KEGG   Papilio machaon (common yellow swallowtail): 106721009
Entry
106721009         CDS       T05138                                 
Name
(RefSeq) serine/threonine-protein kinase mTOR
  KO
K07203  serine/threonine-protein kinase mTOR [EC:2.7.11.1]
Organism
pmac  Papilio machaon (common yellow swallowtail)
Pathway
pmac04136  Autophagy - other
pmac04140  Autophagy - animal
pmac04150  mTOR signaling pathway
pmac04213  Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:pmac00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04150 mTOR signaling pathway
    106721009
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    106721009
   04136 Autophagy - other
    106721009
 09150 Organismal Systems
  09149 Aging
   04213 Longevity regulating pathway - multiple species
    106721009
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:pmac01001]
    106721009
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pmac04131]
    106721009
Enzymes [BR:pmac01000]
 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
     106721009
Protein kinases [BR:pmac01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   106721009
Membrane trafficking [BR:pmac04131]
 Autophagy
  Other autophagy associated proteins
   mTORC1 complex
    106721009
   mTORC2 complex
    106721009
SSDB
Motif
Pfam: FAT PI3_PI4_kinase DUF3385 FRB_dom FATC HEAT_EZ HEAT Cnd1 TPR_14 TPR_16 TPR_19 TPR_7 TPR_1
Other DBs
NCBI-GeneID: 106721009
NCBI-ProteinID: XP_014371311
Position
Unknown
AA seq 2449 aa
MSNQVTQFVAGLKSRNVDIQTKTARELYHYAKTELREVPQEELTQFLDEFNHQIFEMVSS
NDVHEKKGGVLAIVCLIGGDCDTTKTRITRFANYLRNLLPSSDVGVMELAAKTVGRLATV
SGVKRAEYVEFEVKRAFEWLSEERNEGRRHSAVLLLKELAIAMPTYFYQQVSGFFDHILV
ALKDPKQQIREAAAKALRAGLVVTAQRETAKQSTAKPQWYLQCYEEAMVSFEDIPFKEKG
ITKEDKVHGGLLILNELLRCSNAEWEKKYTHLMQSLDTQRDITVSDDIIFISSKLHSPSV
KRGYLCDGFKTENVQYPVPIYESEVCKKLLNEEYDRICQDVMNQRLFKTQGVPQILLIII
PRLAAFNKELFLKKYLNSTMHYLLTSLRSREKDKNMAFTTLGLMAAAIEGDIKNYIRTIM
DFIKQALPVRDSQTKKRMWIDPSIFACITLLGSAVKDLVISDIKELLDAMFATGLSPSLT
ICLKELSENLPSLREEISEGLLNMLSLVLRNKPFLHPGVPRSMEQQSSMSLVIEPHDTAI
IVLALRTLGTFQFEGQHSLLTFVRRCADHFLQSEQQEIRLEAVKTAAKLLADATVRTKNN
PSRTLTMLTAEVVGKMLVVSVTDPEYEVRYWVLESLTEIFNTHLAQIENLSFLFIAMNDE
HLEIRELAICTIGRLSTVNPAYIMPGLRKTLIQFLTELEHSGMSRNKEQAARMLDNLILH
APKLVKPYMETILNVLVPKLKESDSNPGVVISVLKAIGDLADVHGDSSGLKKCLPELLSI
LLELLSDASATDKRSVALWAFGQLISATGYVVTPYTEYPNLMDVLLNFLKTEQQPKDRRE
