KEGG   Solanum tuberosum (potato): 102604383
Entry
102604383         CDS       T02981                                 
Name
(RefSeq) serine/threonine-protein kinase TOR
  KO
K07203  serine/threonine-protein kinase mTOR [EC:2.7.11.1]
Organism
sot  Solanum tuberosum (potato)
Pathway
sot04136  Autophagy - other
Brite
KEGG Orthology (KO) [BR:sot00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04136 Autophagy - other
    102604383
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:sot01001]
    102604383
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:sot04131]
    102604383
Enzymes [BR:sot01000]
 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
     102604383
Protein kinases [BR:sot01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   102604383
Membrane trafficking [BR:sot04131]
 Autophagy
  Other autophagy associated proteins
   mTORC1 complex
    102604383
   mTORC2 complex
    102604383
SSDB
Motif
Pfam: FAT PI3_PI4_kinase DUF3385 FRB_dom FATC HEAT_EZ Cnd1 HEAT HEAT_2 TPR_2 Vac14_Fab1_bd UTP20_N TPR_14
Other DBs
NCBI-GeneID: 102604383
NCBI-ProteinID: XP_006346275
Position
Un
AA seq 2470 aa
MATTVQAIRYPVATTGAGNIDALNRVLADLCSRGNPKDGAALTLRRLVEEEARDLSGEAF
ARFMDHLYERITTFLDSNEVSENLGALRAIDELIDVTISENASKVAKFSNYMRVAFETKR
DPEILVLASKVLGHLARSGGAMTADEVERQVKVALEWLRGERIEYRRFAAVLILKEMAEN
ASTVFNVHVPEFVDAIWVALRDPTLAVREKAVEALRACLRVIEKRETRWRVQWYYRMFEA
TQDGLGRNAPVHSIHGSLLAVGELLRNTGEFMMSRYREVAEIVLRYLEHRDRLVRLSITS
LLPRIAHFLRDRFVTNYLTICMNHILHVLKIPAERASGFIALGEMAGALDGELINYLPTI
TSHLRDAIAPRRGRPSLEALACVGNIAKAMGPTMEPHVRGLLDPMFSAGLSVTLVDSLEL
LTESIPPLLPTIQNRLLECISAILSRSHHAMSRQSAALSRGHLATVTPQVPELSGSALVQ
LALQTLARFNFKGHDLLEFARESVVVYLEDEDGATRKDAALCCCKLIANSFLAMSSTQFS
PSRINRASGKRRRLVEEIVQKLLIAAVADADVTVRHSIFSSLYADGGFDEFLAQADSLTA
IFATLNDEDFEVREYAISLAGRLSEKNPAYVLPALRRHLIQLLTYLEQSSADNKCKEESA
KLLGCLIRNCERLVLPYVTPIHKALVAKLCEGTGVNANSGIISGVLVTVGDLARVGGFAM
RQYISELMPLIVEALLDGAAVTKREVAVSTLGQVVQSTGYVITPYNEYPQLLGLLLKLLN
GELAWSTRREVLKVLGIMGALDPHVHKRNQQSLPGSHGEVTRVTGDPGQHIRSMDELSTD
LWPSFATSEDYYSTVAINSLMRILRDPSLSSYHQKVVGSLMFIFKSMGLGCVPYLPKVLP
DLFHIVRICEDGLKEFITWKLGTLVSIARQHIRKYLPELLSLISELWSSFSLPVANRPVH
IAPILHLVEQLCLALNDEFRKYLPDILPCCIQVLTDAERFNDYTYVIPILHTLEVFGGTL
DEHMHLLFPALIRLFKVDASVEVRRGAIKTLTRLIPCVQVTGHISSLVHHLKLVLDGNKE
ELRKDAIDALCCLAHALGEDFTIFIPSIHKLMVKHRLQHKEFEEIQGRLEKREPLIFGST
