KEGG   Cucurbita maxima (winter squash): 111471047
Entry
111471047         CDS       T05246                                 
Name
(RefSeq) serine/threonine-protein kinase TOR
  KO
K07203  serine/threonine-protein kinase mTOR [EC:2.7.11.1]
Organism
cmax  Cucurbita maxima (winter squash)
Pathway
cmax04136  Autophagy - other
Brite
KEGG Orthology (KO) [BR:cmax00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04136 Autophagy - other
    111471047
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:cmax01001]
    111471047
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cmax04131]
    111471047
Enzymes [BR:cmax01000]
 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
     111471047
Protein kinases [BR:cmax01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   111471047
Membrane trafficking [BR:cmax04131]
 Autophagy
  Other autophagy associated proteins
   mTORC1 complex
    111471047
   mTORC2 complex
    111471047
SSDB
Motif
Pfam: FAT PI3_PI4_kinase DUF3385 FRB_dom FATC HEAT_EZ TPR_2 Cnd1 HEAT_2 Adaptin_N TPR_16 UTP20_N DUF6447
Other DBs
NCBI-GeneID: 111471047
NCBI-ProteinID: XP_022972503
UniProt: A0A6J1IA61
Position
Unknown
AA seq 2470 aa
MATSGQSLRSSTAASSGGNFDLLNRILADLCTRGHSKEGAPLALKKHIEEAARDLTGEAF
SRFMDQLYDRISILLESNDVPENLGALRAIDELIDVALGENASKVSRFSNYIRNVFELKR
DPEILVLASRVLGHLARAGGAMTADEVERQVKIALDWLRGERIEYRRFAAVLILKEMAES
ASTVFNVHVPEFVDAIWVALRDPQLAVRERAVEALRACLRVIEKRETRWRVQWYYRMFEA
TQDGLGKNAPVHSIHGSLLAVGELLRNTGEFMMSRYREVADIVLRYLDHRDRLVRLSITS
LLPRIAHFLRDRFVTNYLTICMNHILTVLRTPAERASGFIALGEMAGALDGELKHYLPTI
THHLRDAIAPRRGRPSLEALACVGSIAKAMGPAMESHVRGLLDVMFSAGLSPTLVESLEQ
ITISIPSLLPSIQERLLECISVVLSKSHSPQGRPNALVGRGNVMTVPQPVSDLCGSSLVQ
LALQTLARFNFKGHDLLEFARESVIVYLDDEDGATRKDAALCCCKLVANSFSIMTCTQFG
TSRPSRAGGKRCCLVEELVEKLLIAAVADADVTVRNSIFVSLHGNRGFDDFIAQADSLSA
VFAALNDEDFDVREYAISVAGRLSEKNPAYVLPALRRHLIQLLTYLDQSADNKCREESAK
LLGCLIRNCERLILPYIAPVHKALVARLSEGTGVNANNGIITGVLVTVGDLARVGGFAMR
QYLPELVPLIVEALLDGAAVAKREVAVSTLGQVVQSTGYVITPYNEYPLLLGLLLKLLNG
ELAWSTRREVLKVLGIMGALDPHVHKRNQLSLPGSHGEVTRAASDSGQHIQSVDELPMEL
WPSFATSEDYFSTVAINSLLRILRDPSLASYHLKVVGSLMFIFKSMGLGSVPYLPKVLPD
LFHTVSTCDDTLKDFITWKLGTLVSIVRQHIRKYLPELLSLISELWSSFNFPSTIRPPLG
YPVLHLVEQLCLALNDEFRMILHIILPCCIQVLSDAERCNDYTYVLDILHTLEVFGGTLD
EHMHLLLPALIRLFKVDAPVDIRRASIRTLTRLIPRVQVTGHISSLVHHLKLVLDGKNDE
