KEGG T01081: 100118360

Nasonia vitripennis (jewel wasp): 100118360

Entry

100118360 CDS T01081

Gene name

TOR, NV15026

Definition

rapamycin

Orthology

K07203

FKBP12-rapamycin complex-associated protein

Organism

nvi Nasonia vitripennis (jewel wasp)

Pathway

nvi04150

mTOR signaling pathway

Class

Environmental Information Processing; Signal transduction; mTOR signaling pathway [PATH:nvi04150]

SSDB

Motif

Pfam:

FAT PI3_PI4_kinase DUF3385 Rapamycin_bind HEAT_2 FATC HEAT_EZ HEAT Vac14_Fab1_bd Apc3 TPR_16 TPR_19

Other DBs

NCBI-GI:

345489192

NCBI-GeneID:

100118360

NASONIABASE:

NV15026

Position

AA seq 2464 aa
MTSTLVLQFVQRLKSKHEDVRNKAARELCLYVKTELREATQEEITAFMDEFNHHIFEMVS
GSDINEKKGGILAIVCLIGADVGNINTRTIRFANYLRNLLPSSDIGVMELAAKTVGKLAL
VSGTFTAEYVEFEVKRAFEWLSGDRNENKRHAAVLVLKELAVSMPTYFFQHITQFFELIF
KAVCDPKPAIREGAVEALRAALVLTAQRETAKQTQKPTWYKLCYEEIVAGFEEVYVREKS
FNRDDRMHGSLLILNELLRCSNLQWERLYEDLMERLSCSSQPTDNDILSLMPRLKTSLMS
KWTASAPQSSLQSVQHNLHPVHESNACRSLMLEKLDEINADVMNQRHCRNSHIQNALMTL
LPRLAAFNKEKFVQDNLRECMHYLIVSLRGREKDRAAAFTTIGLIAVAVDEAIKPYLPKI
MDVIKSSLPSKETPNKKRSSALEPAVFVCITLLGHAVKQTITSDVRDLLEPMLATGLSPI
LTTSLRELAHSVPSLKPDISQGLLRMLSQVLMYKPLRHPGAPWTATSPVSAPPTEIDVAS
TVLGLRTLGTFNFDGNPLLQFVRRCADYFLTWEEPEVRLEAVKTCSRLLRLALGQPGPTV
TSTVSTVLGKLLVVGITDTDSDVRYWVLASLDEPFDIHLAQAESLSCLFVAMNDEVFEIR
ELAIRTIGRLSGMNPAYVMPSLRKALIQFLTELEHSGMGRNKEQAARMLDHLVVSAPRLI
RPYMEPVLKVLVPKLKETETNPGVVLAVLRAVGDLAEVSGAEMQPWMPELLAILLEMLVD
ASSPEKRGVALWVLGQLVGSTGHVVRPYTQYPSLLDVLLNFLKTEQQPVVRRETIRVLGL
LGALDPYKHKMNLGQISSPQLEALSSRPSADARPEAGDELSTSEMLVNMPSATLEEYYPA
