KEGG   Glycine max (soybean): 100816446
Entry
100816446         CDS       T01710                                 
Name
(RefSeq) serine/threonine-protein kinase TOR
  KO
K07203  serine/threonine-protein kinase mTOR [EC:2.7.11.1]
Organism
gmx  Glycine max (soybean)
Pathway
gmx04136  Autophagy - other
Brite
KEGG Orthology (KO) [BR:gmx00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04136 Autophagy - other
    100816446
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:gmx01001]
    100816446
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:gmx04131]
    100816446
Enzymes [BR:gmx01000]
 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
     100816446
Protein kinases [BR:gmx01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   100816446
Membrane trafficking [BR:gmx04131]
 Autophagy
  Other autophagy associated proteins
   mTORC1 complex
    100816446
   mTORC2 complex
    100816446
SSDB
Motif
Pfam: FAT PI3_PI4_kinase DUF3385 FRB_dom FATC HEAT_EZ HEAT_2 TPR_2 HEAT TPR_8 UTP20_N TPR_14 TPR_16 DUF6447 UTP20_C
Other DBs
NCBI-GeneID: 100816446
NCBI-ProteinID: XP_003538334
UniProt: A0A0R0HJJ7
Position
11:complement(134776..169641)
AA seq 2468 aa
MATASQSHRYIGPPSVAPGPGDALNRILADLCTRGNPKEGASLALKKHLEEEARDISGEA
FSRFMDQLYDRISGLLDSSDVAENLGALRAIDELIDVALGENASKVSRFSSYMRIVFDTK
RDPEILVLASRVLGHLARAGGAMTADEVERQVKIALDWLRGNRVEYRRFAAVLILKEMAE
NASTVFNVHVPEFVDAIWVALRDPVLPVRERAVEALRACLRVIEKRETRWRVQWYYRMFE
ATQDGLGKNAPVHSIHGSLLAVGELLRNTGEFMMSRYREVAEIVLRYLEHRDRLVRLSIT
SLLPRIAHFLRDRFVTNYLTICMDHILSVLKVPQDRDSGFIALGEMAGALDGELIHYLPT
ITTHLREAIAPRRIKPSLEALACVGSIAKAMGSAMEPHVRGLLDIMFSTGLSTVLVEALE
QISTSIPSLLPTIQDRLLDSISMVLSKSHYHLGRPAQSVGRGTIINVPQQVSELNGSALI
QLALQTLARFNFKGHELLEFARESVVVYLDDEDGATRKDAALCCCRLIASSFSGMACSHF
GSSRLTRSGGKRRRLVEELVEKLLISAVADADVTVRHSIFTSLHGDRGFDEYLAQADNLS
AVFAALNDEDFDVREYAISVAGRLSEKNPAYVLPALRRHLIQLLTYLEQSADSKCKEESA
KLIGCLIRNCERLIIPYIAPIHKALVARLIDVNANTGTISGVLVTVGDLARVGGFAMRQY
IPELMPLIVEALLDGAAVSKREVAVATLGQVVQSTGYVITPYNEYPQLLGLLLKLLNGEL
VWSTRREVLKVLGIMGALDPHLHKRNQKTLPGPHGDVTRPASDSSQQIQSMDEFPLDLWP
SFASSDDYYSTVAINSLMRILRDPSLASYHLKVVGSLMFIFKSMGLGCVPYLPKVLPDLF
HTVRTCEDSLKDFITWKLGTLVSIVRQHIRKYLQDLLSLISEFWSAFTLPAPARPGPGYP
VLHLVEQLCLALNDEFRTYLPVILPGCIQVLSDAERCNDYTYVLDILHTLEVFGGTLDEH
MHLLLPALIRLFKVDASVDIRRAAIKTLTSLIPRVQVTGHISSLVHHLKLVLDGKNDELR
