KEGG T01059: Dana

Drosophila ananassae: Dana_GF20313

Entry

Dana_GF20313 CDS T01059

Definition

GF20313 gene product from transcript GF20313-RA

Orthology

K07204

regulatory associated protein of mTOR

Organism

dan Drosophila ananassae

Pathway

dan04150

mTOR signaling pathway

Class

Environmental Information Processing; Signal transduction; mTOR signaling pathway [PATH:dan04150]

SSDB

Motif

Pfam:

Raptor_N His_Phos_2 HEAT HEAT_2 HEAT_EZ Ribosomal_60s

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

AA seq 2062 aa
MLKPLYYLFWFSLPSLALPGLFFFLLAGGAAGGDVGVAAGQEAVECSRLERADIEGRLST
KTPYRAIANFNETSPQYAGCRPTRIWSIIRHGTRNPSEKVILLAQSRLAEIKEDILNQSN
PNLCAGELKKLRKWSWNFLNAAEDEKLLVAEGEDELTELAERMQNRFPSLLPDIYDPGWY
FFKYTATQRTLKSAHSFATGLFGRHRIHAVRYPPPMHQDPILRPVYLFASPGKPEKTLAR
ASPVAVPVPVQSSPAGTLRFRFRFREIQPINMLESHYSAMLNAAASVAAAAASAAAAAAA
SASASASASADDNSNNSNNSNTTSNTNSQSQSSNTNSNNSSSNGSAVDIAGAEAATGTEG
DDDSQDGANWSRKKMIKWPLPMTLSFFPATDLSGRFVFGERIRDEKCPLSFLAKRHSEAI
VAMVYERQTWRIRERMKTASVALVLCLNIGVDPPDVVKIQPCSRLECWIDPSSVSPPKAM
ELIGSSLQMQYERWQPRARYKKCHDPTVEDVKKLCTSLRRNAKGERILFHYNGHGVPKPT
ANGEIWVFNKTFTQYIPLSIFELITWMSAPSIYVYDCSNAGIIINSFQPYAEQHELELEK
QRATLQKRGGVPQLAGTGGAPGTAGGQNQQMQQQVSYKNCIHLAACAANEILPMNAQLPA
DLFTSCLTTPINIALKWYAMQEKLGMVPPIQSELIDKIPGKVNDRRTMMGELNWIFTAIT
DTIAWNTLPRELFQRLFRQDLLVASLFRNFLLAERILRSHDCTPVSLPALPPCFRHPMWK
AWDLVVDLALQQLPDILEHNAPYRQLPFFEHQLTAFQVWLDSESESRTPPEQLPIVLQVL
LSQVHRLRALELLARFLDLGPWAVNLALGVGIFPYVLKLLQSSTRELRPVLVFIWAKILA
VDPSCQVDLVKEYKYFLSVLQDTTVSKEHRTLSAFVLASIVHNFLLGQTSALQGPLLSIC
LEQLNDGSWLLRQWLAICLGMLWQNFEKARWSGARDLAHEKLYVLLRDSIPEVRAAAVFA
LGTFISSVTDRSEEQANNIDRIIAVTLLETVGEDMSPLVRMELAAALQWMVLLFESQFVA
IYQVEHVRDNASAFFVRDVLERHVSMRRGASSSSISNMGGGTSTSSGGGSASGAGGGSLS
GSTSGRSKSGSGGSSGAGAAAGGTNTIPYQMIFTKLWQGICNLAQDPFPRVAAIAHEIVE
HVRDTALCPIMAAKEATMATATEKCNSLSVSLPPSPNTRVNYLSGAAGGGGAGGGAGESP
PVGATASGASHWAQKLRLSGSGAGVAAGDPHAILQRKLRTSSINDETDSAPAAYPGRPGW
GGSLGLPSGPRESTHSARSSGSESNQYLEPPQSLTPIVQTEFIPWAISYFTRPGKHRYSS
AEGAAEEGFQRFPVDRNSAELRKRSSRYMRNDFVRRQARRHQREQSDRSGYEMCVWNRKT
QFTPSIVKLLPYEPQIAVAYREKVLAYDFQWNSVRTYGSEAMAGTPHGSSSVFSRVSSVE
FINAQDEALKLVAHDDGVVRVWQSSPGAHSSSSSSTSSSASSSSSTADDPPAKARLVTAW
TALSPVHQQQNSYRQRIIGSGGGSIGKGMDASSLSSMSSGIVTAWQQAQQHLVVGGGGCR
YLRLWDVERELRLSDIPLGRSEAGAARVLAPYLPNMRCDVILAGCDDGSVRLFDKRCAPQ
ESRICVYRRHDAPILHASLRANETVLVSGCTDGRINVVDVRATSFPYGIEERVIHKWNAG
SDVTAIASHQIADTVACGNAFKISIHSLDGRLQKTLRTNEGFIGPKTGHPTCLSFHPYKV
QLAVGFVDNTFYKRCGRWKTDVDKNPDTLVNARRFLAEPQMQSAVEHVRSSTRLPELRPE
DVQLMYTVCAFETAWRRPRHGDRWPTHSVWCNFFDVPALNAMEFFEDLEYYWNDGYGYEL
THRIACPAIADMFAAISSSDDTEEQGPLRSNATFYFTHSGTLLKLLAHLGLARDEEPLTH
RHFASERLWRTSQIDAFATNLAFLRYDCDEDEPHVLVLHQERVVRLPGCPLDKDLCPLAT
LRRIYADSVERCDFEELCQLKD