LQKDAVDALCCLAQALGEDFTVFIPSIHKLLLKHRLRHKEFEEIEGRLRRREPLILGSTT
AQRLSRRVPVEVISDPLNDGDFDPYEDRSDVHKQFRGHQVNDGRLRTAGEASQRSTKEDW
AEWMRHFSIELLKESPSPALRTCARLAQLQPFVGRELFAAGFVSCWAQLNETSQTQLVRS
LEMAFSSPNIPPEILATLLNLAEFMEHDEKHLPIDIRLLGALAEKCRAFAKALHYKEMEF
RDASTKKMDTNPVAVVEALIHINNQLHQHEAAVGILTYAQQHLGVQLKESWYEKLQRWED
ALKAYTAKASQASNPHLVLDAMLGRMRCLAALARWEELNNLCKEYWTPAEPAARLEMAPM
AASAAWNMGEWDQMAEYVSRLDDGDETKLRSLGNTAASGDGSSSGTFYRAVLLVRKGKYD
EAREYVDRARKCLATELAALVLESYERAYSNMVRVQQLSELEEVIDYCTLPVGNSVAEGR
RALIRNMWTERIQGAKRNVEVWQAVLAIRALVLPPTEDIETWLKFASLCRKSGRVSQARS
TLVKLLQYDPETSENGWYSGPPQVMFAYLKYQWSLGEDIKRKEAFARLQVLSRELSSSPI
IQPVKPSSLSSGRSSTAPLLARVCLELGTWQWALSPGLDDDSIQEILTAFQNATQCANTW
AKAWHMWALFNTAVMSHYTMRGFPDVAAQFVVAAVTGYFHSIACAANSKGVDDSLQDILR
LLTLWFNHGATADVQMALQKGFTHVNINTWLVVLPQIIARIHSNNHAVRELIQSLLVRIG
QSHPQALMYPLLVACKSISNLRRAAAQEVVDKVRQHSGVLVDQAQLVSKELIRVAILWHE
TWHEALEEASRLYFGEHNIEGMLKVLEPLHEMLEEGAMKNNTTIKERAFIEAYRRELLEA
YECCMKYKKTGKDAELTQAWDLYYHVFRRIDKQLQSLTTLDLQSVSPELLECRNLELAVP
GTYRAESPVVTIASFATQLVVITSKQRPRKLTIHGSDGEDYAFLLKGHEDLRQDERVMQL
FGLVNTLLDNSRKTAEKDLSIQRYDVIPLSPNSGLIGWVPHCDTLHQLIREYRDARKITL
NQEHKYMLSFAPDYDHLPLIAKVEVFEYALHNTEGNDLSKVLWLKSRTSEVWLERRTNYT
RSLAVMSMVGYLLGLGDRHPSNLMLHRYTGKILHIDFGDCFEASMNREKFPEKVPFRLTR
MLVKAMEVSGIEGNFRSTCENVMQVLRSNKDSVMAMMEAFVHDPLINWRLFNFNEVPQMS
MFSSTHAPPVVNAEDSAQSRELLQPQRGARERELLQAVNQLGDANEVLNERAVVVMARMS
NKLTGRDFPTCSSMSTASVQLAVDHSTLIAGDSREVDHGLSVKVQVEKLIGQATSHENLC
QNYVGWCPFW
NT seq 7413 nt   +upstreamnt  +downstreamnt
atggcaacctcaggccagtcgctccgctcttccaccgctgcctctagtggaggaaacttc
gacttgcttaatcgtatcctagccgacctctgcactcgcggtcattcaaaggagggggct
ccattagcattaaagaaacatattgaagaagcagctcgtgatcttactggggaagcattt
tcccggttcatggatcaattatatgatcgtatttctattcttttagaaagtaacgatgta
cctgaaaatttgggagctttgagggctattgatgagttgattgatgtggctctgggtgaa
aatgcttcaaaagtttcgaggttttctaattatattaggaatgtatttgagctgaagcgt
gatcctgaaattttggtacttgctagccgagttttgggtcatctagctagggcaggtgga
gcaatgacagcagatgaagttgaacgccaggtaaaaattgctttggactggttgcgcggg
gaaaggatcgagtatcgtcgctttgctgctgtcttaattctgaaggaaatggcagaaagt
gcttcgacagtcttcaatgtgcatgtaccagaatttgttgatgccatttgggttgctttg
agggatccacagctggctgttcgggagcgtgctgtagaggcattgcgtgcttgccttcgt
gtcattgaaaagcgagagacgcgttggcgtgtgcaatggtactatcgaatgtttgaagcc
acacaagatgggttgggtaaaaatgctcctgttcacagcatacatggttccttacttgca
gttggtgaacttttgaggaataccggtgaatttatgatgtcaagatatagagaagttgct