TIRVLGLLGALDPYKHKLTRGLIDGQPDSSLVPVADSKAEENNFDMTTSEMLVNMSSTLL
DEYYPAIVISTLMRILRDPTLQQHHTSVVQAVTFIFQSLGIKCVPYISRVTPSLLYVARA
TDSNNFREFLFTQLAKLIAIVKQHIRNYLDKIFDLIKEFWSPNSALQPTLILLVEHIAVA
LGSEFKVYLPQLMPHILRVLAHDTSKDRFVTEKLLYALQKFEDNLDDYMHLIIPSIVKLF
DATDCPIPVAKVAMETVDYLSDSLNYSELVSRIIHPLVRSLDTCPALRTTAMDTLCALII
QLGRKYTDFIPLVQKVIVKHKIQHQNYELLLTKIQSTSTLGVDDGLQSTRRKPRNNNQEA
RIVFADTSQAIRKLFVNAHNLKVAWTVSSRVSKDDWLEWLRRFSIGLLTESHSPALRACL
ALAHNYSQLLRDLFNAAFVSCWTELEAPARADLSSALEQALTAPDAPELAHTVLNLAEFM
EHCEGGALPIPTSTLGERAMRCRAYAKALHYKEEEFRSGATSQVVEALIHINNKLQQKEA
AEGLLERVMAQREAGDADLQVQIRWYEKLHNWEKALNLYDDALTADPENMEACLGELRCF
EALGEWVKLYTTVSKQWPNMCDDEKFQAAKLAAAASWGMSEWESMANYVSFLPENTQDGA
FYRAVLNIHKGDYNVSKMYIDQARSLLDSELTAVAGESYQRAYGALVSAQLLAELEEVIT
YKLVVERRESIRQAWWTRLQGGQRLVEDWRKILQVRSLVLTPQENMATWLKFASLCRKSG
APRQAHRTLVMLLGIDPSKNRDLPLPTHEPRLTLAYAKHLWVAGDKQLAYDQLQRYVDTV
ETGDAEHCRLLARCHLKLGSWCESLLGINELSIPEILRNYAAATNLSSDWYKAWHAWAYM
NFETVLFYKHQETNNDNSETKKTTPEFIQQHTVPAVEGFFKSINLSHGSSLQDTLRLLTL
WFDYGHHPAVHEALVEGIRTIEINVWLQVIPQLIARIDTPRALVGKLIHSLLIDIGKSHP
QALVYPLTVASKSSFVARKNAANQVLKSMCTHSMNLVNQAAMISEELIRVAILWHEQWHE
ALEEASRLYFSEHDVKAMFKTLEPLHAMLERGPNTSKEASFTQAYGRDLNEAQEWCNRYK
ESGQVRDLNQAWDLYYHVFRRISRQLPQLTTLELQYVSPRLLSCRELELAVPGSYVPDSD
LIRIAHIQSSLQVITSKQRPRRLCIRGSNGKDYMFLLKGHEDLRQDERVMQLFGLVNTLL
QADPDTFRRDLAIQRYAVIPLSTNSGLIGWVPHCDTLHSLIRDYRDKRKILLNIEHRIMQ
RMASDLEKLMLMQKVEVFEHALEHTAVDDLAKLLWLKSPSSEVWFERRTNYTRSLAVMSM
VGYILGLGDRHPSNIMLDRVTGKFLHIDFGDCFEVAVTREKFPEKIPFRLTRMLINAMEV
TGIEGTYRRTCESVMEVLHRHKDSVMAVLEAFVYDPLLNWRLIDAGRRSRGDGDASEIPT
SPITFKTRPQIGVNDTLDQPAETNLNKRALVIVNRVRDKLTGRDFTHIDDLSCISVQKQV
ELLIQQATSNENLCQCYVGWCPFCGTFKRQSHHKGRSIIKQDIINDRLL
NT seq 7350 nt   +upstreamnt  +downstreamnt
atgtcaaatcaagttacacaatttgtagcgggtttaaagtcccgcaatgtcgatatacaa
actaagacagctcgggagctttatcattatgcaaaaacagaattacgtgaagtaccacaa
gaggaacttacccaattcctcgatgaatttaaccatcaaatatttgaaatggtttcaagc
aatgatgttcatgaaaagaaaggaggagtgctggctatcgtttgcctcattggtggtgac
tgtgatacaaccaaaactcgaattacaaggtttgcaaattacttgagaaatctacttcct
tcctccgatgttggtgtaatggaattagctgcgaaaacagttggacgattggcaacagtg
tccggtgtgaaacgagctgaatatgttgaatttgaagtaaaaagggccttcgagtggtta
tcagaagaacggaatgaggggaggcgacattcagctgttttattgcttaaagaattagcc
attgctatgccaacatatttctatcaacaagtttccggtttctttgatcacatattggta
gccttgaaggatccaaagcaacagataagagaagcagccgccaaagctcttagagctgga
cttgttgtcactgctcaaagggaaactgccaagcagtcaacagcaaagccacaatggtat