NT seq 6189 nt +upstreamnt +downstreamnt
atgctgaagccgctctactatttgttttggttttcccttccgtctttggcgctccccggg
ctcttcttctttctgctcgctggaggggctgccggtggtgatgtgggcgtggcagcgggc
caggaggcggtagaatgtagtcgtttggagcgagccgatatcgagggaagactctctacg
aagacaccgtaccgagcgatcgccaatttcaatgaaacttcgccacaatatgccggatgc
cgtccaacgcgaatctggtcgatcatccgccacggcacccgcaatcccagcgagaaggta
atcctcctggcccagagccgcctcgccgagatcaaggaggacatcctgaaccaatctaat
ccgaatctctgtgccggggaactgaagaaactgcgcaagtggagctggaatttcctgaac
gccgccgaggacgagaagttgctggtggccgagggcgaggacgagctgaccgaactggcg
gagcgcatgcagaaccgtttcccatccctcttgccggacatctacgaccctggctggtac
ttcttcaagtatacggccacccagaggaccctgaagagcgcccacagcttcgccacaggg
ctttttggacgccatcggatccatgctgtgcggtatcctcctcccatgcatcaggatccc
attctaaggcctgtatacctgtttgcgagtccaggtaaacccgagaagacactcgctcgt
gcctcgccagtggcagtaccagtaccagtgcagtccagtccagctggtactctcagattc
cgattcagattccgggaaatccagccaataaacatgctcgaatcccattatagcgccatg
ctcaacgctgccgcctcggttgcagcggctgcggccagtgctgctgctgctgccgccgcc
tcagcctccgcatccgcatccgcctccgccgacgacaatagcaacaacagcaacaatagc
aacaccaccagcaacaccaacagccagagccagagcagcaacaccaacagcaacaacagc
agcagcaacggcagtgccgtggacatagccggagctgaagcggccaccggaaccgaggga
gacgacgacagccaggatggtgccaactggagccgcaagaagatgatcaaatggccattg
ccgatgacgctgtccttcttcccagccacggatctgagcggaagattcgtgttcggggag
cggatccgggatgagaagtgccctctctccttcctggccaagcgccactcggaggcgatc
gtggcgatggtgtacgagcgccagacctggcgcatccgggagcgcatgaagacggccagt
gtggcgctggtcctctgcctgaacatcggcgtggatccgccggacgtcgtcaagatacag
ccgtgctcccgccttgagtgctggatcgatcccagttcggtgtcgccgccaaaggccatg
gagctgattgggagcagcctgcagatgcagtacgaacggtggcagccgcgggcgcgctac
aagaagtgccacgatcccaccgtggaggacgtgaaaaagctgtgcacgtcgctgcgccgc
aacgccaagggcgagcgcatcctgttccactacaacggccacggcgtgcccaagccgacg
gccaacggggagatctgggtcttcaacaagaccttcacccagtacataccgcttagcatc
ttcgagctgatcacctggatgtcggcgccgtctatctacgtctacgactgctccaatgcc
gggatcattatcaactccttccagccctatgccgagcagcacgagctcgagctggagaag
caacgggccaccctccagaagaggggcggcgtaccgcagctggcaggcactggtggtgct
ccgggtacggccggtggacagaaccaacagatgcagcaacaggtcagctacaagaactgc
atccatctggccgcctgtgccgccaacgagatcctgccgatgaacgcccagctgccggcc
gatctcttcaccagctgcctgaccacgcccatcaacatagccctcaagtggtacgccatg
caggagaagctgggcatggtgccgcccatccagagcgagctgatcgacaagataccaggc