KDAVDALCCLAHALGEDFTIFIPSIHKLLQKYRLRHKEFEEIEGRLQRREPLILGITASQ
RLNRRLPVEVISDPLDDVEIDPYEDGSDAHKLRDHQVNDGRLRTAGEASQRSTKEDWAEW
MRHFSIQLLKESPSPALRTCARLAQLQPFVGRELFAAGFVSCWAQLNETSQKQLVQNLEM
AFSSPNIPPEILATLLNLAEFMEHDEKPLPIDIRLLGALAEKCRAFAKALHYKEMEFEGA
RSKKMDANPVAVVEVLIHINSQLHQHEAALGILTYAQQHLDFQLKESWYEKLQRWDDALK
AYTAKASQATSPHLVLDATLGKMRCLAALAQWDELNILCKEFWTPAEPAARLEMAPMAAS
AAWNMGEWDQMAEYVSRLDDGDETKLRGLGNTAASSDGSSSGTFFRAVLLVRRGKYDEAR
EYVERARKCLATELAALVLESYERAYSNMVRVQQLSELEEVIDYRTLPIGNRVADERRAL
IRNMWTQRIEGAKSNVEVWQALLAVRALVLPPVEDVESWLKFASLCRKSGRISQAKSTLV
KLLQYDPEKSPENVRYHGPPQVMLAYLKYQWSLGEDSKRREAFIRLQNLAMELSSAPNIQ
PVTPSSFTNGLNLSVPLLARVYLNLGSWQWSLSPGLVDESIKDILNAFTKATQYANKWAK
AWHKWALFNTAVMSHYTLRGFPDVAAQFVAAAVTGYFHSIACAANSKGVDDSLQDILRLL
TLWFNHGATAEVQMALKKGFSLVNINTWLVVLPQIIARIHSNNHAVRELIQSLLVRIGQN
HPQALMYPLLVACKSISNLRKAAAQEVVDKVRQHSGVLVDQAQLVSKELIRVAILWHEMW
HEALEEASRLYFGEHNIEGMLNVLEPLHEMLEEGAMKNNVTIKERIFIEAYRQELLEAYE
CCMNYKRTGKDAELTQAWDIYYHVFRKIDKQLQSLTTLDLESVSPELLECRNLELAVPGS
YRADAPVVTIASFARQLVVITSKQRPRKLTIHGSDGDDYAFLLKGHEDLRQDERVMQLFG
LVNTLLENSPKTAEKDLSIQRYAVIPLSPNSGLIEWVPNCDTLHHLIREYRDARKITLNQ
EHKCMLSFAPDYDHLPLIAKVEVFEHALHNTEGNDLARVLWLKSRTSEIWLERRTNYTRS
LAVMSMVGYLLGLGDRHPSNLMLHRFSGKILHIDFGDCFEASMNREKFPEKVPFRLTRML
VKAMEVSGIEGNFRSTCENVMQVLRTNKDSVMAMMEAFVHDPLINWRLFNFNEVPQMSML
TSNHVPPVVNSEESAPNRELPHPQRGARERELLQAVNQLGDANEVLNERAVVVMARMSNK
LTGRDFSTCSSVSNNSLQHAVDHSSLISGDTREVDHALSVKLQVQKLIIQASSHENLCQN
YVGWCPFW
NT seq 7407 nt   +upstreamnt  +downstreamnt
atggcaaccgcgtctcagtcccaccgttacatcggccctccctccgtcgcacccggtcct
ggcgacgctctcaaccgcatcctcgccgacctctgcacccgcggcaatcccaaggagggt
gcttctcttgctctgaagaagcatctagaggaagaagctcgtgatattagtggcgaagcc
ttttcgcgttttatggatcagttgtatgacaggatctctggccttctggacagcagcgac
gttgccgagaatctgggagctctgagggctattgacgagttgattgatgtggcgctcggg
gagaatgcttctaaggtctccagattttccagctacatgcgtattgtctttgacaccaaa
cgcgatcccgagattctcgttcttgctagtagggttctcggtcaccttgctagggctggt
ggtgctatgactgccgatgaagtcgaacgccaggttaaaattgctctcgattggcttcga
ggaaatagagtcgagtatcgtcgatttgctgctgtcttaatcttgaaagaaatggcagaa
aatgcttccactgttttcaatgtccatgtgccggagtttgtcgatgctatctgggttgct
ttgagagatccagtgttgccagtccgtgagcgggctgtggaggcattgcgagcttgcctt
cgtgttattgaaaagcgtgagacacgatggcgcgtgcagtggtactatcgaatgtttgaa
gcaacgcaagatggattgggtaaaaatgcacctgtgcacagcatacatggttcattgctt
gccgttggagagcttttgaggaataccggtgagttcatgatgtcaagataccgcgaagtt