gatattgtccttaggtacctggatcaccgagatcgtcttgtacgattgagcataacttca
ttattacctcgaattgctcattttttacgtgatagatttgtgacaaactatttaacgata
tgcatgaatcatattctcactgttttgagaacaccagctgagcgtgccagtgggttcatt
gcgcttggagagatggctggtgctttagatggggaactcaaacactatttgccgaccata
acacatcacttacgtgatgcaattgctcctcgtcgtggtagaccctcactcgaggcgttg
gcttgtgttggaagcattgcaaaagccatggggcctgctatggaatctcatgttcggggt
ctcctggatgttatgttctcagctggtttgtcccctacacttgtagaatctctggagcaa
attactatcagtattccctccttgcttcccagtattcaagagcggcttttagaatgcatt
tcagtggttctatcaaaatcacattctcctcagggtaggccaaatgctttggtgggaagg
ggaaatgtgatgacagttcctcagccagtgtcagatctttgtggttcatctcttgtgcag
cttgcattgcaaacacttgctcgttttaactttaagggtcacgaccttcttgagtttgca
cgggagtcagtcattgtgtatctggatgatgaagatggagcaacacgtaaagatgctgcc
ctatgttgttgtaaattagttgcaaattccttttccatcatgacatgcacacaatttggt
actagtaggcctagtcgcgcaggtgggaaacgttgctgccttgttgaggagcttgtggaa
aagcttcttattgcagctgttgcagatgctgatgttactgttcgcaattccatctttgtt
tctctacatgggaataggggttttgacgattttatagcacaggctgatagtctgagtgca
gtatttgctgcacttaatgatgaggattttgatgttcgagagtatgcaatatctgtcgct
gggagattatctgaaaaaaatcctgcatatgttcttccagcacttcgtcgccatcttata
caattgttaacctatttggaccagagtgcagataataaatgccgagaagaaagtgcgaag
ttgttgggttgcttgatacgcaattgtgaacgattaatacttccttacattgctccagtc
cacaaggcacttgtggcaaggcttagcgagggcactggggtgaatgctaataatggcatt
atcactggagttctggttactgttggagatcttgctagagtgggtggttttgcaatgaga
caatacctccctgaactcgtgccgttgattgttgaagccctgttggacggagctgctgtt
gcaaaacgtgaagtggctgtctctacccttggtcaagttgttcagagcacagggtatgtt
ataactccgtacaatgagtacccgttgttgcttggcctgctgttaaaattgcttaatggt
gagctagcttggtctactagacgtgaagttttaaaggttctaggaataatgggtgctctg
gatcctcatgtgcacaaaaggaaccaactaagtttgccagggtctcatggagaagttaca
cgtgcagcaagtgattctggtcaacatattcaatctgtggatgaacttcctatggagctg
tggccctcgtttgcaacatccgaggattatttttccacggtggcaattaattcactctta
agaatacttcgggatccttcccttgcgagttatcatcttaaggtggttggatcgcttatg
ttcatattcaagtctatgggcctcggttctgttccatacttacccaaggttttgcccgat
ctgttccacactgttagtacatgtgatgatactttgaaggacttcataacgtggaaactt
ggaactctagtgtctattgtccgccagcacattcgcaaatatttacctgaattgctctct
cttatatcagaattgtggtcatccttcaattttccctctaccattcgtcctccgcttggc
tatccggttcttcacttagtggaacaactttgtttagctctcaatgatgagttcagaatg
attcttcacattattcttccttgttgtattcaagtactaagtgatgctgagcggtgtaat
gattatacctatgttcttgatattcttcacactcttgaagtttttgggggcacattggac
gaacatatgcatcttcttcttcctgcactcattcgtttattcaaggtggatgctccagta
