLRKLLLELLTELKYLKIP
RKNEESLTLLCHLISSTKEITKPYIQPLLDVLLLKAQDKSGVIASIALKSIGKLSLVGGE
EMKTHIPRLMPLFINTLRDQSNFYKREAVLKTLGQLSTASGYVIEPLLDYPELLGVLTNV
LRSDSPQNIKRETVRVLGILGALDPYKLRESSDTSLAIEQNTPAIDVALLMQNMSPSNDE
YFSTVAIHTLLKILKDNSLTLHHTAVVQAILHIFQTLHLRCVSFLGRIIPAIISVMQNCS
ASLLEFYFQQINLLVMIVRQHIRPYADGIFGTCQSFFGIKKLQITIISLIESICKALEGE
FKRLVPSTLTLFLNVLENDKSTDKSVSQRILKCIIAMGSNLEEYTHLILPQVIRITEASN
KHLQRSAIITLGRLAKHVKLSEMCSRIIQTSLRLLNTGDIAIIEITMNTLSLILLQMNNE
FTIFVPIVNRTLIQKNIQNSVYDQLVNKLLNNEQLPSTILLDDEEEGEEDLVTREAEAST
DKLPINQSVLKVTWDCSQQRTREDWQEWIRRLSLQLLKESPSHALRACSGLASVYYPLAR
ELFNVSFASIWSELYTQYQEDLIQSLCHALSSPQNPPEIHQTLLNLVEFMEHDDKALPIS
SQTLGEYAEKCHAYAKALHFKEAKFLQEPVDNSIFESLISINNQIHQNDSAVGILKYAQK
HYDLPLQETWYEKLQRWEDALDAYSKRREAGDNSNEVIMGQMRSYHALSDWDNLSKIASE
RWTISDLNIQKKMAPLAASAAWSLGEWDKIEQYIDVMKDQSPDREFFGAVLSLHRNDFDE
AERRIFNARDLLVTEISALLNESYNRAYNVIVRSQLITELEEIIVFKKLPTYSPKSATIR
NTWNKRLLGCQKSVDVWQRALKVRSLVIKPKQDMHMWIKFANLCRKSGKLNLAEKALNTL
LEDNSDPAHSSKAAPPVVYAQLKYLWASGANEEALRYLIGFTSRMVHDLGLDPNNMIAQS
VIQNATVSPSFFEEYTKLLARCFLKQGEWRIALQPNWTVENPDAILGSYLLATHFDERWY
KAWHNWALANFEVISTITANKSIGFATETDDFQVDKKDDIEFGTIEINKRKYPAELIQRH
VVPAIKGFFHSISLSEASALQDTLRLLTLWFTFGGTSEAAAAMYDGFKLIKIGNWLEVLP
QLISRIHQPDELVSRSLLSLLSDLGKAHPQVLVNPLIVAIKSGSLSRQVAARSIIEKMRV
HSSLLVDQAELVCDELIRVAVLWQEQWYEGLEDASRQYFGEHNTEKMFATIEPLHELLSH
PPETLEEASFENTYGRDLNDAYEWIQNYKRTKDVSHLNQAWDIYYNVFRRISRQLPQMQT
LELQNVSPKLLAARDLELAVPGTYSTGKPITKISFFDPTFSVISSKQRPRKVNIRGSDGK
NYQYALKGHEDIRQDNLVMQLFGLVNTLLEHDPDCFQRHLDIQQFPAIPLSPKSGLLGWV
PNSDTFHVLIREHRDANKVPLNIEHWVMLQMAPDYDNITLLQKIEVFQYAMENTKGQDLA
QILWLKSRSSEIWLDRRTVFIRSLAVMSMVGYILGLGDRHPSNLLLDKITGKVVHIDFGD
CFEAAILREKFPEKVPFRLTRMLINAMEVSGIEGTFRITCENVMRVLRDNKESLMAILEA
FAYDPLIQWGFDLPTEKIIEETGIQLQLSDANELLRKGVVTAEEARKLEAEERTEIRNAR
AVLVLRRITNKLTGNDISRFKELNVPEQVDKLIIQAMSIENLCQHYVGWCPFW
NT seq 7362 nt   +upstreamnt  +downstreamnt
atgctatcatttcataaaattgcagggccgagcagagatgatgatcacagtttaacttca
tacgaattgccgatggctttcatgtacagtggtataagtagctctgggtccttaatccca
gatattttgaacaatactgaactatctacatcttccgttgatgttgccacgccgtcagag
caattcgctacagaatttagtgcatctatggggactttcgagtccattttcaaaaaattg
agaagtagtaacgcagatgaaagggctacagcttccaaatatttggaaatttgtttgtta
tcttttgctagggagttatctaatgaacagtttcagcaatttaataatcatgttcatacg
aaaattaaagaactggtaaataatagccatccagatgaacaattggccgccttggccgca
atctcaacattaataaacttttattccgaaattgaggagcttcccaaccaagtacccaaa
ttgcttagttatattcgtgttctaataccatcaagatatacaagcgtgatgcgtagggct