aaggtcaacgatcgccggaccatgatgggcgagctcaactggatcttcacggccatcacg
gacacgatagcctggaacacgctgccgcgtgagctgttccagcgcctgttccgccaggac
ctgctagtagccagtctgttccggaacttcctgctggcggagcgcattctgcgcagccac
gactgtacgcccgtatccttgcccgctctcccgccctgtttccgccatccgatgtggaag
gcgtgggacctggtggtcgacctggcgctgcagcagctgcccgacatcctcgagcacaat
gccccctaccggcagctgccgttcttcgagcaccagctgaccgcgttccaggtgtggctg
gacagcgagtccgagtcccggacaccgcccgaacagctaccgatcgtcctgcaggtcctc
ctctcccaggtgcaccggctgcgggccctggagctcctggcccggttcctagatctgggc
ccgtgggccgtcaatctcgccctgggcgtgggcatcttcccgtatgtgctgaagctgctg
cagagctccacccgcgaactgcgacccgtgctggtgttcatctgggccaagatcctggcc
gtggatccctcctgccaggtggacctggtcaaggagtacaagtacttcctgtccgtcctg
caggacaccaccgtctcaaaggagcaccgcaccctctccgccttcgtgctggcctccatc
gtgcacaacttcctgctcggccagacgagcgccctgcagggtcccctgctctccatctgt
ctggagcagctgaacgacggcagctggctgctccgccagtggctggccatctgcctgggc
atgctgtggcagaacttcgagaaggcgcgctggtccggtgcccgcgacctggcccacgag
aagctatacgtcctgctaagggactccattccggaggtcagggccgctgccgtcttcgcc
ctgggcaccttcatcagctccgtgacggatcgcagcgaggagcaggcgaacaacatcgat
cgcatcatcgccgtcaccctgctggagaccgtgggcgaggacatgtcgccactggtacgc
atggagctggcggccgccctccagtggatggtgctgctcttcgagtcccagttcgtggcc
atctaccaggtggagcatgtgcgggataacgcctccgccttcttcgttcgtgatgttctg
gagcggcacgtgagcatgcgccgcggcgccagttccagttccatatcgaacatgggtggc
ggtacctccacctcgagcggcgggggatcggccagtggcgccgggggcggcagcctgtcc
ggcagcacgtcgggccgttcgaagagcggctcgggcggcagctcgggagccggagcagct
gccggcggcaccaacaccataccatatcaaatgatcttcaccaagctgtggcagggcatc
tgcaatctcgcccaggacccgttcccgcgggtggcggccatcgcccacgagatcgtggag
catgtccgggacaccgccctgtgccccatcatggccgccaaggaggccaccatggccacg
gccacggagaagtgcaacagcctgagcgtcagcctgccgccgagtcccaacaccagggtg
aactacctgagcggcgcggccggcggagggggagctggaggcggggccggcgaatccccg
cccgtgggagccaccgcctcgggcgccagccactgggcccagaagctgcgactgtccggg
agcggagccggtgtggccgccggtgatccgcacgccatactgcagcggaagctgcgcacc
agctccatcaacgacgagactgacagcgccccggcggcgtatccgggacggccggggtgg
ggcgggtcgctgggactgccgagcgggccgcgggagagcacccactcggcgcggagcagc
ggcagcgagagcaaccagtacctggagccgccccagagcctgacgcccatcgtccagacg
gagttcataccgtgggccatctcctacttcacccggccggggaagcatcgctacagcagc
gccgagggagcagcggaggagggattccagcggttccccgtcgaccggaactcggcggaa
