KEGG   Pyrenophora teres: PTT_08717
Entry
PTT_08717         CDS       T01613                                 
Name
(GenBank) hypothetical protein
  KO
K07203  serine/threonine-protein kinase mTOR [EC:2.7.11.1]
Organism
pte  Pyrenophora teres
Pathway
pte04113  Meiosis - yeast
pte04136  Autophagy - other
pte04138  Autophagy - yeast
pte04139  Mitophagy - yeast
Brite
KEGG Orthology (KO) [BR:pte00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04138 Autophagy - yeast
    PTT_08717
   04136 Autophagy - other
    PTT_08717
   04139 Mitophagy - yeast
    PTT_08717
  09143 Cell growth and death
   04113 Meiosis - yeast
    PTT_08717
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:pte01001]
    PTT_08717
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pte04131]
    PTT_08717
Enzymes [BR:pte01000]
 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
     PTT_08717
Protein kinases [BR:pte01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   PTT_08717
Membrane trafficking [BR:pte04131]
 Autophagy
  Other autophagy associated proteins
   mTORC1 complex
    PTT_08717
   mTORC2 complex
    PTT_08717
SSDB
Motif
Pfam: FAT PI3_PI4_kinase DUF3385 FRB_dom HEAT_EZ FATC HEAT_2 HEAT Adaptin_N Cnd1 IFRD Tti2 TAF6_C
Other DBs
NCBI-ProteinID: EFQ93809
UniProt: E3RKG0
Position
Unknown
AA seq 2413 aa
MTQQGPLSSALDRIVHELRSKNDETRQRAANTLRQTVEAAHRELAPNVFTNFNNEVYTKI
SGLIVTGSDSNERIGGIHALNALIDFRGDDAGQKTTRFASYLRAVMRGQDVTAMVVAAKA
LGRLAKPGGTLTAELVEAEVKGALEWLQLERLENRRFAAVLILRELAKNSPTLMYQWIAQ
IFEVIWVALRDPKVLIRESAAEAISACFEIISPRDSQMRQLWFGKVYDEILRGFTINTNE
AIHGSLLTMKELLDKSAMFMNDQKYKETVEQVLKYREHRDALVRREVVLIIPILAGYSPT
EFATKYLHQCMLHLQGLIRKDRDRDKAFVAIGQIANAVGVAISPYLEGILGFIQEGLIAK
SRNKSGINEAPIFQCLSMISAAVGQALTKSVERLLDPIFSCGLSDSLFQALVDMAHYVPP
SRPMIQEKLLDLLSQILAGRHFLPLGSPYQVSQPPQIWTRDHKDPQTIAPREAEIALALH
TLGSFDFTGHVLNEFVRDVAIRYVEADNPEIRKRAALTCCQLFVKDPIVHQTSTHATKVV
GDIIEKLLTVGVGDVDPDIRWDVLIALDARFDRHLGKADNVRTLFLALNDEVFGIREAAM
SIIGRLTAVNPAYVFPSLRKVLLQLLTEVNYANSPRSKEESAKLISSLVGAADSLIKPLI
DPIVEVLLPKCKDPNPEVASTTLKAIGDLATVGGEGMIKYIKDLMPVILDFMQDQTSDAK
RFSALKALGQLATNAGYVIEPYRDYPELMNILMSIVKTEPEGELRRETVRLMGTLGALDP
DEYQKIMEQSPDKHLILEAQAITDVSLIMQGITPSNEEYYPTIVISTLMGLLKDPSLVQY
HTAIVEAVMNIYATMGLKCVPFLNQVVPGFLHVIKSTPAGRSEGYFNQLSQLVRIVRQHI
RPYLPSILATIKEYWSSSPQLQATILSLIEAIARSLEGEFKVYLADVLPLMLSVLDSDQT