gcagaaacactaggacagctggtgattccaggagctaccttaacttctgattttgtggaa
tcagaagttaaattgtgtttagaatggcttaccacttcacctgaacatacttcccctaac
tcaaaagcagaagctaaaaaacatgcggctatactaataatatcatctttagcaaagagt
gcgccctatatcctgtacccgtatgtgacgcagattctagacagtgtatggatagcgttc
cgggataagaaggaggagatgaggctcgatactgctactatggtcaagagttgtcttgtt
attattcaaagaagagacaggacagtggtgttacagtggtaccaaaagctattagaatca
tgttcacatgaagctcattcgaatactattgagtcagtacattcttgtttattgctttac
aaggagcttctcattctaaaacatccttgcttgaacgagtattacgaagaaatctttcaa
acagcatggacttttagaggccataaatctacaatgataagacatgaaacatatgcctta
aactcattactagcgtcattcgattcgaaattgtttgcgtcaaaatatttgaatgaaacc
attgtagagtatttgtcaaaatttcagaatatgaacatcaatagtgcatacaaaactgac
aggggtcatattttgaggtcaattggtattatttcatcagaagttggtgaagacatttgt
ccctatctgacgcctttgctcgatattattagaaatggccttttaacgaaattcaaagcc
cgtaaaagtttcgaaaaagaattattctattgcacaagtcagctaacactagcatgtggt
tcaaaaatgttaaaatatcttagtaatggtcttctcgacttattactcacctgcaatatc
tcaacgcatatggaagaaacgttacaaacaattacgaatatcttacctacgcttcaggac
aaaacgaactctaaattactggatcttgtgtcacaattattatctggtaataactttaag
ccgcctggctctccagtgattttaaagccagtttctttggaacttgcgaggcaattaagg
aattctaatgaactacagaaaaatcttgtagtaaatgacgatgttaatgatgtgaacacc
ctaatacatgcattaaaaatgctacagcatattgaaagtccttatcctttgtcagagttt
gcaaaagatgttgtcataatgtacatcgaacataatgatccccgaataagaaaactggct
gctctaacgacatgtgtggtttttgcgaaagataatatatgcaaacaaacatcattaaat
gccctaaatacggtagaggaagttttatccaagctcttaactgttgcaatcacggatcct
atccctgaaatcagactagagattctaaaacacttggatgatggatttgatacacagtta
gcgcagcgtgagaatatgcttcttttatttacagcgttgaacgatgaagtttttgcaatc
cgtgtagaaacattgaaaattattggtagactaacagctattaatcctgcatatctaatt
ccctctctaagaaagttactcttagagttgctcacggagttaaaatatctaaaaattcct
aggaaaaatgaggaaagtttaactctactatgtcatttgatcagttctacgaaggaaatc
acaaaaccctatattcaaccactattggatgtattattgttgaaagcacaagataaatca
ggtgttattgcttcgattgcattaaaatcaatagggaaattgtcgttagttggaggtgag
gaaatgaaaacccacattccaagattaatgccgttatttatcaacaccttacgggaccaa
tcaaatttttacaagagagaagcagtactcaaaacacttggccaactttcgacggcctca
ggctacgttatcgaaccccttttagactatccagaattgttgggtgtattgaccaatgta
ttgaggtcagattctccacaaaatatcaaaagagaaacagtgagagttcttggcatactt
ggcgcattagatccttataagttaagagagtcctctgatacaagtctggccatagagcaa
aatacacctgctattgatgttgcactattgatgcaaaatatgtcaccttcaaatgatgaa
tacttttctactgtcgcaatccatacgttgctcaaaattctaaaggataactccctaact
ttgcatcataccgcagttgtgcaagctattctgcatatatttcaaacgcttcatctccgt
tgtgtttcatttttaggtcgaattattccagctataatatctgttatgcaaaactgttca