ctgaggaagcggagctcgcggtacatgcggaacgactttgtgcggcggcaggcgcgacgc
catcagcgggagcagagcgatcggtccggttatgagatgtgcgtgtggaaccggaagacc
cagttcacgccctccatcgtcaagctgctgccgtacgagccccagatcgcggtggcctac
cgggagaaggtgctggcctacgacttccagtggaactcggtgcgaacgtacggctcggag
gcgatggccggcacgccgcacggctcctcctcggtcttctcgcgggtcagcagcgtggag
ttcatcaacgcccaggacgaggcgctcaagctggtggcccacgacgatggagtggtgcgc
gtctggcagtcctcgcccggcgcccactcctcctcgtcctcctccacctcctcgtcggcg
tcgtcctcctcctcgacggccgacgatccgccggccaaggcgcgcttggtcaccgcctgg
actgccctcagtccggtccaccagcagcagaacagctaccggcagcgcatcatcggctcc
ggcggcggcagcatcggcaagggcatggatgccagcagcctcagttctatgtccagcggc
atcgtgaccgcctggcagcaggcgcagcagcacctggtggtgggcggcggcggctgtcgg
tatctgcggctgtgggacgtggagcgggagctgcggctgagcgacatcccgctgggccgg
agcgaggcgggtgccgcccgcgtcctggcgccctacctgcccaacatgcgatgcgacgtg
atcctggccggctgtgacgacggctctgtgcggctgttcgacaagcggtgtgccccgcag
gagtcccggatctgtgtctatcggaggcacgacgcccccatcctgcacgccagcctgcgg
gccaacgagacggtgctggtgtccggatgcaccgacggccggatcaatgtggtcgatgtg
cgggccacctcgttcccctacggcatcgaggagcgtgtcatacacaagtggaatgccggc
agcgatgtgacggcgatcgccagccaccagatcgcggacacggtggcgtgcgggaatgcc
tttaagatcagcatccattcgctggacggccggctgcagaagacgctgcgcaccaacgag
ggcttcatcgggcccaagaccggccatcccacctgcctctcgttccatccgtacaaggtg
cagctggcggtgggcttcgtggacaacacattctataagcgctgcggaagatggaaaact
gacgtcgataagaatcccgataccttggtcaacgcacgcaggttcctcgcggaaccgcag
atgcagtcagcagtggagcatgtgcggagcagcacccggctaccggaactccggccggag
gatgtccagctcatgtatacggtgtgcgccttcgagacggcatggcgccggccgcgccac
ggtgatcgatggcccacccactcggtgtggtgcaacttctttgatgtgcccgccctgaat
gccatggagttcttcgaggacctggagtactattggaacgatggatacggctatgaacta
acccatcgcattgcctgtccggcaatagcggatatgtttgcagccataagttcctcggat
gatactgaggagcaaggaccgctccggtccaatgccacattctacttcacgcactcggga
acgctgctgaagctgctggcccacctcggactggcccgggatgaggagccgctgacgcac
aggcattttgccagcgagaggctctggcgcaccagccagatagacgccttcgcgaccaat
ctggccttcctgcgctacgattgcgatgaggatgagccgcatgtcctggtattgcaccag
gagagagtggtacgcctgcccggctgtccactggacaaggacctctgtccgctggccacg
ctgcgtcgcatctacgccgacagcgtggagcgctgcgacttcgaggagctgtgccagcta
aaggactaa

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (16)   

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