KEGG T01037: NEMVE

Nematostella vectensis (sea anemone): NEMVE_v1g162805

Entry

NEMVE_v1g162805 CDS T01037

Definition

hypothetical protein

Orthology

K07203

FKBP12-rapamycin complex-associated protein

Organism

nve Nematostella vectensis (sea anemone)

Pathway

nve04150

mTOR signaling pathway

Class

Environmental Information Processing; Signal transduction; mTOR signaling pathway [PATH:nve04150]

SSDB

Motif

Pfam:

FAT PI3_PI4_kinase DUF3385 Rapamycin_bind HEAT_2 HEAT_EZ FATC Vac14_Fab1_bd HEAT Cnd1 TPR_7

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

AA seq 2475 aa
MQQLRPQLLSGLKSRSDESRLQAAKDLQHYVSTELREASPEQYGSFMDEFNHHIFEMVSS
SDANEKKGGIMAIVGLIGISGGSATKVSRFANYLRNLLPSNDTAVMEMASKAMGRLALTG
GTFTADYVEFEVKRALEWLGGDRNEGRRHAAVLVLRELAVNAPTFFFQQVQPFFDNIFNA
VRDPKQAIREGAMEALRACLVILAQRETKEIRKPPIWYSQTYEEAKKGFEGSTNTKEKGV
VLTKEDKAHGSLLIINELIRSASLEGEQYKKDLEDIYCDQVQSNVMSLNDLGITSPKSKF
SYQTGSHTHPTLSSLASGTQLGEINPLCHSKVCKEFMEDKFDEVCILVLYYSGTRNSTIQ
QTLLTLLPRLAAFQPQKFVKKYLKESMQYLVGALKRDRERSSAFKAIGLLAIAVRHNIEP
FSKPVVEQVKQSLPMRDLGHKRQKAVTVDPMVFACVAMLSRAIGPKISKDVKELLEPMLS
VGLSPALTACLHDLAHQVPQLKKSIQDGLLKMLSLILMQKPLRHPGAPKSTPALTPSTSS
HSLFDSSDVTSTVLALRTLGSFDFEGHLLTHVNLVRNCAETFLASEFKDIRMEAVRTCSR
LLSPSLHPMVVTNAPQHGPISATSTQVVSEVLSKMLMVGITDPDPDIRHCVLSSLDERFD
AHLAQAENLAALFVALNDEEFEIREVAISIISRLSNLNPAYIMPSLRKALIQILTELEYS
GVGRSKEQSARMLGHLVSNAPMLIRPYMEPILKALIPKLRDPDPEVVISVLAAIGEHAQV
SGTKMCKWMNELFPIIIDMLQDASSMAKRKIALWTLGQLVESTGYVVEPYRKYPNLLEVL
LNFLKTEQAPGIRREAIRVLGLLGALDPYKHKLNQIEGVLDDGGISTGSKESETAVCDDR
VDTSTSEMLVTMGSVVLEEFYPAVVISALMRIVRDPSLSSHHTMVIQAVTFIFKSLGMKC
VTYLSQIMPSFLNVIRTCDSGFREFVFQQLGVLISIVKQHIRNYLDDIFTLIKEYWTINS
PMQTTIVLLVEQIAVALGGEFKNYLPQIIPHILKVFMHDNSPQRSVTTKLLNALQMFGSS
LDDYLHLLVPPVVKLFDSNEIPLSVRKCALETLDRLSESLDLTDFASRIIHPIVRTLDSC
SELRGTAMDTLSSLVFQLGKRYSTFIPTVNKVLIKHKIQHQRYDVLICKIVKSNFVLDWE
NDLLLRRQKLVRGNFADDSATTAAIEAASIKKLAFKPDSLQKAWGASRCVSKDDWMEWLR
RLSVELLKESPSPALRSSWATAQTYPPLARDLFNAAFVSCWSELHEELQNELVKNLELAL
KSQIPEITQTLLNLAEFLEHTEKGALPLSSDLLGEQASKCRAYAKALHYKEEEFHRVPNT
ETLEALISINNKLQQPEAAHGVLVYAQRMHGADEIRERWYEKLHDWENALNAYKKKLDQD
PEDIHLTLGRMRCMEALGEWGELHTVACDKWPDVSDDIRKQMARMAAAAAWGLGNWESME
EYTCLIPRDTQEGAFYRAALALHHDNFQQAQACIDAARDLLDTELTARAGESYNRAYGAM
VSVQMLSELEEIIQYKLVHERREDIKRTWWNRLQGCQRVVEDWQKILQVRSLVLTPQEDM
QSWLKYSSLCRKSGRLALSHKTLVMLLGSDPSKHPDLPLPTTYPQVTFAYMKHLWREGQK
EEAFQHLHFFVHTTLHQQALQSLSPNDDDNKREELLKLVARCYLKLGDWQSSLQGFNENT
IPQILLYYSAATENDKSCYKAWHSWAFMNFEAVLYYKNQQEKEKSEGLSPGHPSSPSASP
KTVNPVITYAKPAVHGFFKSIALSSGNSLQDTLRLLTLWFDYGHLPEVYEALVEGIKTIQ
IDTWLQVIPQLIARIDTPRQLVGRLIHQLLTDIGKHHPQALIYPLTVASKSASSARHNAA
NQILKNMCEHSQQLVQQAVMVSEELIRVAILWHELWHEGLEEASRMYFGEGNVKGMFAVL
DPLHQMMERGPQTLKETSFNQAYGRDLMEAQEWCRRYQKSGNVKDLTQAWDLYYTVFRRI
SKQLPQLTSLELQYVSPKLLMSRDLELAVPGTYEPHKPVIHIRNVHSSLNVITSKQRPRK
LCLAGSNGSDFMFLLKGHEDLRQDERVMQLFGLVNTLLASDPETSKRHLSIQRYAVIPLS
TNSGLIGWVPHCDTLHALIRDYREKKKILLNIEHRIMLTMAPDYDHLTLMQKVEVFEHAL
ANTNGDDLAKLLWLKSPSSEVWFDRRTNYTRSLAVMSMVGYVLGLGDRHPSNLMLDRLTG
RILHIDFGDCFEVAMTREKFPEKIPFRLTRMLTNAMEVTGIDGNYRLTCESVMRTMREHK
DSVMAVLEAFVYDPLLNWRLMDNAAPKIKRSKGRSDTMTEAAEEMLEGVDVNRDKPSAKK
PAEPLHSIEEETGHKPEFLNKKALDIITRVRDKLTGRDFANRNTLDVPTQVDLLIKQATA
HENLCQCYIGWCPFW