gcttcattactggaattctactttcagcagatcaatttgttagtaatgattgttagacaa
catattcgtccgtacgcagatggcatatttggtacttgtcaaagcttttttggtattaaa
aagctccagattactataatatcgttgattgaatcgatttgtaaggccttagaaggcgaa
ttcaaacgcctagttccttctacgttaacattgtttttaaatgtacttgaaaatgataaa
tccactgacaaaagtgtttctcaaagaatattaaaatgtattattgcaatgggtagcaat
ctagaagagtacacacaccttatcctacctcaagtgatacgaataacagaagcttctaat
aagcacctacagaggtcagcaattataacattgggacgcctggcaaaacacgttaagcta
tctgagatgtgttcaagaatcatacaaacttctctgcgtcttttaaatacaggtgacatt
gcaattatagagatcacaatgaatactttgagtctgatccttttacaaatgaataatgaa
tttactattttcgttcctattgtgaatagaacattgatacaaaaaaatattcaaaattca
gtctatgatcaacttgtgaataagttattaaacaatgagcaacttccgtcaactatattg
ttggatgatgaggaagagggtgaagaagaccttgttacacgggaagcagaggcttcaacg
gataaattaccaatcaatcagtcagtacttaaagtgacgtgggactgcagccagcaacgt
actagagaagattggcaggagtggattagaaggttatccctccagttactcaaagaatct
ccttcacatgcgctacgggcatgttcagggttggccagtgtttattatcctctggctaga
gagctttttaacgtctcttttgccagtatctggtccgaactctacacacaatatcaagaa
gatttaatacagtccctatgtcatgcactcagttccccacaaaatccacctgaaatccat
caaacattactgaatcttgtagaatttatggaacacgatgataaggcgcttcctatctca
tcccagacgttgggagaatatgcagagaaatgtcatgcatatgctaaagccctccatttt
aaagaagctaagtttttacaagagcccgttgataactcgatatttgaatctttgatcagt
ataaataatcagatacaccaaaacgattcagcggttggtattttgaagtacgctcaaaaa
cattacgatttacctttgcaagaaacttggtatgaaaaactacaaagatgggaagatgct
ttagatgcctattctaaacgaagagaggcgggcgataattcgaatgaggtaattatggga
caaatgagatcatatcatgcattaagtgattgggacaacttgtccaaaattgcttctgaa
agatggaccatttctgatttgaacattcaaaaaaaaatggcgcctctagcggccagtgca
gcatggagtttgggagaatgggataaaattgaacaatatatcgacgtaatgaaggaccag
tccccagacagagagttcttcggtgcggtcctatccttacatagaaatgactttgatgaa
gcagaacgacgcatttttaacgctagagatctacttgttactgagatttcagctttgctt
aatgaaagttataatcgagcatataatgtcatcgtcagaagtcaacttatcaccgaactt
gaagaaatcattgttttcaaaaaacttcccacttattctcccaagagtgctacaataagg
aatacgtggaataaaagattattaggatgccaaaagagcgtagatgtttggcaaagagca
ttaaaggtgagatccctggtcattaaaccaaaacaggatatgcacatgtggatcaagttt
gccaatctatgtagaaaatcaggtaagttgaatttggctgagaaggcgctaaacaccttg
cttgaagataattcggatcccgcacattcatctaaagcggcaccaccagtggtttatgct
cagttgaaatatttatgggcaagtggcgctaatgaagaggctttacgttatctgatagga
ttcacttcaaggatggttcatgacttgggtcttgacccaaataacatgattgcccagagt
gtgatacaaaatgcgactgtatcaccctccttttttgaagaatacacaaaattacttgca
agatgtttcctgaaacaaggtgaatggagaatcgcgctccagccaaattggacagtcgaa
aatcctgatgcaattttagggtcataccttttagcaacgcattttgacgaaagatggtac