VAIATLMRIIREPTLAQHHTMVVQAVTFIFKSLGIKCVPYISQVMPSFLNVLRTADVGFR
EYLFQQLAILIAIVKHHIRNYLDDIFALVQEFWTWNSPLQGTLIHLVEHIAVALGAEFKI
YLPRLMPQILRVLSHDTSKERQVTVKLLLALQKFAGNLDNYLHLVLPPVVRLFQTSPDCP
VAVSRCALETVEQLAESLDFTDFASRIVQPLVRTLDQCSELRAPACETLCALLLQLGPKF
HIFLPLVQRVMVRHRIVHPRFESLVDKVQSASRLGGPGRFEVAEHDHLLLSGAKQRQARS
KSQRAELGLASAADTTVIKKLNVSASNLQKAWTATRRVSKDDWLEWLRSLSIGLLKESPS
PALRSCWALAQTYSQLPRDLFNAAFVSCWSELDESHRTELVATLQQALMVPDIPEISQTI
LNLAEFMEHCDKGPLPLDSKVLGERAMHCRAYAKALHYKEDEYHKGRSGAVFESLISINN
KLQQKEAAEGLLEYVMNQQQENNKQELKVQVRWYEKLHNWDKALHLYRERLEVDAQDVES
TLGEMRCLEALGEWGQLHEVAMRQWSSHTQETKQRMARMAAAAAWGLNQWESMEKHVALI
PKETQDGAFYRAVLAIHDEQYDLAHKLIDNARDLLDTELTAMAGESYQRAYNAMVEVQKL
AELEEVIQYKLVPERRATIKSMWWERLQGGQRIVEDWQKIIQVHTLVISPQDDMYTWLKY
ASLCRKSGNLALCHKTLVMLLGVDPSTARPDQALPIQHPQVTFAYCKHMWVDGKRDAAYG
QLQRFVPEDERQLEARKRLLARCYLKLGEWLEALQGINEDSIPNVLSYYAHATKHDPSWY
KAWHAFAYTNFEAVLFYKHQQTETAFNEQQQQQQNGGPNGANVLANGAAKSQLSSQFITR
FTVPALEGFIRSINLSNGNSLQDTLRLLTLWFEYGQWPEVYEAIIEGIRLIEINTWLQVI
PQLIARIDTPRALVGRCIHNLLVDIGKTHPQALVYPLTVASKSASHARKTAANKILNSMS
EHSPTLVQQAKMVSDELIRVAILWHELWHEGLEEASRLYFGERNVKGMFDTLEPLHAMLE
RGPQTLKETSFNQAYGRDLMEAQDWCHRYKVSGNVRDLNQAWDLYYHVFRRISRQLPQLT
SLELQYVSPKLLLCRDLELAVPGSYQPGQPVIRIGSINSSLQVITSKQRPRKLCVKGSNG
KDYMFLLKGHEDLRQDERVMQLFGLVNTLLLHDPDTFRRNLTIQRYAVIPLSTNSGLIGW
VPHCDTLHTLIRDYREKKKILLNIEHRIMLRMAPDYDHLMLMQKVEVFEHALEHTCGDDL
ARLLWLKSPSSEVWFDRRTNYTRSLAVMSMVGYILGLGDRHPSNLMLDRLSGKILHIDFG
DCFEVAMTREKFPEKIPFRLTRMLINAMEVTGIEGTYRRTCESVMSVLHRNKDSLMAVLE
AFVYDPLLNWRLMDNAAPKGKRSDAQGMSTSSSQEHGDMLDSLTATFPKKGVPCSIENGG
DSNQPEALNKKALQIINRVRDKLTGRDFSHEETLSVQRQVDLLIQQATNNENLCQCYIGW
CPFW