NT seq 7428 nt +upstreamnt +downstreamnt
atgcaacaactacgaccacaattgctttccggactcaagagccgctcggacgagtcacgg
ctacaggcagcgaaagatctccaacattacgtgtcgaccgagctgcgggaagcatctccc
gagcagtatggctcgttcatggatgagttcaaccaccatatatttgagatggtttctagt
tcggatgccaatgagaagaaaggtggtataatggctatagttgggttgatcggtatctct
gggggaagtgcaaccaaggtgagccggtttgcaaactatttgcgaaacctgttgccgtct
aatgacactgcagtgatggaaatggcgtccaaggcaatgggtcgtctagccctaacaggg
ggaacattcactgctgattatgtagagtttgaagtcaaaagggcattggaatggcttgga
ggtgacagaaatgaagggagacgtcatgcagctgttcttgtattacgagagctagcagta
aatgcaccaacattctttttccaacaagtgcaaccattttttgacaacattttcaatgca
gttcgtgaccccaagcaagccattagagagggtgctatggaggctcttcgggcctgtctg
gtcattctggctcaaagagagacaaaggagataagaaagccccctatttggtatagtcaa
acctacgaagaagccaagaaaggttttgagggctcaacaaacaccaaagagaagggtgtg
gtcttgacaaaggaggacaaagcacatggctccttgctaataatcaatgagctgatcaga
agtgctagtcttgagggagagcaatataaaaaagatctggaagacatttactgtgatcaa
gtccagagtaatgtgatgagcctgaatgatcttggaataacttcaccgaaaagcaagttc
tcgtaccagacagggtcccacacccaccccacgctctcttcactggccagcggaactcaa
ctaggggagatcaaccccttgtgccatagcaaagtttgtaaggaattcatggaagataag
tttgatgaggtgtgcattcttgtgctctactatagtgggacaagaaatagcaccattcaa
cagactcttctaactctcctgccaagactggctgcattccagccacagaaatttgttaaa
aagtatctgaaagaatctatgcagtatcttgtcggggcattgaaaagagaccgtgagaga
tcttctgctttcaaagccataggcttgcttgctattgctgttcgccacaacattgaaccc
ttcagcaaacctgttgttgagcaggttaaacagtctctacccatgagggatttgggccac
aaacggcagaaggcagtgacagtggacccgatggtgttcgcatgcgttgctatgctgtct
cgagcaatcggccctaagatatcaaaagatgtgaaagagctgttagaacccatgctttct
gtagggttaagtcctgcgctaactgcctgtttgcatgacctcgcccaccaagttccacag
ttgaagaagagcatacaagatggcctccttaagatgttgtcattgatcttgatgcagaag
cctcttcggcatcctggagctcccaaaagcactccagcactaaccccatccacctcctct
cactccttattcgactcgtcagacgtcacaagcacagttcttgcacttagaactctaggg
tcgtttgactttgagggtcatctcctgacccatgtgaatctagtgcgcaactgcgccgag
acgtttctggccagcgagttcaaggacattcggatggaagccgtcaggacttgttcaagg
cttctctcaccttccctacatccgatggtggtgaccaatgcccctcagcatggtccgatt
agcgccacgtccacacaggtcgtgtctgaagttctcagtaagatgcttatggttggcata
acagatccagacccagacatccgccattgtgtcctgtcatccctggacgagcggtttgac
gcccatctcgcccaagccgagaaccttgctgctctttttgtagctttgaatgacgaggag
tttgagatccgagaggtggccatcagtattatcagcaggcttagcaaccttaacccagcg
tacattatgccttctctcagaaaggctctcatacagattctcacagagctagagtatagc
ggtgtcgggcgaagtaaggagcagagtgcccgtatgttgggccatcttgtgtctaacgca
cccatgctcatcagaccgtacatggagcccatactaaaggccttgatcccgaagctgcgt
gacccggacccagaggttgtcatcagtgtacttgcggcgattggagaacacgcgcaggta
agcggtacgaagatgtgcaagtggatgaacgagctcttcccaattatcatcgatatgctt
caagatgcttcttccatggctaagcgcaagattgctctatggactctcgggcaactggtg
gagagcacgggctatgtggtcgaaccgtatcgaaagtatccaaaccttttggaggtgctc