gccgaaattgttctcagataccttgagcaccgggatcggcttgttcgcctgagcataact
tcattgctgcctcgaattgcccattttctacgtgatcgttttgtcactaactacttaact
atatgcatggatcatattctttctgtcttaaaagtaccacaagatcgtgatagtgggttc
atcgctctcggagagatggctggggcactggatggggaactcatccattacttgccgaca
ataactactcacttacgtgaggcgattgcaccacgaaggatcaaaccttcacttgaggcc
ttggcttgtgttggaagtattgctaaagcaatggggtcagcaatggaacctcatgtacgt
ggacttttggatattatgttttctactggcctttctactgtacttgttgaagcccttgag
caaataagtaccagcattccgtctctgctgccaactattcaagaccggttactagacagc
atatctatggttctttctaaatcacattatcatctggggaggcctgcacaaagcgtgggc
agaggaacaataataaatgtccctcaacaagtttcagagcttaatggttctgctcttata
caacttgctttgcagactcttgcccgttttaactttaagggccacgaactacttgaattt
gctagagaatcagttgttgtctatttggatgatgaggatggagctacacgaaaagatgca
gctctatgttgttgcagattgattgctagttctttctctggtatggcatgctcacatttt
ggttctagcaggttgactcgatcaggggggaagcgccggcgccttgtcgaggagcttgta
gagaagcttctcatttctgctgttgcagatgctgatgttactgttcggcattctatcttt
acttctctccatggagatagaggttttgatgagtatttggcccaggcggacaacctgagt
gcagtatttgctgctttaaatgatgaggattttgatgttagagagtatgcaatttctgtg
gctggaaggctatcagagaaaaatcctgcatatgttcttccagctcttcgtcgccatctt
atacagttgttaacttacttagagcagagtgcagatagcaaatgtaaagaagaaagtgca
aagttaattggctgtttgataaggaattgtgaacggctaataattccatacattgctcca
attcataaggcactcgtagccagacttattgatgttaatgccaatactggaaccattagt
ggagtccttgtaaccgtgggtgatcttgcgagggtgggcggttttgcaatgaggcaatac
attcctgaacttatgcctttaattgttgaagctttattggatggagctgctgtctccaaa
cgtgaagtggctgttgctacactaggtcaagttgtgcagagcacggggtatgttataact
ccatataatgagtatcctcaattacttgggttactcttaaaattactaaatggtgaacta
gtatggtccaccagacgtgaagtattgaaggttcttggcattatgggtgctctggatcct
catttgcataaaagaaatcaaaaaaccttgccagggcctcatggagatgttacccgtcct
gctagcgattcaagtcaacagattcagtctatggatgaatttcccttggacctttggcct
tcttttgcttcatcagatgactattactccacagttgcgattaattctctcatgcgaata
ttgagggatccatcacttgctagttatcacttaaaggtggttgggtctcttatgttcata
ttcaagtcgatgggacttggctgcgttccatacctgccaaaggttttgcctgatcttttt
catactgttcggacatgtgaagatagtttaaaggactttataacatggaagcttggaaca
ctggtgtctattgtgcgccagcacattcgtaaatatttgcaagatttgctatctttaata
tctgaattttggtcagccttcactcttccagcaccagctcgtcctggtcctggctatcca
gttcttcacctggtggagcagctttgcttggctcttaatgatgaatttagaacatatctt
ccagttattctgccaggttgtattcaggtccttagtgatgcagaacggtgcaatgactac
acttatgttcttgatatccttcataccctagaagtgtttggtgggactttggatgagcat
atgcatctacttcttcctgctctaatacgattgtttaaagtggatgcctcagtagacata