ttgcaatgctatgaagaggctatggtgtcttttgaagacattccatttaaagaaaaaggt
attactaaagaggataaagtgcatggaggtcttcttatcctaaatgaactgttgaggtgt
tctaatgcagaatgggagaagaagtatacacatttaatgcaaagcttagatacacaaaga
gatataactgtttctgatgatattatttttataagttcaaagttacatagtccttcagtg
aagagaggttacctttgtgatggttttaagaccgagaatgtccagtatcctgtaccaata
tatgagtctgaagtttgtaaaaagctactaaatgaagagtatgatagaatttgtcaagat
gtgatgaaccagagactttttaagactcaaggagttccccaaattcttctgataattata
ccaaggctagctgcatttaacaaagaacttttcttaaagaaataccttaactctactatg
cattacttattgacgtcacttcgaagtagagagaaggataagaacatggcatttactaca
ttaggcttaatggctgcagcaatagaaggtgatattaaaaactacatacgcactataatg
gatttcataaagcaagctttaccagttagagattcccaaaccaaaaaaagaatgtggatt
gatccatccatttttgcatgtattactttactgggtagtgctgtaaaggatttggtgatc
agtgacattaaagaacttttggatgcaatgtttgcaactggtctaagtccatcgctgacc
atttgccttaaggagttgagtgaaaacctaccatcactcagagaagaaatatcagaaggc
ttgcttaatatgttgtcactggttttgaggaataaaccattcctccatccaggtgttcct
agaagtatggaacaacagagtagtatgagtctagtcatcgagccccacgatacggcaatt
atcgttttggctttacgaacattaggtacatttcaatttgaaggccaacatagtttgctt
acattcgtgaggcgatgcgccgatcactttttacaaagcgagcaacaagaaattagattg
gaagcagtcaaaactgctgctaaattgttggccgatgccactgtgaggacaaagaataat
ccttctaggaccctcaccatgctgactgccgaagttgtgggcaaaatgttggtagtgtcc
gtcacagatccggagtatgaagtgcgctactgggttttagaatcattgactgaaatattc
aacacacatttagcacaaatagaaaatcttagctttctatttatagcgatgaacgacgag
catttagaaatacgtgagctagctatttgtaccataggacgattgagcaccgttaacccg
gcatacattatgccaggtcttcgaaaaactttgatacaatttttgactgagttagaacat
tctggaatgagtaggaacaaggagcaggcggctagaatgctcgataatttgatattgcac
gccccgaaactcgttaaaccatacatggaaacaattctcaatgttttagtaccaaagctt
aaagagtctgactctaatccaggcgttgtaattagcgttttaaaggcaataggggacttg
gccgatgttcatggggatagcagcggccttaagaaatgtctgcctgagctattaagcatt
ctcctggaacttctttccgatgctagtgcgactgataagagaagtgttgctctgtgggca
ttcggtcaattgatcagtgcgacgggttacgtagtcactccatacacagaatatcctaat
ctaatggatgtcctattgaatttcctgaaaacagagcaacaacccaaagatcgaagggaa
actatacgagtcttgggtttattgggagccctagatccttacaaacataaactgacccgg
ggtttaattgacgggcagccggattccagtctcgttccggtcgccgatagtaaagctgaa
gaaaacaatttcgatatgactacgagcgaaatgttggtcaatatgtcatcgacactcttg
gatgagtattatcctgctatcgtcatatcaacactcatgcgaatacttcgcgatccgacg
ctacaacagcaccacacgagcgtggtacaagctgtcacttttatattccaatccttaggc
attaaatgtgtcccctacatatcccgagtcactcccagtcttttgtacgtagctcgagcg
acagatagtaataatttccgagaattcttattcacgcagctcgctaaattgattgcgatc
gtaaagcagcacattcgtaattatttggataaaattttcgatttgatcaaggaattttgg
