KEGG   Aedes aegypti (yellow fever mosquito): 5565894
Entry
5565894           CDS       T01053                                 
Name
(RefSeq) target of rapamycin
  KO
K07203  serine/threonine-protein kinase mTOR [EC:2.7.11.1]
Organism
aag  Aedes aegypti (yellow fever mosquito)
Pathway
aag04136  Autophagy - other
aag04140  Autophagy - animal
aag04150  mTOR signaling pathway
aag04213  Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:aag00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04150 mTOR signaling pathway
    5565894
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    5565894
   04136 Autophagy - other
    5565894
 09150 Organismal Systems
  09149 Aging
   04213 Longevity regulating pathway - multiple species
    5565894
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:aag01001]
    5565894
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:aag04131]
    5565894
Enzymes [BR:aag01000]
 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
     5565894
Protein kinases [BR:aag01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   5565894
Membrane trafficking [BR:aag04131]
 Autophagy
  Other autophagy associated proteins
   mTORC1 complex
    5565894
   mTORC2 complex
    5565894
SSDB
Motif
Pfam: FAT PI3_PI4_kinase DUF3385 FRB_dom FATC HEAT_2 HEAT_EZ Adaptin_N TIP120 UTP20_C
Other DBs
NCBI-GeneID: 5565894
NCBI-ProteinID: XP_021703833
Position
2:459261854..459288485
AA seq 2444 aa
MSTVVLQFVSGLKSRNKDAQNKAAQELSLYVKTELREIPQDDLLAFFEDFNQYIFEMLSS
ADINDKKGGVLAINCLISGDVVNTTTQISRYSNNLRNLLPSSDISVMELAAKVLVKLALL
PGSKGAESFEFDIKRAFEWLMEERTEGKRHAAVLVLRELAVAMPTFFYQQVGSFFEHIFV
AIKDPKPMIREGAGQALRAVLIVTSQREGTKQNNNPQWYNHCYDNAMECFRELPSREKGF
NRDDRIHGAIIVFNEILRCSNAAWEKKYMQLEGLNVDRRSRHTDEGHSIFPRIRVPFMDK
LGGGHSSGASRTSEGSDVKFFRQNSSIQESAICRALTNDNYELICQKVLEQRNSKSPYVI
QSLLTILPRLAAFNRRDFVNNHLKTVVNYLILTIKSKEKERNLAFVTLGYIAVAVEKDIA
PFRTRIIEVITAALPPKETPSKKKVCVDPSVFMCITLLGHALKSAITTDVKSLILPMLST
GLSTGLTVCLHELSENVPQLRQEITSGLLKILSCVLMNKPLPQFIPGRPQGGMNTSLYEQ
QIQDTPTTVLALRTLGTFNFEGHSLLPFVQRCADHFLLSEQQEIRIEAVQTCTLLLKLAL
QSVDSADGSETLTQTVGSVLEKILIVGITDVDPNVRLRVLKSLDDSFDSQLAQPWFLSSL
LITMNDEVFEIRELAIIIIGRLSAINPAYVMPSLRKTMVQILTELEHSGMSRNKEQSARM
LDHLIVSTPRLISSYMRPILSILVPKLKEPESNPGVVLNVLRAIGDLAEVNGGHNVLEKW
SDELLATLLEMLSDAGSTEKRGVALWTLGQLVSATGQAVKPYHKYPNLIDILINFLKTEQ
QPYVRRETIRVLGLLGALDPYKHKMNRGLIDSQTNNILISISDSKTEEYTDLSTSEMLIN