aaagcttggcacaattgggccctcgcaaattttgaagtaatttcaactataacagcaaat
aagagtataggattcgccaccgaaactgatgatttccaggtagacaagaaggacgatatt
gaattcggtacaatcgagataaataaaaggaaatacccggcagaactaattcaaaggcat
gttgtacctgccataaaagggtttttccattctatttccttatctgaagctagcgctctt
caagatactctgagattgctaacactgtggtttacttttggtgggacgtctgaggctgca
gccgccatgtatgacggtttcaagctcataaagattggaaactggttggaggtgctaccg
cagttaatctcccgtatccatcaacctgacgaactcgttagtagatcccttttatctcta
ctttctgatctaggtaaggcacatccacaagtattggtgaatccactaattgttgcaatc
aaatcgggatctttatctcgacaagtggctgcaagatctattattgaaaaaatgagagtg
cacagctcacttttagttgatcaagccgaattagtatgtgatgaattgattcgtgttgcc
gttttatggcaagaacaatggtatgaagggctagaagatgcaagtaggcaatactttgga
gagcataacacagaaaaaatgtttgcaacgatagaaccattacatgagctattgagccat
cctccagaaacgctagaagaggcttctttcgaaaatacttatggacgtgacttaaatgat
gcttatgagtggatacaaaattataaacgtaccaaagacgtaagccatttaaatcaggca
tgggatatttattacaatgtttttcgcaggatcagtaggcaactaccacaaatgcaaaca
ttagaattacaaaatgtctccccaaaattacttgccgctcgcgatctagagctagcagtt
cctggtacatatagtactggtaaacctattacaaagatctccttcttcgatcctacattc
tctgttatttcatcaaaacagagaccaaggaaagttaatattagaggtagcgatggtaag
aattaccagtatgcactaaaaggacatgaagacatcagacaagataatttggttatgcag
ttatttggtctggtcaacacactgctagaacatgatccagattgtttccaaagacacttg
gatatacaacaatttcccgccattccattatcacctaagtcaggactattaggttgggtt
cctaatagtgatacattccatgttttgataagagagcatagagatgccaacaaagttcca
ttgaatatcgaacactgggtaatgctgcagatggctcctgattatgataatataacccta
ttacaaaaaatcgaagttttccagtatgcaatggagaatacaaaaggccaagatttagcc
caaattttatggttaaagagtagatcctctgagatctggctagacagaaggactgttttt
ataaggtcattggcagtgatgtcaatggttggatacatacttggtctaggagatcgtcat
ccaagtaacctgctattagataaaataacgggcaaagttgttcatattgattttggtgat
tgttttgaggcagcgatactgagagaaaagttccctgaaaaagttccatttagactaact
cgtatgttaataaatgctatggaagttagtggaattgaaggtactttccgcattacgtgt
gaaaatgttatgagggtacttagagataataaagaatccttgatggcgattttagaagct
ttcgcatatgatcctctaattcagtggggttttgatttgccaaccgaaaagattattgaa
gagaccggcattcaactgcagttgtctgacgcaaatgaattactaagaaaaggtgtggtg
acggctgaagaagcaagaaaactggaggccgaagagcgtactgaaattaggaacgccaga
gctgttcttgttctgaggcgtatcactaacaaactaaccggtaatgacatatctagattc
aaagagctaaatgtccccgagcaagtagacaaattgattattcaagcaatgtcgatagaa
aatctttgccaacactatgttggatggtgtcccttttggtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (5)   
   KEGG PATHWAY (5)   
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 (9)   
   Pfam (9)   
All databases (27)   

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