GKRLPSERVLHAFLIFGSSAEEYMHLIIPVMVKMFDKPGQPIQIRRHAIETLGRLSKQVN
VSEFAARIVHPLCRVLSGSEPTLKQTALETLCALIFQLGPDYIHFVPTVNKILIAHKVPH
ENYGRIVSKLQKGEPLPQDLSPDERYGEDDEDLNPAEILTKKLAVNQQHLKQAWEASNKT
TKEDWIEWMRRFSVELLRESPQQALRACTPLGSVYNPIARTLFNSAFVSCWTELYDQYQE
ELVRSIETALTSPNIPPEILQVLLNLAEFMEHDDKALPIDVRILGMYAGKCHAFAKALHY
KELEFNAEQNSSAVEALISINNQLQQTDAAFGILRKAQNYHDVELKETWFEKLQKWDEAL
AAYQRRELEEPDSFDVTMGKMRCLHALGEWDLLSSLSKEKWANATQEYRKAIAPLAATAA
WGLGKFADMDNYLGVMKEQSPDRAFFASILNIHNNRFEIAVEEIAKARKGLDTELSSLLG
ESYQRAYLPMIRVQMLAELEEIMQYKQNEGNLEKQKSMRKTWMKRLRGLQPNPEVWQRMI
KVRQLVISPQEGTDMWIKYTNLCRKSNRMNLANKALQKLLDIESTGDSTVVEFVRNNAHA
ISHPVAYTTYKYMWADQNHKQEALDSMKEFTGRLSEDLAMRTRAAANPMMGQNGMNGMSN
GQHMFNNMNPFATTNGHNGVNGMNGSAMLNGSAAGVSPSELVQCHRLLAKCYLKQGDWQQ
ELQDGEWEHEYVHEILAAYAAATRYNKDWYKAWHAWALANFEVINSITSKSDREATEVPN
NIIHDHVIPAIQGFFKSIALSSTSSLQDTLRLLTLWFGYGGREGVNRTITEGTKSVPIDT
WLEVIPQLLARINQPNAVVRQSIHQLLIEVGKAHPQALVFPLTVSMKSDVSRRQRSAKEL
MEAMREHSPKLVEQADLVSHELIRIAVLWHEQWHEGLEEASRLYFGDHNIDGMFATLAPL
HAMLDKGPETLREISFIQSFGRELQEARDWCNTFRTSGEIGDLNQAWDLYYQVFRKIARQ
LPSLMTLELQYVSPKLKDAHDLELAVPGTYQVGKPVIRIISFDPVASVIQSKQRPRKLEM
RGSDGKAHTHILKGHEDIRQDERVMQLFGLCNTLLSNDVESRKRHLNIQRYAAVPLSTQS
GLLGFVPNSDTLHVLIREYRDSRKILLNIEHRIMLQMAPDYDCLTLMQKVEVFGYALDNT
TGQDLYRVLWLKSKSSEAWLDRRTNYTRSLAVMSMVGYILGLGDRHPSNLMLDRITGKVI
HIDFGDCFEVAMHREKYPERVPFRLTRMLTYAMEVSNIEGSYRTTCEHVMRVLRSNKESV
MAVLEAFIHDPLLTWRLNHRDTSPVEPNYPSERRQSIMGEAANVPPEHQMSSIVGRPRHR
SSVAPPQNNDVDAKEVQNARALQVLSRVKEKLTGRDFGKGEDLPTEIQVDRLIKEATNLE
NLCQHYIGWCSFW
NT seq 7242 nt   +upstreamnt  +downstreamnt
atgacgcagcaaggtcccctttcgtccgccctggaccgcatagtgcacgaactacgctca
aaaaatgacgagacacgacagcgagcagcaaatacactgcgacagacggttgaagcggcg
caccgagaactcgcgcccaacgtctttaccaatttcaacaatgaagtttacaccaagatc
tccggcctcattgtaacgggcagcgactccaacgaacgcatcggcggcatccacgcgctc
aacgccctgatcgacttccgcggcgacgatgcgggacagaagacgacgcgctttgcctca
tacctgagggccgtgatgcggggccaggatgtcacggccatggtggtagcagccaaggct
ctgggacgactggcgaagcccggtggcaccctcacggcagagctggtcgaggccgaggtc
aagggtgcgctggagtggctgcagttggagcgcctggagaatagacgcttcgctgctgtc
ctcatactacgcgagctggcgaaaaactcgcccacgctcatgtaccaatggattgcacaa
atcttcgaggtcatatgggtcgccctccgggaccccaaggttctcattcgagagtctgcc
gccgaggcaatcagcgcatgcttcgagatcatctccccacgcgactcgcaaatgcgccag
ctctggttcggcaaggtctacgacgagattctgcgcggattcaccatcaacaccaatgaa