tcgccgaacagcgctttgcaaccgactttgatattgttggtggaacacatcgctgttgct
cttgggtctgaattcaaagtttacctgccgcagctgatgccacacatattacgtgttctc
gcacacgataccagtaaagacagattcgtgacggaaaaactcctgtacgctttgcaaaaa
tttgaggacaacctcgacgattacatgcacttgattataccttctatagtaaaattgttc
gatgcgacggactgtcctattcccgtggcgaaagttgctatggaaacagtcgactatcta
tcagattccttgaattacagtgagctagtttctagaatcatccatccgttggtcagaagc
ttggatacgtgtcctgcactacgcaccacagcaatggacactttatgtgcattgattata
cagcttggtagaaaatatacggacttcatacctttagtgcaaaaagttattgtaaagcat
aaaattcaacatcaaaactatgagcttttgctaacgaaaattcaatccacttcaacattg
ggagtcgatgatggtctacaaagtactcgaaggaaaccgagaaataataatcaagaagct
cgcatagtattcgcggatacgtcgcaggctatacgcaagctgttcgtgaacgcgcacaac
ttgaaagtggcgtggacagtcagcagccgcgtgtccaaagacgactggctggagtggctg
cgtcgctttagcattggcctcctgaccgaatctcatagtcctgctcttagagcatgtcta
gcgttagctcacaactactctcaactactacgagatctctttaatgcggcgttcgtatcg
tgttggactgagttagaggcgccagcccgcgctgatctgtccagtgctctggaacaagca
ctgacagcgcctgatgcaccagagttggcgcataccgtgctgaacctcgcggagttcatg
gagcattgcgagggcggagccctacccataccgaccagtacgctcggcgaacgcgctatg
cgctgtagggcgtatgccaaagctcttcattataaggaggaagaattcagaagtggtgct
acatctcaagtagtagaagcccttatacatataaataataaattacaacagaaagaagca
gctgagggcttgttggagagggtgatggcacagcgtgaggcgggcgacgcagacctgcag
gtccagatacgatggtatgagaaattacacaactgggagaaagcactcaatttgtatgac
gatgcattaaccgctgaccctgagaatatggaagcgtgtttgggcgaattgagatgtttc
gaagccctcggcgaatgggtcaagttatacacaaccgtctccaaacaatggcccaatatg
tgcgacgatgaaaagttccaagcggccaaacttgccgcagccgcctcttggggaatgagc
gaatgggaatctatggcgaactacgtcagctttctcccagaaaatacccaagatggtgcc
ttctacagagcagttctaaatattcacaaaggcgattacaatgtatcgaaaatgtatatt
gaccaagctagatcattgttagactcagaactaacagccgtagccggtgagagctaccag
cgtgcgtatggtgctctagttagtgctcaacttcttgctgaattagaagaagttatcact
tataagttggtagtggaaagaagggaatctattagacaagcgtggtggactagacttcaa
ggtggccagagattagttgaagattggcgcaaaatcctacaagtgcgtagcttggtgttg
acgcctcaagaaaatatggcgacgtggctcaaatttgcctcgctttgtagaaagagtgga
gctccgagacaagctcataggactttggtgatgttgttgggcatagacccgagcaagaac
cgtgatttaccgttgcccactcacgaacctagattgacacttgcatatgcaaaacattta
tgggtagctggagacaaacagttggcttacgatcaactgcaacgctacgttgatacggtt
gaaacgggcgacgctgaacattgcaggcttttagctcgttgccatctaaaacttggatca
tggtgcgaatctctcttgggcataaatgagctctctatcccagaaatactacgcaattac
gcggcggcgaccaatctatcctctgattggtacaaagcgtggcatgcctgggcttatatg
aatttcgaaaccgttttattctacaaacatcaagaaactaataatgataattctgaaacc