TAQRLNRRLPVEVISDPLSDGESDLYEVGTDMQKQLRNHQVNDGRLRTAGEASQRSTKED
WAEWMRHFSIELLKESPSPALRTCARLAQLQPFVGRELFAAGFVSCWSQLNEASQRQLVR
SLEMAFSSPNIPPEILATLLNLAEFMEHDERPLPIDIRLLGALAEKCRAFAKALHYKEME
FEGALSNRRDANPVAVVEALIHINNQLHQYEAAVGILTYAQQHLGVQLKESWYEKLQRWD
DALKAYTAKASQASSSHLCLDATLGRMRCLAALARWEELNNLCKEYWTPAEPAARLEMAP
MAANAAWNMGEWDQMAEYVSRLDDGDETKFRVLGNTASSGDGSSNGTFFRAVLLVRRGKY
DEAREYVERARKCLATELAALVLESYERAYSNMVRVQQLSELEEVIEYCTLPPMGNPVAE
GRRALVRNMWNERIKGAKRNVEVWQVLLAVRALVLPPTEDIETWIKFASLCRKNGRISQA
RSTLIKLLQFDPETTPATGRYHGPPQVMLAYLKYQWSLGEDHKRKEAFARLQDLAMDLSR
TATLQPVMQNALVASSGAPLVARIYLRLGTWKWALSPGLDDDSIQEILSAFRNATHCATK
WGKAWHTWALFNTAVMSHYTLRGFANIAAQFVVAAVTGYFHSIACGAHAKGVDDSLQDIL
RLLTLWFNHGATSEVQMALQKGFTHVNINTWLVVLPQIIARIHSNNHAVRELIQSLLVRI
GQSHPQALMYPLLVACKSISNLRRAAAQEVVDKVRQHSGVLVDQAQLVSKELIRVAILWH
EMWHEALEEASRLYFGEHNIEGMLKVLEPLHEMLEEGAMRNNTTIKEKAFIQAYRIELLE
AYECCMKYRRTGKDAELTQAWDLYYHVFRRIDKQLQTLTTLDLQSVSPELLECRDLELAV
PGTYRADSPVVTIASFAPQLVVITSKQRPRKLTIHGSDGKDYAFLLKGHEDLRQDERVMQ
LFGLVNTLLENSRKTAEKDLSIQRYDVIPLSPNSGLIEWVPNCDTLHQLIREYRDARKIT
LNQEHKLMLSFAPDYDNLPLIAKVEVFEYALQNTEGNDLSRVLWLKSRTSEVWLDRRTNY
TRSLAVMSMVGYLLGLGDRHPSNLMLHRYSGKILHIDFGDCFEASMNREKFPEKVPFRLT
RMLVKAMEVSGIEGNFRSTCENVMQVLRLHKDSVMAMMEAFVHDPLINWRLFNFNEVPQM
STLASAHVPPVVNSEESSSDRELLQPQRGARERELLQAVNQLGDANEVLNERAVAVMARM
SNKLTGRDFAATSASSSSLQHPLDHSTLISGETREADHGLSVKLQVQKLIQQAMSHENLC
QNYVGWCPFW
NT seq 7413 nt   +upstreamnt  +downstreamnt
atggctaccaccgttcaggcgatccgttatccagttgcaaccaccggtgccggaaatatt
gatgctctcaatagagttcttgctgacttatgctcaagaggcaatcctaaggatggggct
gcattgactttgaggcggcttgtagaggaagaagctcgtgatcttagtggagaagctttt
gctcgttttatggatcatctatatgaacgcattaccacatttcttgatagtaatgaagtt
tctgaaaacctgggagcattgagggctattgacgagctaatagatgtcaccatcagcgaa
aatgcatcaaaagtggcaaaattctccaattacatgcgcgttgcttttgaaacaaagcgt
gatcctgaaatcttggtccttgctagtaaagttcttggtcacctagctagatctggtggt
gcaatgactgcagatgaagtggaacgtcaggtaaaagttgcattagaatggctccgtggt
gaaagaattgagtatcgtcgctttgctgctgtcttaatattgaaggaaatggcagaaaat
gcttcaaccgtcttcaatgttcacgtgccggagtttgtggatgctatttgggttgctctg
agggatccaacgttggctgtccgggagaaggctgttgaggcattgcgtgcctgccttcgt
gttattgaaaagcgtgagacacgatggcgtgttcagtggtattatcgaatgtttgaggct
acccaagatggattggggagaaatgcgcctgttcatagtatacatggatctcttctcgca
gtcggggagctgctaaggaacacaggggagttcatgatgtcaagataccgggaggttgct
gaaattgttctaagatacctggagcaccgagatcgcctagttcgcctcagcataacttct