gcgatccatggctcgctccttaccatgaaggaactgctcgacaagagcgcaatgttcatg
aatgaccaaaagtacaaagagactgttgagcaggtactcaagtaccgagagcatcgcgat
gctctggtccgaagagaagtggtgctcattatacctatactcgctggctattcgccaacc
gaattcgccacaaagtatctgcatcaatgcatgctacatctccagggtctaattaggaaa
gaccgtgaccgagacaaggcgttcgtagccattggacagattgcaaatgccgtcggcgtt
gccatctcaccctatctggaggggattctaggcttcatacaggagggcctgattgccaag
tcccggaataaaagcggtatcaacgaagcgcctatattccaatgtcttagtatgatatca
gcagcggtcggccaagccctcaccaagtctgtcgagcgactactggaccccattttctca
tgcggcttgagcgactctctcttccaagcacttgtagacatggcgcattacgtaccgcct
tcgcggccgatgattcaagaaaagctgcttgatctcctcagccagatccttgccggccga
cacttcttacccctaggcagtccatatcaggtatctcagcctccgcaaatatggacacgt
gaccacaaagatccgcaaaccatcgccccaagagaagctgagattgcactagccctgcac
acactcggtagtttcgacttcacaggccatgttctgaacgagttcgttcgcgatgttgcg
atccgatacgtagaggcggataaccccgagatccgcaaacgcgccgcgttaacttgctgc
cagctctttgtcaaggatcctattgtccaccagacaagtactcacgctacaaaagtggtt
ggggacatcatcgaaaaactgttgactgtcggtgtgggcgatgttgatcccgacataagg
tgggatgtcctaatagccttggatgctcggttcgaccgacatctcggcaaagcggacaat
gttcgtactctgttccttgcgctgaacgatgaggtattcggtattcgggaagctgccatg
tccatcattggtcgactgacagctgtgaatcctgcttatgtcttcccatcactccgcaaa
gtccttttgcagctactcaccgaggtcaactatgccaacagcccgcggagcaaggaagaa
agtgcaaagttaattagtagtcttgtcggtgctgctgacagtctcattaagccactgatc
gatccaatcgtcgaggtccttttgcccaagtgtaaggatccaaatcctgaagtcgcttca
acaacactcaaagccattggtgacctcgccacagtcggtggggagggcatgatcaaatac
atcaaggatctgatgcccgtcattctggacttcatgcaagatcagacgtcggatgctaag
cgcttctctgctctgaaagctctcgggcagctagctacgaacgctggctatgttatagag
ccgtacagagactacccggagctgatgaacattctcatgagcattgtgaagacagaaccg
gaaggtgaactccgaagggaaactgttagactcatgggtacccttggggctttagatccc
gacgagtatcagaagatcatggagcagtcgcccgacaagcatcttatcttggaagcgcag
gctatcacagatgtctcgctcatcatgcaaggcatcacgccctcaaacgaagagtattac
cccacaatcgtcatcagcacgctcatgggtctgttgaaagatccatccctggtccagtac
cacaccgctatcgtagaggctgttatgaacatttacgcgacaatgggcttgaagtgcgtg
cctttccttaatcaggtcgtgccaggtttcctccatgtcataaaatccacgccagcggga
cggtcggaaggctacttcaaccagctcagtcaactcgttcggatcgtgcgccaacacatt
cgcccttacttaccaagcatcctcgcaacgatcaaagagtactggagtagcagtccacag
ctccaagccacgattctttcattgatcgaggccattgctcgctcattggaaggcgaattc
aaggtctacttggctgatgtgctaccgctcatgctcagcgtacttgactctgatcagact
ggcaagcgcttaccttcagagagagtacttcacgcgttcctcatcttcggctcgagcgcc
gaagagtacatgcacctcatcattccagtcatggtcaagatgttcgataagcctggccag