agacgtgctgcaattaaaactttgacaagcctgatccctcgtgttcaggtcactggtcat
atatcttctcttgtgcaccacttgaagttagttttggatgggaaaaatgatgagctccga
aaggatgctgttgatgcactttgttgtttggctcatgcgcttggcgaggatttcacaatt
tttattccatcaattcacaaacttctacaaaaatatcgcttgcggcacaaggaatttgag
gaaattgaagggcgtttacagcgacgggagccacttattcttgggatcacagcttcacaa
agactgaacagacggcttcctgttgaggtcattagtgatcctttagatgatgtggagatt
gatccttatgaagatggatctgatgctcacaaacttagagaccatcaggttaatgatggt
cgattacggacagctggggaggcttctcagcgaagtactaaggaagattgggcagaatgg
atgaggcattttagcattcaacttctaaaggagtctccttccccagccttacgaacctgt
gctaggcttgcacagttgcagccttttgttgggcgagagttgtttgcagctggatttgtc
agttgttgggcgcagctaaacgaaactagccagaaacagctagttcagaatctagagatg
gcattttcttctccaaatatccccccagaaattttggcaacacttcttaacttggctgag
ttcatggagcatgatgagaaacctcttcctattgacatacgccttcttggtgctcttgct
gagaagtgtcgtgcatttgcaaaagccttgcactataaagaaatggaatttgaaggagca
cgttccaagaagatggatgctaacccagttgctgtagttgaagttcttattcatataaac
agccaattacaccaacatgaggctgcacttggaatactaacctatgcccaacagcatcta
gattttcaacttaaggagtcatggtatgagaaactgcagagatgggatgatgccctcaag
gcttatacagcaaaggcttctcaagcaacaagtccacatcttgtcttggatgccacttta
ggtaaaatgagatgccttgctgcattggctcaatgggatgagttgaatatcctatgtaaa
gaattttggacccctgcagagccagctgctcgtcttgaaatggcaccaatggctgcaagt
gctgcttggaacatgggagaatgggaccaaatggctgaatatgtgtctcgattggatgat
ggtgatgaaacaaaacttcgaggtttgggaaataccgctgccagtagtgatggaagtagt
agtggtactttcttcagggctgttctattggttcgtagaggaaagtatgatgaagcacgt
gagtatgtagaaagagctagaaaatgtctggcaacagagcttgctgctttggttttggag
agttatgaacgtgcttatagtaatatggttcgtgttcagcaactatcagaactagaagag
gtgattgattaccgtacgcttcctattggaaaccgagtagcagacgagcgacgggctctt
attcgcaatatgtggactcagcgtatagaaggagccaaaagtaatgttgaggtttggcag
gcacttttagctgtcagagcacttgtgctgcctcctgtggaagatgttgaatcctggctc
aaattcgcctctctttgcagaaaaagtgggcgcattagccaagcaaaatctactttagtt
aaacttctacagtacgaccctgaaaagtctcccgaaaatgttcgataccatggccctcct
caagtaatgctggcatacttgaagtaccagtggtcacttggagaggattcaaagcgcagg
gaagcatttataaggcttcagaatttggctatggaactctcaagtgcacccaacattcaa
ccagttacaccatcaagcttcacaaatggtttgaatcttagtgttcctctccttgctcgt
gtttatctaaatcttggttcctggcagtggtcactttctcctgggctagtcgatgaatct
attaaagatatacttaatgcattcacaaaagctactcagtatgccaataaatgggctaaa
gcttggcataaatgggcattattcaacacagcagtgatgtctcattacactttaagaggt
ttccccgatgttgcagctcaatttgttgctgcagctgtcactggatactttcattctata
gcatgtgcagcaaattccaaaggtgttgatgatagtttacaggatattcttcgacttttg