ttacttcctcgaatcgcccatttcctgcgtgatcgatttgtgactaactatttaacgata
tgcatgaatcatatacttcatgtccttaaaatacctgcagaacgtgccagtgggttcatt
gctctgggggagatggcaggtgctctggatggtgaactcatcaactatttgccgacaata
acctctcacttgcgtgatgcgattgctccccgtagaggcagaccctcacttgaggctctt
gcatgtgttggaaatattgctaaagcaatgggaccaaccatggagcctcatgttcgtggt
ctcttggatcctatgttttctgctgggctttccgtaacactggtggattcgttggagtta
ctaactgaaagcattccacctttgttgccgaccattcagaatcggctgcttgaatgtata
tcagcaatcctttcaagatctcatcatgcaatgtcaagacaatcagctgctttgagtcga
gggcatcttgctacagttaccccccaagttccagaactgagtggttctgcgttagtacaa
cttgctttgcaaactcttgctcgttttaatttcaagggccatgatcttcttgagtttgca
agggagtctgttgttgtatacttagaagatgaggatggagctacacggaaggatgctgcg
ctgtgttgctgcaaactaatagcaaattcttttttggcgatgtcttctacccagtttagt
cctagtagaatcaatcgcgctagtggaaagcgacgtcgacttgttgaagagattgttcaa
aaacttctcattgccgctgttgctgatgctgatgttactgttcggcattctatattttcc
tctctttatgcggatggaggattcgacgagtttctggctcaggctgatagtttgacagct
atatttgccactttaaatgacgaggattttgaagttcgtgagtatgcaatttcactagcc
ggcagattatctgaaaagaatccagcatatgttctaccagcacttcgtcgccatcttatt
cagctgttaacttacctagaacaaagcagtgcagacaataagtgtaaagaagagagtgca
aagttattgggttgcttgattcgcaattgtgaacgcttagttcttccatacgttactcct
atacacaaggctcttgttgcgaaactctgtgagggcacaggggtcaatgcaaatagtggc
attattagtggagtcctagtgactgttggggatctcgcaagagtgggcggctttgccatg
cgacagtatatttcagaacttatgccattaattgttgaagctctactggatggggctgct
gttaccaaacgtgaagtggctgtttcaacacttggtcaagttgtacagagtacaggatat
gtaattactccatacaatgagtatcctcagttgcttggtttgctcttgaaactgctcaat
ggtgaactggcttggtcaacaagaagagaggttttgaaggttctcggcatcatgggtgct
ttagatccccatgtgcacaagcgcaatcaacaaagcttacctggatcccatggtgaagtt
acacgggtgactggtgatcctggtcaacatataagatcaatggatgaattgtctacggat
ctctggccatcctttgcaacatctgaggattattattccactgttgctatcaactcactc
atgcggattctcagggatccatctctgtcaagttaccaccagaaagtggttggatctctt
atgtttattttcaagtcaatgggcctcgggtgtgtcccttatttgcctaaggttttgcct
gatctctttcacattgtacgcatatgtgaggatggtctaaaggaatttataacatggaaa
cttggaaccttggtatctattgcacgacagcacatccgtaaatatctgccagagttgctc
tctctgatatcagaattatggtcatcgttcagcttgcctgttgctaacagacctgtccac
attgctcctattctgcatctcgttgagcaactttgcttggcactcaatgatgaattcaga
aagtatcttcctgatatacttccctgttgtattcaagttcttactgatgcggagaggttt
aatgactacacatatgttattcctattctccacacccttgaagtttttggtgggacatta
gatgagcatatgcatcttctttttcctgcacttattcggttgtttaaagtggacgcttca
gtagaagtaagacgtggtgcaatcaaaactcttacaagattgataccttgtgtgcaggtt