cctatacaaatccggagacatgctatcgagactctaggacgtctgtcgaaacaagtcaat
gtctctgagtttgctgcgcgtattgtgcaccctctctgtcgagtgctttccggcagcgag
ccgacactgaagcagactgcactggagacactctgtgcactcatctttcagcttggtcca
gattacattcactttgtgcctactgtgaacaagattcttattgcgcacaaggtacctcat
gaaaactatgggcgcatcgtttcgaagttacagaagggcgaacccctaccccaagatctc
agcccagatgagcgttacggtgaagatgacgaagacttgaatcccgcagaaatcctcacc
aaaaagctagcggtcaaccagcagcatctcaagcaagcctgggaggcctcgaataaaacc
accaaagaagattggatcgaatggatgcgacgatttagtgtggaattgctgagagaatca
ccgcaacaagcactacgcgcttgcacaccactcggtagcgtgtataacccaatcgccaga
accttgttcaattctgcctttgtctcatgctggacagaactgtatgatcaataccaagag
gagcttgtgcgttccatcgagactgcacttacgtcgcccaatatcccgcctgagatattg
caagttctgctgaacctagcagagtttatggaacatgacgacaaggctctaccaatcgac
gtccggatacttggcatgtatgccggcaaatgtcatgcatttgccaaggcattacattat
aaggagctcgaattcaacgcggagcagaattccagtgctgtggaagcccttatcagtatc
aacaaccagctgcagcagactgatgctgccttcggtatcttgcgtaaggcgcaaaattac
catgacgttgagttgaaagagacttggtttgagaagttgcagaagtgggacgaggcgctt
gcagcgtaccagagacgtgagctcgaagagccagactctttcgacgtcactatgggtaaa
atgcgctgcttgcacgctctgggcgaatgggatcttctttccagcttgtccaaggagaag
tgggccaatgcgacacaagaataccgcaaggcgatagcaccgcttgccgccacggctgca
tggggtctgggtaagtttgctgacatggacaactaccttggtgtcatgaaggagcagtcg
cccgaccgtgcgttctttgcgtcgattctcaatattcacaacaaccgcttcgaaatcgcc
gtggaagagattgcgaaagctcgcaagggtctcgacacggaacttagttcgcttttggga
gagtcgtaccagcgtgcttacttaccaatgatccgtgtgcagatgttggcagaacttgag
gagattatgcagtacaagcaaaacgagggaaaccttgaaaagcagaagagcatgcggaag
acttggatgaagcgactcaggggactacagccgaatccggaagtttggcagcgcatgatc
aaggtgcgacagcttgttatctcaccacaagaaggaaccgacatgtggatcaagtatacc
aacctttgccgaaagagcaataggatgaacctcgcaaacaaggccctgcagaaactactg
gatatcgagagcacgggcgacagtactgtcgttgagtttgtacgcaacaacgcccacgcc
atctcgcaccccgttgcgtatacgacatacaagtacatgtgggcagaccagaaccataag
caggaggccctcgatagtatgaaggaattcaccgggcgactgtctgaggacctggctatg
cgaaccagggctgcggcaaaccctatgatgggccagaacggaatgaatggcatgtccaat
ggccagcacatgttcaacaacatgaatccttttgctaccaccaatgggcacaacggagtg
aatggtatgaatggctcagctatgttgaatggatcagccgcaggtgtctcaccgagcgaa
ctcgttcaatgtcaccgtctacttgccaaatgctacctcaagcagggagactggcagcaa
gagcttcaggacggcgaatgggaacacgagtatgtgcacgagatacttgccgcttacgcg
gcagctacacgttacaacaaggactggtacaaagcatggcatgcctgggcacttgccaac
ttcgaagtcatcaactcgattacgtccaagtctgacagggaggctactgaagtgcctaat