acattatggttcaaccatggagctactgcagaagtacaaatggccctaaagaaaggattt
tccctggttaatatcaatacttggctagtagttctacctcaaataattgccaggatacac
tctaataaccatgctgttagagagttgatacagtcacttttggttcggattgggcaaaat
catccacaggctctcatgtatcctttgcttgtggcctgtaaatcaataagcaacttacgc
aaagctgcagctcaggaagttgttgacaaagttcggcagcatagtggtgtactagtggat
caggcgcaacttgtatcgaaggaactgatcagagttgctattctttggcatgaaatgtgg
catgaagcactggaagaagctagccgtttgtattttggtgagcataatattgaagggatg
ctaaatgtgttggagccattgcatgaaatgcttgaagaaggagcaatgaaaaacaatgtc
accataaaggagagaatatttattgaggcttatcgacaggaattattagaagcttatgag
tgctgtatgaattataagagaactgggaaagatgctgagctgacccaggcttgggatatt
tattatcatgttttcagaaagatagataagcaacttcaaagtcttacaactttagacttg
gagtctgtttctccagaattgctagaatgccgcaatttggagcttgctgttcccgggtca
taccgtgctgatgcaccagtggttacaattgcatcatttgcacgccaacttgttgtcata
acatccaagcaacgacccaggaagttaaccattcatgggagtgatggtgatgattatgcc
ttcttattgaagggacatgaggatttacgccaggatgaacgagtcatgcagctttttggt
ttggtgaatactctccttgagaattctcccaaaacagcagagaaagatctgtctattcag
cgatatgctgtaatccctttgtctccaaacagtggtttaattgaatgggtcccaaattgc
gacacattgcatcatcttattcgggagtatagagatgccagaaagatcacattgaatcag
gaacacaaatgcatgctcagttttgcacctgattatgatcatttgcctcttatagctaaa
gtggaggtgtttgaacatgcgttgcacaatacagaaggaaatgacctagcaagggtactt
tggttgaaaagtcgaacatctgagatatggcttgagaggaggacaaattatacaaggagt
ttggcagttatgagcatggttggttaccttcttggtttaggtgatcgccatccgagcaat
cttatgttacaccggtttagtgggaagattttacacatagattttggagactgttttgaa
gcatcaatgaaccgtgagaagttcccggagaaggttccttttcgcttgacaagaatgctt
gtgaaagccatggaagttagtggtattgaaggaaacttccgctcaacttgtgaaaatgtt
atgcaagttttgcgaacaaataaagatagtgttatggccatgatggaggcctttgtacat
gatcctctcataaattggcgtctttttaacttcaatgaagttccacaaatgtctatgctt
accagcaatcatgtacctcctgttgtaaattctgaggaatctgccccaaatagagagctt
ccccaccctcagcgtggtgcccgtgaaagagaacttctacaggctgttaatcaacttggt
gatgctaatgaggttctgaatgaacgtgctgtggttgtcatggctcgtatgagtaataag
cttacaggacgggatttttcaacttgttcttcagtatcaaacaactcccttcagcatgct
gtggaccatagcagcttaatttctggagacactcgtgaagttgatcatgctttatctgtt
aagttgcaagttcaaaagttaataatccaagcctcctcacatgaaaatttgtgccaaaat
tacgtagggtggtgccctttctggtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (36)   
   KEGG ORTHOLOGY (1)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (15)   
   Pfam (15)   
All databases (61)   

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