gacataagacgtgcttcaatcagaactttgacaagattaatccctcgtgtgcaggtaact
ggccatatatcttctcttgtgcatcacctcaagcttgtcttggatgggaagaatgatgag
ctccaaaaggatgccgttgatgcactttgttgcctagcccaggctcttggggaagatttc
actgtttttattccatcaatacacaagctcctattgaaacatcgcttgcggcataaagaa
tttgaggaaattgagggacgtttacgaagacgagagccactgatcttggggagcactact
gctcaacggttgagtcggcgagttccagtggaagtcatcagtgatcctctaaatgatggt
gactttgacccttatgaagataggtctgatgtgcataaacagtttagaggtcaccaggtt
aatgatggccgattgcgcactgctggagaggcttcccagcgaagtactaaggaagattgg
gctgaatggatgaggcatttcagcattgagcttcttaaggaatcaccttcacctgcatta
cggacctgtgcaagacttgcgcagctgcagccttttgtcgggcgtgagttatttgcagct
ggttttgttagctgttgggcacaattaaacgagacaagtcagacacaattagtccggagc
ttggagatggccttttcctccccaaatattcctcctgaaattttggcgacccttcttaac
ctggcggagtttatggaacatgatgagaagcatcttcctattgacattcgtcttcttggt
gctcttgcagagaagtgtcgtgcattcgccaaagctctgcattacaaagaaatggaattt
agggatgcgagtaccaagaagatggataccaatcctgttgctgtagtggaagcacttatt
catataaacaatcagttgcaccaacatgaggctgctgtcggaatattgacatatgctcaa
caacatctgggggttcagctgaaagagtcctggtatgagaagctgcaacgttgggaagat
gctcttaaggcatatactgccaaggcatcccaagcatcaaatccacatcttgtattagac
gccatgttaggacggatgagatgccttgctgcattggctcgatgggaagagcttaataac
ctatgcaaggagtattggacccctgccgagccagctgctcggctagaaatggctccaatg
gctgcaagtgctgcatggaacatgggagagtgggaccaaatggcagaatatgtttctcgg
ttagatgatggtgatgaaaccaaacttcgtagcttgggtaacactgctgctagtggtgat
ggaagcagtagtggaactttctatagggctgtcttattagttcgtaaaggaaagtatgat
gaagcacgtgagtatgttgacagagctagaaaatgtttagcaacagaacttgctgctttg
gtactggagagttatgagcgtgcttatagcaatatggtcagagttcagcaactttcagaa
ctagaggaggttattgattactgcacacttcctgttgggaattccgttgctgaaggacga
cgagctcttattagaaatatgtggacagaacgcatacaaggagcaaaacggaatgttgag
gtctggcaagcagtattggctattagagcccttgtgctgcctccaacagaagatattgag
acatggctaaagtttgcttctctttgtcggaaaagtgggagagtcagccaggcaagatct
actcttgttaagctcttacagtacgatcctgaaacatctgaaaatggatggtattctggg
ccacctcaagtaatgtttgcatacttgaaataccaatggtcacttggggaggatattaaa
cgcaaggaagcatttgctaggttacaagttttgtctagggagctatcatcttcacctatt
atccaacctgtcaaaccaagtagcttatcaagtggtagaagttcaactgcaccactgctt
gctcgtgtatgccttgaacttggaacctggcaatgggccctatctcctggattagatgat
gattctatacaagaaattctgaccgcatttcagaatgccacccagtgtgcgaatacttgg
gcaaaggcatggcatatgtgggcgttgtttaatacagccgtgatgtctcattatacaatg
agaggatttcctgatgttgcggcacagttcgttgttgctgcagttacaggatattttcac