aacattatccacgatcacgtcatcccggctattcagggcttcttcaagtctatcgcgctg
tcttcaactagctcacttcaggacacactccgactgcttacgctgtggtttggttatggt
ggaagggagggggtcaatcgtaccattacagaaggaactaagtcagtacctatcgatacg
tggctcgaggttatcccgcaactcctcgctaggattaatcaaccaaacgccgtggttcga
cagtctatccatcagttgcttatcgaagtgggaaaggcacatcctcaggctttggtgttc
ccgttgacggtctcgatgaagtcggatgtatctcgacgccaacgatcggcaaaggagctc
atggaagcaatgcgcgagcattcgcccaaactagtcgagcaagccgatcttgtgagccac
gagctcattcgtatcgccgtactatggcacgaacaatggcacgagggcctcgaggaagcc
agcagactttactttggcgaccataacatagacggcatgttcgctacactcgcgcccctg
catgcaatgctcgacaagggaccagagacactacgtgagatttcgtttatccagtctttc
ggccgcgaactccaggaggctcgtgactggtgtaacacgtttaggacatctggcgagatt
ggcgacctcaaccaggcgtgggacctctactaccaggtgttccgcaagatcgctcgtcaa
ctgccgtccttgatgacgcttgagttgcaatatgtctcaccgaaactcaaggacgcccat
gaccttgagcttgctgttcccggaacgtaccaagttggcaagccggtgattcgaattata
tcattcgatccagtcgcatccgtgattcaatctaagcagcgacccaggaagctggagatg
cggggcagtgacggcaaggcacatacccatatcctcaagggacacgaagatatccgccaa
gatgaacgtgtcatgcaactctttggcctctgcaacacacttctttccaacgacgtagaa
tcacgtaagcgtcatctcaatattcaaagatatgccgctgttccgcttagcacgcagtct
ggtcttcttgggttcgttcctaacagcgacacactgcatgttctcattcgcgagtaccgc
gacagcaggaagattctcctcaacatcgaacatcgcatcatgctgcagatggcaccggat
tatgactgtctcacgcttatgcaaaaggtcgaagtgtttgggtacgcgctcgacaacacc
acgggccaagatctttaccgcgtcttgtggctcaagtccaagtcttcggaagcctggctt
gatcggcgtaccaactacacgcggtcgctggcagtcatgtcaatggtggggtatattctg
ggtcttggagatcgccatcccagtaacttgatgcttgaccgcatcaccggcaaggtcatt
cacattgatttcggagactgcttcgaagtagccatgcatcgagaaaagtatccggaacgt
gtgccgttccgattgacacgcatgttgacgtatgccatggaagttagtaacatcgagggc
agctaccggacaacttgtgaacatgtcatgcgggtgctgagaagcaacaaggagagtgtc
atggcagtgcttgaagcttttatacacgacccccttctgacgtggcgcctcaaccaccgt
gatacatctccggttgaaccaaactacccctcagaacgccggcaatccatcatgggcgag
gcggcgaacgttccgcccgaacatcaaatgtccagcatcgtcggccgtccccgtcaccgg
tcgtcggttgcgccgccgcaaaacaacgatgtcgatgccaaggaagtgcagaacgcgcgg
gcgttgcaggtgctgagcagggtcaaggagaagctcacaggccgagatttcggcaagggc
gaggacctgccaaccgagatacaggtcgataggcttatcaaagaggcgacgaatttggag
aatctgtgccagcattacattggctggtgtagtttctggtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (46)   
   KEGG ORTHOLOGY (1)   
   RefGene (43)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (13)   
   Pfam (13)   
All databases (70)   

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