actggacacatatcttcgcttgtgcatcacttgaagcttgtcttggatggaaacaaagaa
gagctcaggaaagatgctattgatgcactttgttgcctagctcatgctcttggagaggac
ttcaccatttttattccttctattcataagcttatggttaaacataggctgcagcacaag
gaatttgaagagatccagggacgactggaaaaacgcgagccactgatttttgggagcacc
acagctcagagattaaatcggcggctgccggttgaggtcatcagtgatcctttaagtgat
ggagagagtgacctctatgaggttgggaccgacatgcagaagcagctcagaaaccatcag
gtcaatgatggcagattgcgtaccgccggtgaggcttctcaacggagtactaaagaggat
tgggcagagtggatgaggcatttcagcattgaacttttgaaagaatcacctagtccagca
ttaagaacatgtgcaagactggctcaactacagccttttgttgggcgggagctgtttgct
gcaggttttgttagttgctggtcacaacttaatgaggctagtcaaaggcagctagtacgg
agtttagaaatggcattttcttctccaaatatcccacctgaaattcttgctacacttctg
aacttggcggagtttatggaacatgatgagagaccccttcctatagacatccgtctgctg
ggtgctctagcggagaagtgtcgagcatttgcaaaggccctacactacaaggaaatggaa
tttgaaggcgcactttcaaataggagggatgcaaatcctgttgctgtagttgaagctcta
atccatataaataatcaattacatcaatatgaggcagctgttggaatattaacatatgct
cagcagcatttgggggttcagttgaaggagtcatggtatgagaagttgcaacgctgggac
gatgctcttaaagcatacactgctaaggcgtcacaagcttcgagttcacatctttgtttg
gatgctactctaggacgtatgcgatgccttgctgctctagctcggtgggaggagcttaac
aatctttgtaaggaatactggacgccagctgagccagcagctcgactggaaatggcacca
atggctgctaatgctgcctggaacatgggtgagtgggatcagatggcagaatatgtttct
cggcttgatgatggtgatgaaaccaaattccgagtcttgggaaatactgcttccagcggt
gatggaagtagtaatggcaccttttttagggccgttcttctagttcgtcgagggaagtac
gacgaagcacgtgaatatgttgaaagagcaaggaaatgtttggcaaccgagcttgctgca
ctggttcttgagagctatgaacgtgcttacagcaacatggttcgcgttcaacagctttct
gaattagaagaggtcattgagtactgtactcttcctcctatgggaaaccctgttgctgaa
ggaagaagagcccttgttcgcaatatgtggaatgagcgcataaagggtgcaaaaagaaat
gtcgaggtctggcaagtacttttagctgtgagggcacttgtattgcctcctacagaagat
atagaaacatggatcaagtttgcatcactctgccggaaaaatggcagaattagccaagct
agatctacgttgattaaactcttacagttcgatcctgaaacgactcctgcaactgggcgg
tatcacggcccccctcaggtgatgctagcatacttaaagtaccaatggtcacttggtgag
gatcataagcgaaaggaagcctttgctaggttgcaggaccttgctatggacctctcgaga
acagctactcttcaaccagtaatgcagaatgcattagttgcttcttctggtgcgccactt
gttgctcgtatatacctcagactcggcacttggaagtgggcactttctcctggtttggat
gatgattctatacaagaaattcttagtgcatttagaaatgctactcactgtgcaacgaag
tggggaaaagcatggcatacttgggcacttttcaatacagcagtgatgtctcattacact
ctaagaggttttgcaaatattgctgcacagtttgttgttgctgccgtaactggttatttt
cactctatagcttgcggagcacatgctaagggtgttgatgatagtttacaggatattctt