NT seq 7395 nt +upstreamnt +downstreamnt
atgacaagtacgcttgttttacaattcgtccagcggctcaagtcaaagcatgaggatgtc
agaaataaagcagcccgtgagctctgtctctatgtcaagacagagctacgcgaggccaca
caagaggaaattacagcttttatggatgagttcaatcaccacatatttgagatggtttct
ggctcagacatcaacgagaaaaaaggtggtatcctggcaatagtatgcctcattggtgca
gatgtaggcaacatcaatactcgcaccattcgatttgccaactatctgcgaaaccttctg
ccttccagtgacattggagttatggagttggctgccaaaacagttggcaaactagctctg
gtttctggcacctttactgctgagtatgttgaattcgaagtcaagagggcctttgaatgg
cttagtggtgatagaaatgagaacaagagacacgcagcagttttggttctcaaagagcta
gcagtctctatgcccacatattttttccagcatattacccagttctttgaattgatcttt
aaagcagtctgtgaccctaagccagccattcgtgaaggtgctgtagaagccctccgcgca
gctctagtcttgacagcacaacgtgaaactgccaagcagacacagaaacccacatggtac
aagttgtgctatgaagagatagttgcaggctttgaggaggtttatgtccgggagaagagc
ttcaatcgggatgatcgaatgcacggctcattgctaattctcaatgagctgttgcgctgt
agtaatctacaatgggagcggctttatgaagacctcatggagcggctcagctgttccagc
cagccgaccgacaatgatatcctgtcattgatgccgagattaaagacgagcctcatgtca
aagtggacggcctcagctcctcagagttcgttgcagagtgttcaacacaatctccatcca
gttcacgagtcgaacgcctgtcggagtttgatgctggagaaactcgatgaaatcaacgca
gacgtgatgaaccagcgccactgccgcaactcgcacatacagaacgcgctcatgactctg
ctaccaagattagcggccttcaacaaggaaaaatttgttcaggacaatctacgcgagtgc
atgcattatctaattgtcagcctgaggggcagagagaaggacagagcagctgcctttacc
acgatcgggttgatagctgtagccgttgacgaggccatcaagccttacttacccaagatt
atggacgtgattaaaagctcgctaccgtccaaagagacacccaacaaaaagaggagctct
gctctcgaacctgcggtttttgtttgcattacactgctgggacatgctgtgaaacagacc
atcacgtcggatgtgagggatttgctggagccgatgctggctaccgggttgtcgccgatt
ctcaccacctccttgagagaactggcgcatagcgtgccttccttgaagcctgatatatct
cagggcctactcaggatgttgtcacaggtgctgatgtacaagcctcttcgtcatccaggt
gcaccttggacagccacaagtcccgtttctgccccacctactgagatcgatgtagcttcc
acggtcttaggtcttcgcacccttggtaccttcaacttcgatggaaatccattattacag
ttcgtgcgtcgttgtgccgactacttcctcacatgggaagaaccggaggtacgtctcgag
gccgtcaaaacgtgctcgagactgctgagattagcgcttggtcaacccggacctactgtt
actagtaccgtatctactgtgcttgggaaattgttagtcgtgggaatcacggataccgat
tcggatgttagatactgggtgctggcgtcgctggatgagccatttgatattcatctagca
caagcagagagtctctcatgtttgtttgtcgctatgaatgacgaggtttttgaaattcgg
gaattagctattcgtacaatcggtcggctgagcggcatgaatccagcctacgtgatgcca
tcccttcgtaaagctctcatacagttcctcaccgagctcgaacactcgggtatgggtcgc
aacaaggagcaggcagcccgtatgctggatcatctagtcgtctcagcaccgagactcatc
cgaccctacatggaaccggtgctcaaagttttggtacccaagctaaaggaaaccgaaact
aatccaggagttgtgctggcagttttgagagcagttggagatttggcagaggttagcggc
gctgagatgcagccctggatgcctgagctgctcgcaatattgctagagatgctagtggac
gcgtcgtcgccggaaaagagaggtgttgcactgtgggtcttgggtcagcttgttggtagt
acgggtcatgtagtgcgaccgtatacacagtacccatcgctgctcgatgttcttctgaac
ttcctcaagaccgagcaacagcccgtcgttcgtcgtgaaactatccgtgtacttggtctt