ctcaactttttaaagacggaacaagcaccaggcataagacgcgaggctatccgcgtactg
ggtctgctaggggcactagatccatacaaacacaagctgaaccagattgagggagtgttg
gatgatggcggcatctctacaggcagtaaagagagtgaaacagctgtttgtgatgatcgc
gtagatacgagcactagcgagatgctggtgacgatggggagtgtggtgctggaggagttc
tacccggctgtcgttatatcagcactgatgagaatcgtccgggatccaagtctgtctagc
caccacactatggtcatacaggctgtcacatttatcttcaaaagtttgggtatgaaatgt
gtgacctatttatcccagattatgccttccttcctgaatgttatacggacatgcgactcg
ggattccgcgagtttgtgttccaacagctcggggtccttatctctatcgtcaagcagcat
atcagaaattacctagacgatatcttcaccttgatcaaggaatactggaccatcaacagt
ccaatgcaaactactatcgtcctgctcgttgagcaaatcgcagtggcactcggaggggag
ttcaagaattacttgccgcaaatcattcctcacatcctgaaggtgtttatgcatgataac
agcccgcagagaagtgtcactacaaagcttctgaacgctctgcagatgttcggttcaagt
ttggatgactaccttcaccttcttgtgccaccagtcgtcaagctctttgactccaacgag
atccctcttagcgtcaggaaatgcgcgctggaaacactggaccggttgagcgagtccctg
gatttgacggactttgcatcacggatcatccaccctatagtgcgaaccctggactcgtgt
tcagagctccgaggtactgccatggataccttgtcatctcttgtgttccagcttggcaag
cgttactcaacgttcatccctaccgttaacaaggttctcatcaaacacaaaattcaacat
cagcgatatgacgtcctgatctgtaagattgtcaagagtaattttgtgctggattgggaa
aatgatctgttgttacggcgtcagaagttggtgcgcggcaactttgctgatgactcggca
actaccgccgcaatagaggctgcaagtatcaagaaactcgcctttaagccagatagcctg
caaaaggcgtggggagcctcgcgctgtgtgtccaaagatgactggatggagtggctgagg
cgacttagtgttgaattgctcaaggagtcgccctcgcctgcgctaagatcaagctgggct
actgctcagacctacccccctctagcaagagatctcttcaacgctgcgtttgtgtcgtgt
tggtccgagcttcacgaagagcttcagaatgagctcgtgaagaacctggaacttgcgctc
aagtcacagatacccgagatcacccagacgctactgaacctcgctgaattcttggaacac
accgagaagggtgcattaccgctgagcagtgatctgctgggtgagcaggcgtctaagtgc
cgtgcctacgccaaggcgttacactacaaagaagaggaattccacagggtgcccaacacg
gagacactcgaggcgctcatcagtattaacaacaagttacagcagcctgaagcagcacac
ggagtattggtgtacgcacagcgtatgcacggagcagatgaaatccgagaacgctggtac
gagaagctgcacgattgggaaaatgccttaaatgcgtacaagaaaaagctggatcaggac
ccagaggacattcacctcaccttgggccggatgagatgtatggaggccctaggagaatgg
ggagagctgcacacggtggcgtgtgacaagtggccggacgtgagtgatgacatcagaaag
cagatggcgcgtatggctgctgcggctgcgtggggactaggcaactgggagagcatggag
gagtacacgtgtcttattcctcgcgacacgcaagaaggcgctttctaccgcgcggccctt
gcccttcaccacgacaacttccagcaagcgcaagcatgtatcgatgcagcgcgtgattta
ctagacacagaactgacggctcgcgccggggagagctacaacagggcgtatggggcgatg
gtgtccgtgcagatgttgtctgagctggaggagatcattcagtacaagcttgtgcatgaa
cgacgtgaagatatcaagaggacttggtggaaccgtctgcagggttgtcagcgcgtggtt
gaggactggcagaagattctccaagttcgctcactagtcctgacgcctcaagaagacatg
caatcatggctcaagtattctagcttgtgcaggaagagcggccgccttgcacttagccac
aaaaccctggtgatgctactgggaagtgacccatccaagcaccccgacttgcccctccct
acgacgtacccccaggtcaccttcgcttacatgaagcacttgtggagagaggggcagaag