aaaaagacaactccggagtttattcaacagcatactgtcccagccgttgagggtttcttc
aaatctatcaatctatcgcacggaagttcattgcaagatacattgcgtttactaacattg
tggttcgattacggacaccatcctgccgttcacgaggctttggtagaggggattaggact
atcgaaataaatgtatggcttcaagtgataccgcaattgatcgcacgaatagatacaccc
agggctttagttgggaaattaattcactctctattaatcgatatcggcaagtctcatcca
caagctttggtgtacccactcactgtagcttcaaaatcctcattcgtggcacgaaagaac
gccgcgaatcaagttttaaaatcgatgtgtacccattcaatgaatttggtgaatcaagcg
gccatgatttccgaagaacttatcagagtagcaatactctggcatgaacagtggcacgag
gcgctcgaagaagcttctagattatatttcagtgaacacgacgtcaaggcaatgtttaag
actttggaaccattgcatgcgatgctcgagagaggaccaaatacatccaaagaggcgtcc
tttactcaggcatatggaagagatttgaatgaggcacaagaatggtgcaaccgatacaag
gagtctggtcaggtgcgcgacctgaatcaggcttgggacctgtactaccacgtgttccgg
cgcatcagccggcagctgcctcaactgaccacgttggagctgcagtatgttagcccgcgt
ctgctcagctgccgcgagctcgagctggccgtccccggctcctatgtgcccgactcggac
cttatacgtatcgcccatatacagagcagcttgcaggtgataacatcaaaacaaagacct
cgtcgcctctgcatccgtggctcgaatggcaaagactacatgtttttgttgaaaggccac
gaggatttacgtcaggatgaacgggtgatgcaactctttggtctagtcaatacgttactt
caagcagaccctgacactttccgaagagatttggccatacaacgatacgcagttatacca
ctatcgactaactccggacttatcggttgggtacctcactgcgacaccttacattctctg
atcagagactacagggataaacgaaaaattttactgaacatagagcataggataatgcaa
agaatggcttccgatttagagaagttaatgctaatgcaaaaggttgaagtattcgaacac
gctttagagcacacagccgtagatgatttagccaagttgctatggctgaagagtccctca
tccgaggtgtggttcgagcggcgcaccaactacacgcggtcactggccgtcatgagcatg
gtgggctacatccttggcctcggagacaggcacccctccaacatcatgctggacagggtc
accggaaagttcctgcacattgactttggggactgcttcgaagtggcagtcaccagagaa
aagttcccagagaagataccattcagattgactaggatgctcatcaatgctatggaggtg
accggtattgaaggtacgtatcgaaggacctgcgaatcagtaatggaagtgctgcacaga
cacaaggacagtgtgatggcggtgctcgaggctttcgtatatgaccccctcctcaactgg
cgacttatcgatgccgggagacgctccagaggcgatggagacgcatccgaaatacccaca
tctccgataacattcaaaaccagaccacagatcggagtaaatgatactctagaccagcca
gcggagacaaatctcaataaaagagcattagtcattgttaatcgagtaagggacaaattg
acaggtcgagattttacacatatagatgatttatcttgcatttcagtacagaaacaagtc
gaactgttgatacaacaggcaacaagtaatgaaaatctttgccaatgttatgtaggatgg
tgtccattctgcggcactttcaaacggcagtcacatcacaagggacgttcaatcataaag
caagatataatcaacgatcgtttgctttaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (37)   
   KEGG ORTHOLOGY (1)   
   RefGene (33)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (13)   
   Pfam (13)   
All databases (62)   

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