ttaggcgcgctcgacccctacaagcacaaaatgaaccttggacagatatcatctccacag
ctcgaagctctgagctctcgaccgtctgccgatgctcgccctgaagctggtgacgagctt
agcaccagtgagatgctggtcaatatgccctcggctaccctggaggagtactatccagcc
gtagccatcgcaaccctcatgcgcattatccgcgagccaactctcgcgcagcatcacact
atggttgtccaagccgtcactttcattttcaagagtcttggtattaaatgcgtgccatat
atatcccaagtgatgccgagttttcttaacgtgcttcggactgcagatgtcggattccgg
gagtatctcttccagcagctcgctattctcattgctatcgtcaagcatcatattcgcaac
tacctcgatgacatattcgcgcttgtgcaagagttctggacgtggaacagtccgcttcaa
ggcacgctcattcatctagtcgaacacatcgctgtggctttaggagccgaatttaagata
tatcttcctcgcctgatgcctcaaatactgcgagtcctgagtcatgacacaagcaaagaa
cgccaggtcacggtgaaactgttactcgctttgcaaaagttcgccggaaacctcgacaat
tacctgcacttggtcttaccacctgtagtccgactcttccagacgagtccggattgcccg
gtcgctgtcagtcggtgtgctctggaaacagtcgaacaactagccgaaagccttgacttt
acagactttgcctcccgcatcgtacagccgctcgttcgaacgctggatcagtgttccgag
cttcgagctccggcctgcgagactctgtgcgccttattgctgcaattggggcccaagttc
cacatcttcttgccacttgttcagcgtgtcatggtacggcataggatcgtccatccacga
tttgagagtttagtagacaaagtgcaaagcgcatctagattaggaggcccaggacgtttt
gaagtagccgagcacgatcacctgttgctcagtggggccaaacagcgccaggccagaagt
aagagtcagcgcgcggaattgggcctagctagtgctgcagatacaaccgtcatcaagaag
ctcaacgtttctgcatcgaatcttcaaaaagcctggacagctactagacgcgtgtccaag
gacgactggctcgagtggcttcgcagcctctccattggtctcttaaaagaatccccgtcg
ccggccttacgttcctgctgggctctggcccaaacctattcacagctaccgcgagacctc
ttcaacgcggcttttgtctcctgctggagcgaactcgacgagtcccaccgcaccgagctc
gtggctactcttcaacaagctctcatggttcccgatatacccgagatcagtcagacaatc
ctaaatctcgccgagtttatggaacattgtgataagggaccgttacctttggatagtaaa
gtcttgggtgaacgagcgatgcattgtcgggcatacgctaaggcgctccactacaaagag
gacgaataccacaagggccgcagcggtgctgtattcgagtcactcatcagcattaacaac
aaattacagcagaaagaggctgcggaaggtctactcgagtacgttatgaatcagcagcaa
gagaacaacaagcaagagctgaaggtgcaggttcgctggtacgagaaactccataactgg
gacaaggctttgcatctgtatagggagaggttggaggttgatgcgcaagacgttgagtcg
actttgggagagatgcggtgtttggaagctttgggagaatggggacaactgcacgaggtg
gcgatgagacaatggagttcgcatacccaagagactaaacagcgcatggccagaatggca
gcggcggctgcctgggggttgaaccagtgggagagcatggaaaagcacgtggcgctgatt
cccaaagaaactcaagacggagctttctacagagctgtgttggcaattcacgacgagcaa
tatgacctggcgcacaagttgatagacaatgcgagagacttactggacaccgaattgaca
gccatggctggcgagagttatcagagagcttacaacgcaatggtcgaggtacagaagctc
gcggagctcgaggaggtgatacagtacaagctcgtaccggaaagacgagcgaccatcaag
tccatgtggtgggagcgattgcagggtggtcaacggatcgtagaggactggcagaagatc
atacaggtgcacacgctcgttatttctccacaggacgatatgtacacatggctcaagtat
gcgagtctttgtcggaaaagtggaaaccttgcgttgtgtcacaagacactggttatgctg
ctaggagtcgacccatccacagcgagacccgaccaagctcttcccattcaacatccacag
gtaacattcgcttactgcaagcacatgtgggtggatggcaagcgtgacgcagcttatggt