MNNQLEEYYPAVAISTLMKILRDPTLSSHHTSVVQAITFIFKSLGIKCVPYLSQVLPSLL
GNIRNAEMNLKEFLFQQLSILIEIVKQHIISFMEEIFQLIKTFWNSIYPLQPTLIILVEK
IAIALGCEFKIYLPQLMPQILRVLLHDASTHRIVTVKLLNALQKFGNNLDDYLHLIIPAI
VKLFEPIEVPYQVSLAALETINYLAEILDFTDFSSRIIHPLVRVLDNHPGQLQTAALQTL
CSIMIQLGKKYLVFVPLVNRVMIRHKISYTEYNKLLSKLQSQSTLALDDEFRLRQARFKN
REMSLAGDTTIRKLNVSTADLQLAFKANRRVSRDDWLEWLRRLSIGLLKESKSPALRSCR
TLAQNYPQLLKDLFNAAFVSCWTDLPDSLKEELSSSLRQALMVPDLPEITQTILNLAEFM
EHCENDALRIDPKILGERAMECRAYAKALHYKEEEFLNMKDKDQSVFESLILINNKLQQK
EAAEGLLEYAMEHRSASEEMKVQVRWYEKLHSWEKALNLYQDKLESNPGDLDSRLGQWRC
LEALGEWSTLNTLTKETWESLGTEGQSKAGRLAAAAAWGLKDWEGMQEFVKFIPEDTQDG
SFYRAVLAVHHGEYELAQTLIDDTRDLLDTELTAMAGESYERAYGAMVCVQMLSELEEVI
QYKLIPERQETIKAMWWDRLLGGQRLVEDWQRILQVHTLVVHPANDVKTWLKFASLCRKS
DSLKLSEKTLVMLLRYNPSEYPDHPLEFMQPDISFAYAKHLWAAGEQEKAYNQLNRLVAD
MGIEGNFDVEEKDENRRLLARCYMKLGQWQNQLQGLNEQSIKGILACYEKATKHDSNWYK
AWHLWAYMNFEVVQNQKQQEDLIKNPGGDKEKCMIRQYAVPAVEGFFRSINLSHGNSLQD
TLRLLTLWFDYGQYPKVYEALVEGMRVIEINTWLQVIPQLIARIDTPRNLVGQLIHQLLN
DIGKCHPQALVYPLTVASNSASSARRQAAHKILGSMGEHSSNLVNQAIMCSEELIRVAIL
WHEQWHEGLEEASRLYFGDRNIKGMFETLEPLHQMLQRGPQTLKETSFNQAYGRDLNEAQ
EWCKHYKNSGNIRDLNQAWDLYYHVFRRISRQLPQLTSLELQYVSPKLLACRDLELAVPG
SYAPGQELIRIASIQSNLQVITSKQRPRKLCIRGSNGKEYMFLLKGHEDLRQDERVMQLF
GLVNTLLLNDPDTFRRNLTIQRYAVIPLSTNSGLIGWVPHCDTLHTLIRDYREKKKTMLN
IEHRIMLRMATDYDHLTLMQKVEVFEYALELTKGDDLAKLLWLKSPSSEVWFDRRTNYTR
SLAVMSMVGYILGLGDRHPSNLMLDRLSGKILHIDFGDCFEVAMTREKFPEKIPFRLTRM
LINAMEVTGIEGTYRRTCESVMHVLRRNKDSLMAVLEAFVYDPLLNWRLLDVDKNRRSKN
ATDVDSTTESMEETLDLLINARNLRMNEANGGGDVVDQGSNCIANPAEATNNKARAIVDR
VKQKLTGKDFNTVEPVQRQIDLLIRQATNNENLCQCYIGWCPFW
NT seq 7335 nt   +upstreamnt  +downstreamnt
atgtcgacggtggtgctacagttcgtgagtgggctgaaaagccgcaacaaggatgcacag
aataaggcggcccaggaactgtcgctgtacgtcaagacggaactgcgcgagattccgcag
gatgatctgctggcgttcttcgaggacttcaaccagtacatttttgagatgttgtccagt
gccgacatcaacgacaagaaaggaggcgtgctggccattaattgcttgataagtggcgat
gtggtcaacacgacgactcagatttcccgttattcgaacaatctccggaatctgcttccg
tcgagtgacatttcggtgatggagctggcagcgaaggtgctcgtcaagttagccctgcta
cccggctccaagggcgccgagtcgttcgagttcgacatcaaacgtgccttcgagtggctg
atggaggaacgaaccgagggcaaacgccatgccgccgttttggtgctgcgtgaactggcc
gtggccatgccgacgtttttctaccagcaagttggaagctttttcgagcacatattcgtc
gccatcaaggatcccaagccgatgattcgggagggagctggtcaagccttgcgggctgta
ttgattgtcacttcgcagagagagggaaccaagcagaataataatccacaatggtacaac
cactgttacgacaacgcaatggaatgcttcagggagcttccttcccgcgagaaaggtttc