tctatagcatgtgctgcaaattctaaaggtgttgatgacagtttacaggatatcctccgt
cttctcactttatggttcaaccatggagctactgcagatgtccaaatggcactacaaaaa
gggtttactcatgtaaatatcaacacatggctggtagttttacctcagataattgcaagg
atacattcaaataaccatgcagtaagagaactcatacagtcactattggttcgaattggg
caaagtcatcctcaggccctcatgtaccctctccttgtagcatgtaaatcaattagcaat
ttacggcgagctgcagctcaagaagttgttgacaaagttagacaacatagtggtgttctt
gttgatcaggctcaacttgtttctaaagaattgattcgagttgccatactttggcatgaa
acatggcatgaggctctagaggaagccagtcgtttgtactttggtgaacataatattgag
gggatgctcaaggttttggagcccttgcatgaaatgcttgaagaaggggctatgaagaat
aacacaacgataaaggaaagggcattcattgaggcatatcgccgcgagttgcttgaagcc
tatgaatgttgcatgaaatataagaaaaccgggaaagatgctgaacttactcaggcttgg
gatctgtattaccatgtatttagaagaatagataagcaacttcagagccttacaactctg
gaccttcagtctgtttcaccagagttactagaatgtcgtaatctggagcttgctgttccg
ggtacttatcgtgcagagtcacctgtcgtgacaattgcatcatttgcaacccagcttgtt
gtgataacatcaaaacagcggccccgaaagttaacaattcatggaagtgatggcgaggat
tatgcattcttactgaaggggcacgaagacttgcggcaagatgagcgtgtcatgcagctt
tttggtttggttaatactttgctggacaattcaagaaaaactgctgaaaaagatctttcc
attcaacggtatgacgtcattccactatcgccaaatagtggattgattggttgggtccca
cattgtgacaccctgcatcaacttatccgtgagtatagagatgctaggaagataaccttg
aaccaagagcacaaatacatgcttagttttgcccccgattatgatcatttaccactcata
gctaaagtggaagtgtttgagtatgcattacacaataccgaaggaaatgacctttcaaag
gttctatggttgaaaagtcgcacatctgaggtatggttagagaggaggacaaattatacc
cgaagtttggcagtcatgagtatggttggttaccttcttggtttgggtgatcgacaccca
agtaaccttatgctgcaccgttatactggtaagatcttgcacattgattttggcgattgt
tttgaagcttcaatgaacagagaaaagtttcctgagaaggtacccttccgattgactaga
atgcttgtcaaagctatggaggttagtggtatagagggaaacttccgttccacttgtgaa
aatgtgatgcaggttcttcgatcaaacaaggatagtgttatggctatgatggaggctttt
gttcacgaccctctcataaattggcgtcttttcaacttcaatgaagtccctcaaatgtcg
atgttttcgagcactcatgctcctccggttgtgaatgctgaagattctgctcaaagtcgt
gaacttcttcaacctcaacgaggtgctcgtgaaagagagcttcttcaggctgttaatcaa
cttggtgatgccaacgaggtcttgaatgagcgtgctgttgttgtgatggctcgtatgagc
aataaactaactggacgggatttccccacttgttcgtctatgtcgactgcttctgttcag
cttgcagtagaccacagcaccttaatagctggggattcccgtgaagttgatcatggtctc
tctgttaaggttcaagttgagaagttgattggccaagctacatcgcacgaaaacttatgt
caaaactacgtcgggtggtgccccttttggtaa

  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)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (13)   
   Pfam (13)   
All databases (27)   

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