caactccagcgcttcgtgcccgaagacgaacgtcaactcgaagctcgcaagcgcctactc
gctcgttgttatctcaaactcggagagtggctggaagctctgcaaggtatcaacgaggac
tcgattcccaatgtcttgtcttactacgcgcacgcgacaaagcacgatccgagttggtac
aaagcctggcacgcgttcgcctacaccaacttcgaagcggtattgttctataaacaccaa
caaacggaaacggcattcaacgagcagcaacagcaacaacaaaatggaggtccaaacgga
gcgaatgttttggcaaacggagctgcaaagagtcaattgtcgtcccagtttataacgagg
ttcacggtaccagcgctggaaggtttcatcagatcgatcaatctgtcaaatgggaactct
ctgcaggatacgctcaggttgctgacgttgtggttcgagtatggacagtggcctgaagtt
tacgaggctattatagagggcattcgactcattgaaatcaacacttggctacaggttata
ccgcagctcatagccagaattgacacaccgcgagctttggtcggacgttgcattcataat
cttctcgttgacatcggcaagactcatcctcaggctctggtatatccattgaccgtggca
tcgaagagtgcgagtcacgcgcgtaagacggccgctaacaagatcttgaacagcatgagc
gagcatagtccgacattggtacaacaggcgaagatggtgagtgacgagctcatccgcgta
gccatactctggcacgagttgtggcacgagggtctcgaggaagcgagtagactgtatttc
ggtgaacgaaatgtcaaaggcatgtttgacacactagaacctttacacgcgatgctggag
cgcggacctcagacgctcaaagaaacgtctttcaatcaagcctatggtcgcgacttaatg
gaagcacaagactggtgtcacaggtacaaggtgtcaggaaacgtacgcgatctcaatcaa
gcctgggacctttactaccacgtgttccggcgaatatcgagacaattaccacagctgacg
agtctcgaattgcagtacgtcagtcctaagctgctgttgtgcagagatttggaactggct
gtaccgggaagctatcaacccgggcagcctgttatcaggatcggtagtataaatagttcg
ctgcaagtcataacgagcaaacagcgaccgagaaagttatgcgtcaagggtagtaacgga
aaggattacatgttcttgctcaaaggtcacgaagatcttcgtcaggacgagcgtgttatg
cagctattcggtctagtcaatactttgttgctgcacgatccagatacgtttaggagaaat
ttgacgattcagagatacgccgttattcctttatctacaaatagtggccttattggatgg
gtacctcactgtgatactttgcacactttaatcagggattaccgagagaaaaagaagata
cttctcaacatcgaacatagaattatgctgagaatggcaccggactacgatcacctgatg
ctcatgcaaaaagtcgaagtttttgaacacgccttagaacacacgtgcggtgacgatttg
gcccgtttgctctggttgaaatcaccatcgagcgaggtctggtttgatcgacgcaccaac
tacactcgctcactggccgttatgtcgatggttggatacatcctcggtttgggcgatcga
catccctcgaatcttatgttggacaggcttagcggcaaaatacttcacattgactttggc
gattgcttcgaggtcgctatgactcgcgagaagttccctgaaaagatacccttccgtctc
acccgaatgttaattaacgcgatggaggtgacgggtatagagggcacatacagacgcacc
tgcgaatcggttatgtcggtgctacatcgcaacaaggacagcttgatggccgtactcgag
gccttcgtttacgatcctttgttgaactggaggctgatggacaacgccgctcctaagggc
aagaggagcgacgcacagggcatgagcactagtagtagtcaggaacatggtgacatgctg
gattcgttgacagctacgttcccgaagaagggcgtaccttgtagcattgaaaacggaggt
gacagtaatcagccagaagctttgaacaaaaaggctcttcagatcataaacagagtccgt
gataagctcactggccgcgacttttcacacgaagagacgctaagtgtgcagcgacaagtg
gatcttttgatacaacaagcaactaataatgaaaacctctgtcaatgttatataggatgg
tgtccattttggtaa

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   NASONIABASE (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (21)   

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