aaccgagatgatcgcatccacggagcaataattgtgttcaatgaaatcttacgatgttca
aatgcagcctgggagaaaaagtacatgcagttggaaggtttgaacgtcgatcgcaggtct
cggcacacggatgaaggtcacagcattttcccccggattcgtgtcccgttcatggacaag
ctaggtggaggacatagctctggagcgtctcgtaccagtgagggaagtgatgtcaaattc
ttccgccagaatagctccattcaggagtctgcaatctgccgagcgttgacgaacgacaac
tacgaattgatttgtcagaaagtgcttgagcaacgcaattcaaagtcaccctacgtgatt
cagtcgctgctgaccattctacctcgattggccgccttcaatcgcagagactttgtcaat
aaccatttgaaaactgtcgtcaactatcttatcctaacgattaagagcaaagaaaaggaa
cggaatctggcgttcgtcacgcttggctatatcgccgtggcagtcgagaaggatattgcc
cccttcaggaccaggatcatcgaggtgatcacggctgctctgcctccaaaagaaacccca
agcaagaagaaagtctgcgtcgatccgtcggtgttcatgtgcatcaccctcttgggtcat
gcgttaaaaagtgcaattacaaccgatgtcaagagcttgatcttgccaatgctttcgact
ggactgagcacagggctaacggtgtgcttacacgagttgagcgagaatgtgccgcagctg
aggcaggaaattaccagcggactgttgaagattttgtcctgcgtgctgatgaataaacca
ttgccgcagtttatacccgggcggcctcaaggtggaatgaacacgagcctctacgagcaa
cagattcaagatacgcccaccacagtgctggccctccgcactctgggaaccttcaatttc
gaaggacacagcttgctaccgttcgtgcaacgatgcgccgatcactttctgctcagcgag
cagcaggaaattcgcatcgaagccgtacagacttgtacgctgctgctgaagctagctctc
caatcggtcgattcggcagacggatcggaaaccctcacccagaccgttggaagcgtgctg
gagaagattctgatcgttggtatcaccgacgttgatccgaatgtgcggctgagggtgctg
aaatctttggatgacagcttcgattctcagctggcgcaaccatggttcctgagctcgctg
ttgatcacgatgaatgatgaggtgtttgaaatcagggaactagcgattatcatcattgga
agactgtcggccatcaatccggcttacgtgatgccaagcttgaggaaaacgatggtacag
atcctaacggagcttgaacactccggtatgagtagaaacaaggagcagagcgcgagaatg
ttggatcatctgatagtcagcactccgaggttgatatcttcctatatgcgtccgatcttg
tcgatcttggttccgaaattgaaagagcctgaatcgaatccgggagtggtgttgaatgtg
ttgagagcgattggcgatcttgctgaagtcaatggcggccataacgttttggagaaatgg
tccgatgagctgctggctacgttgctggaaatgctaagcgatgccggatcaacggaaaag
cgcggcgtagctttgtggactcttggccaattggtcagtgccacggggcaagcagtcaaa
ccgtaccacaaatatcccaatttgatcgatatattgatcaactttttgaaaaccgaacag
caaccgtacgtaaggcgggaaacgatccgtgtcctcggattgctcggtgccttggatccg
tacaagcacaagatgaatcgtggcctgatcgacagccagaccaacaatatcctcatttcg
atttccgacagcaagacagaggaatataccgatttgtccacgtcggaaatgttgatcaat
atgaacaatcagctggaggagtactaccccgcggtggccatttcaacgctgatgaagatc
cttcgtgatcctacgttatcctcgcatcacaccagcgttgtccaggcgatcacctttatc
ttcaaaagtttgggtatcaaatgcgttccgtatttgtcccaggtcttacccagtctgctc
ggcaatattcgcaatgccgaaatgaacttgaaggagtttttgttccagcagctatcgatt
ttgatcgagatagtcaaacagcacatcatcagcttcatggaggaaatattccagctgatc
aaaacgttctggaacagtatctatcctttgcaaccgactctgatcattttggtggaaaag