gaagaggcttttcagcacttgcatttctttgtgcacacaaccctgcatcagcaagccctg
cagtcgctctccccgaacgacgatgacaataaacgagaggaactgctcaaactggtggca
aggtgttacctgaaactgggagattggcaatcctcgctccagggcttcaatgaaaacacc
attcctcaaattctactctactattctgcagccacagagaacgacaaaagctgctataag
gcgtggcactcgtgggcatttatgaattttgaggcggtgctgtactacaagaaccaacag
gagaaagaaaagagcgaaggcctgtcacctggccacccgtcttccccctcagcctcacct
aagacggtcaacccagtcataacgtatgctaagcccgcggtgcatggctttttcaagtca
attgccctgtccagtggtaattcgttacaagacacgctcaggttgcttaccctgtggttc
gactatggccatctgcctgaggtgtacgaagctttagtggaaggaataaagaccatccag
atagacacatggctacaagtcatccctcaattgatagcaaggatcgacaccccgcggcaa
cttgtcggtcgtcttattcaccagctgctgactgacattggcaagcatcaccctcaggct
ttgatttatcctctgacggtggcgtctaagtcagcaagcagtgcccgtcataatgcagca
aatcagatcttgaagaacatgtgtgagcacagccaacaacttgtacagcaggctgtgatg
gtgagcgaggagctgatccgagtagccatactatggcacgagctgtggcacgaggggctg
gaggaggcgtcacgcatgtacttcggtgaaggtaacgtcaaaggcatgttcgctgtactc
gaccctctgcatcagatgatggaacgaggccctcagactctcaaggagacctccttcaac
caggcgtacgggcgcgatcttatggaggcgcaggaatggtgccggagatatcagaagtct
ggtaatgtaaaggacctgacgcaggcgtgggatctgtactacaccgtgttcaggcgcatc
tccaagcagctgccacagttgacgtcgttagagctccagtacgtctcccctaagcttctg
atgtcacgtgacctggagctggctgttcccggtacttacgagcctcataagcctgttatt
cacatccgaaacgtgcactcgtccctcaacgtgatcacctccaagcaaagaccccggaag
ctgtgtcttgcaggcagcaatggctcggacttcatgttcttgttgaagggtcacgaggac
ctgcggcaagatgaacgcgtcatgcagctgttcggacttgtcaacacattgctagcaagc
gaccccgagacgtccaagagacatcttagcatccagcgttacgctgttatcccactttcc
accaactccggattgatcggctgggtaccgcactgcgacacgctgcacgcccttatccgg
gactacagagagaagaagaagatactgctaaatatcgagcatcgcatcatgcttacgatg
gcgcctgactatgatcacttgacgctgatgcaaaaggtcgaggtgtttgagcatgcgctg
gccaacaccaatggcgacgacttggctaaacttctctggctgaagagtcccagctctgag
gtgtggttcgaccgtcgcactaactacacgcgctccctcgctgtcatgtcaatggtcgga
tatgtgcttggtctaggagacaggcacccgtctaatctgatgctggatcgtctgactggg
cgaattttacacatcgatttcggtgattgcttcgaggtggccatgacgagagagaaattc
ccggagaaaataccgttcagattgacgcggatgttgacaaatgctatggaggtgactggt
atcgatggtaactaccgtctgacctgcgagagcgtgatgcgcaccatgcgtgaacacaag
gatagcgtgatggccgtactggaggccttcgtctacgatccgctgctgaactggcgcctt
atggataatgctgctccgaagatcaagagatcaaaaggtcgttcagacactatgaccgag
gccgcagaagaaatgttggaaggtgtagacgttaatcgagacaagccaagtgccaaaaag
cctgccgagcctcttcattctatcgaggaggaaactggccacaagccagagtttttaaac
aagaaagcgctagacatcatcacccgcgtccgtgacaaactcaccgggcgggactttgcg
aatcgtaacacactggacgtcccaacgcaagtagatctcctaataaaacaagcaactgcg
catgagaatttatgccagtgctacatcggctggtgtccgttctggtag

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   JGI-NVE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (22)   

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