cgtcttcttactttgtggttcaaccatggagctacttctgaggtccaaatggcattacag
aaaggattcacacatgttaacatcaacacatggttggttgttttacctcagattatcgca
cggatacattcaaataaccatgctgtcagagaactgatacagtccttgttagtgcgaatt
ggacagagtcatccacaggctcttatgtatccacttcttgtggcatgtaagtcaattagc
aatttgcgcagagctgcagctcaagaggtggttgataaagttaggcagcatagtggcgta
ctcgttgatcaggcccaacttgtctcaaaggagcttatcagggttgcaatactttggcat
gaaatgtggcatgaggcattggaagaggccagtcgtctgtattttggtgaacacaacatt
gagggcatgctgaaggtgttagagcctctgcatgaaatgcttgaggaaggagcaatgagg
aataataccactataaaggagaaggcattcatccaggcataccgtattgagttgttggag
gcctatgaatgctgtatgaagtatcggagaactggaaaagatgctgaattaacacaggct
tgggatctctattaccatgtattcaggcggatagataagcagcttcaaacactcacaacc
ctggatttacagtctgtttcccccgagttgctagagtgtcgagatttagagctagctgtt
cctggaacttatcgagcagattcaccagtggtgacaattgcatcatttgcaccccaactt
gttgtaattacatccaaacaacgacctcgtaaattgacaatccatgggagtgatggaaaa
gactatgctttcttgctcaaagggcatgaagatttacgccaagatgaacgtgtcatgcag
ttgtttggtctggttaatactttgctggagaactcgagaaagactgcagagaaagattta
tcaattcaacgatatgatgtcattccattgtcccctaatagtggactgatagaatgggtt
ccaaattgtgacaccttgcaccaacttattcgagaatatagggatgctcggaagatcacc
ctaaatcaagagcataaattgatgctgagttttgcaccggattatgataatttgccactt
attgccaaggtggaggtgtttgaatatgctttgcaaaatacagaagggaatgacttatca
agggttctttggttaaagagtcgcacttctgaggtctggctggacagaagaacaaattat
acaagaagtttggctgtcatgagcatggttggatacctacttggtttgggtgatcgacat
cctagtaacctcatgcttcaccgatatagtgggaagattctgcatattgattttggcgat
tgttttgaagcttcaatgaatcgggagaagtttccagagaaggttccgtttcgcctcact
agaatgcttgtaaaagcaatggaggttagtggtatagagggaaatttccggtcaacatgt
gagaatgtgatgcaagttctccgactgcataaagatagtgttatggctatgatggaggcc
tttgttcatgacccacttataaattggcgtcttttcaatttcaatgaagttccgcaaatg
tccacacttgccagtgcgcatgtgcctcctgttgtgaatagtgaggagtcctcttcagat
agagagcttcttcagccacaaaggggtgcaagggagagagaactgcttcaggcggtcaat
caattaggtgatgccaatgaagttctaaatgaacgtgctgtggctgtcatggctcgaatg
agtaataaactcactggacgtgattttgctgctacctctgcatcttcaagctctctacag
catccactggatcacagtacgttgatttctggagagacgcgtgaagctgatcatggttta
tcagtgaaactacaagtccaaaaacttattcagcaagcaatgtctcatgaaaatctttgc
caaaattatgttgggtggtgtccattttggtag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
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)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (13)   
   Pfam (13)   
All databases (28)   

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