atcgccatcgctttgggatgtgagttcaagatctatcttcctcagttgatgccgcagatc
ttgcgagttctccttcacgatgcgtccacccatcgaatagtcaccgtcaagctcctcaac
gctctgcagaagttcgggaacaatctggacgactatcttcacttgatcattccagccatt
gttaagctgttcgaaccgatcgaagttccttaccaggtgtcccttgcagccctagaaacc
atcaactaccttgcggagatccttgatttcaccgatttctcgtcgcgcatcattcatccc
ttggtacgcgtcctggacaaccacccgggtcagctccaaacggccgcgctgcaaaccctc
tgctcgatcatgatccaactgggcaagaaatacctcgtttttgtcccgctagtcaaccgg
gtcatgatcaggcacaaaatatcttacacagagtacaacaaactcctctccaagctgcaa
agtcagagcaccctcgccctggacgatgaattccgactgcgccaagctcggttcaagaat
cgcgaaatgtccctcgctggggacaccaccatccgcaagttgaacgtgtccaccgcggat
ctccagctggcgttcaaagctaatcgcagggtgtcccgtgacgattggctcgagtggctc
cgtcggctcagcattggtcttctgaaggagtccaaaagcccggcgctgcgatcctgccga
accctggcccaaaactatccccaactgttgaaggatttgttcaacgcagccttcgtcagc
tgctggaccgatttgcccgatagtctcaaagaggaactatcgtccagcttgaggcaggct
ctgatggtgccggaccttccggaaattacccaaaccattctcaacctggccgagtttatg
gaacactgcgagaatgatgcgctgaggatcgatccgaagatcttgggcgagagggccatg
gagtgccgagcctatgccaaggctttgcactacaaggaggaagagttcctgaacatgaag
gacaaggatcagagcgtgttcgagtcgttgattttgatcaacaataagctgcagcagaag
gaagcggctgaggggctgctggagtacgccatggaacacaggagcgcttctgaggaaatg
aaagtccaggtgaggtggtacgagaagctgcacagctgggagaaagcattgaacttgtat
caggacaaattggagagcaatccgggtgatctggactcgagacttggtcagtggaggtgt
ttggaagcgctaggggagtggtcaacgctgaatacgctgaccaaggagacgtgggaatcg
ctgggaaccgaaggacagagtaaggccggtagacttgctgccgctgcagcctggggtttg
aaggattgggagggaatgcaggagtttgtcaagttcatcccggaggacacgcaggacggg
tcgttctatcgtgccgtactggctgtgcatcacggtgagtatgaacttgcccaaacccta
attgacgatacgagagacttgttggatacggaattgaccgcgatggccggcgaatcgtac
gaacgcgcgtacggagcaatggtttgcgttcaaatgctgtcggaattggaagaagtcatt
cagtacaagctgattcccgagcggcaggaaactatcaaggcaatgtggtgggatcgcttg
ctcggtggccaacgtttggtggaagattggcaacgaattttgcaggttcatactttggtt
gtccaccccgcaaatgacgtcaaaacgtggctgaagtttgcctcactctgtcgcaagagt
gattcgttgaaactttccgagaagaccctcgtcatgctgcttcgctacaatccctcggag
tacccggatcatccgttggaattcatgcaaccagacatcagctttgcctacgcgaaacat
ctgtgggcagctggcgagcaagaaaaggcttacaatcaacttaatcgactagtcgccgat
atgggcatcgagggtaacttcgacgtagaggaaaaggacgaaaaccgtcgtctgttggcg
cgttgctacatgaagctcggacaatggcagaaccaactacaaggactcaacgagcaatcc
atcaagggcatcctggcatgctacgaaaaagctaccaaacacgactctaattggtacaag
gcatggcatctctgggcctacatgaactttgaagttgtccagaaccagaaacaacaggaa
gacctcatcaagaaccctggcggagacaaggagaagtgtatgattcggcagtatgccgtt
ccagcggttgaaggcttcttccgctcgatcaatctgtcacacggaaactccctccaagac
acactccgtctcctaaccctctggttcgactacggacagtatcccaaggtgtacgaagcc
ctggtcgaaggaatgcgcgtcattgaaatcaacacatggcttcaggtcatccctcagttg
atcgcccgcatcgatactccgcgcaacctagttggccaactaatccaccagctgttgaac
gacatcggaaagtgtcatccgcaggctcttgtctatccgctgaccgttgcttccaattcg
gcatccagtgcgcgacgacaggccgctcacaagatcttgggctccatgggtgaacattcg
tccaacttggtcaaccaagcgatcatgtgcagcgaggaactgatccgcgtggccattctg
tggcacgaacagtggcacgagggcttggaggaggcgtcgcggctgtatttcggcgaccgg
aacatcaagggaatgttcgaaactttggaaccgctgcaccaaatgcttcagaggggacct
caaaccttgaaggagacctcgttcaatcaggcgtacggtagggatctgaacgaggcgcag
gagtggtgcaaacattataagaactcgggcaacattcgtgacttgaaccaagcgtgggat
ttgtactatcacgtattccgccgaatttcccggcagttgccgcagcttacctccctagaa
ctacaatacgtcagtcctaagctgctagcctgtcgtgatctagagctagccgtccccgga
agctacgcccccggtcaggagctgatccgaatcgccagcattcaatcgaacctccaggtg
atcacttcgaagcaaagaccgcgaaaactttgcatccgtggctccaacggcaaggagtac
atgttcctgctgaagggccacgaagatttgcgccaggacgaacgcgtgatgcagctgttt
gggctggtgaacaccctgctgctaaacgatccggacacgttccgtcggaatctgaccatt
caacggtacgcagtcattccgttgagcaccaattccggcttgatcggttgggtgccccac
tgcgatacgctgcacacgctgattcgagattaccgcgagaagaaaaagaccatgctgaac
atcgagcatcggattatgttgcgaatggcaacggattacgaccatctgacgttgatgcaa
aaggtcgaagtctttgagtatgcgttggagctcaccaaaggagacgacctggccaagctg
ctctggctgaagagcccctcgtcggaggtttggttcgatagaagaacgaattatacgcga
tcccttgcggtcatgtcgatggttggctacattctgggactgggcgatcgacatccgtcg
aacttgatgctggatcgattgagcggcaaaattctgcacatcgactttggcgattgcttc
gaggttgcgatgacccgcgagaagttcccggagaagattcccttccgtttgacgcgaatg
ctgatcaacgccatggaagttaccggcatcgagggaacctaccgccggacgtgtgaaagc
gtcatgcacgtgctccgtcgcaacaaggacagtctaatggccgtgctggaagctttcgta
tacgatccattgctcaactggcgcctgctggatgtggacaagaatcgcaggtccaagaat
gccaccgacgtggacagcacaacggaaagcatggaagaaacgttggatcttctgatcaac
gccagaaacctgcggatgaacgaagccaacggaggcggagacgtggtggatcagggcagc
aattgcatcgccaatccggccgaagctaccaacaacaaagcccgggccatcgtggatcgt
gtgaagcagaaactgaccggaaaggacttcaacacagttgaaccggtgcaacggcagatc
gatctgttgatacggcaggcgacgaacaatgaaaacctctgccagtgctacatcgggtgg
tgtcctttctggtag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (4)   
   KEGG PATHWAY (4)   
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 (6)   
   RefSeq(pep) (6)   
DNA sequence (8)   
   RefSeq(nuc) (6)   
   GenBank (1)   
   EMBL (1)   
Protein domain (10)   
   Pfam (10)   
All databases (38)   

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