KEGG   Nasonia vitripennis (jewel wasp): 100120106
Entry
100120106         CDS       T01081                                 
Name
(RefSeq) huntingtin isoform X1
  KO
K04533  huntingtin
Organism
nvi  Nasonia vitripennis (jewel wasp)
Brite
KEGG Orthology (KO) [BR:nvi00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:nvi03019]
    100120106
   04131 Membrane trafficking [BR:nvi04131]
    100120106
   03029 Mitochondrial biogenesis [BR:nvi03029]
    100120106
Messenger RNA biogenesis [BR:nvi03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   mRNA cycle factors
    Common to processing body (P body) and stress granule
     100120106
Membrane trafficking [BR:nvi04131]
 Endocytosis
  Rab GTPases and associated proteins
   Rab associated proteins
    100120106
Mitochondrial biogenesis [BR:nvi03029]
 Mitochondrial quality control factors
  Regulator of mitochondrial biogenesis
   Other regulator of mitochondrial biogenesis
    100120106
SSDB
Motif
Pfam: Htt_N-HEAT Htt_C-HEAT Htt_bridge Htt_N-HEAT_1 HEAT HEAT_EZ Vac14_Fab1_bd HEAT_2 Cnd1 ORC5_C Arm
Other DBs
NCBI-GeneID: 100120106
NCBI-ProteinID: XP_008206336
NASONIABASE: NV17803
UniProt: A0A7M7HA07
Position
5:complement(20076394..20088805)
AA seq 2966 aa
MAALGIIAKAVENLRSLQIQESLATDHEDKKKEKIANCMALTNGISIASVKAAPQALNLS
IETLLCLCDDSDSDVRTVADECLNKIIRAIADSYVLKVQFELYREIKRNGAARCLRAALW
RFGLLSHMIRPVKAKVFALQLTPCILEIAKRREDIVIDTLSQSLPLILKTLGHYIPDKDI
QALLEAFFKNVTSSEAILRRASANMILVTCLNCRKPLQFMNYVIEVLTDMLSRVAEGNME
EEEGKDDRVNMILGVFACLRLILPSIDANSDLTQDFNEDHILDHHICIYELSLFYTKFYT
NHNVINAALETLAQLLQNPPKNVVSALLSKDGITQRINKLKERGKQWPSRISLSTTVYSE
DNLESSSNLFESDIMDIPEIAPKVEKWMTDIADVMPTVEKAPSKLDISDSSQIIDTKDID
DYSGLIIGSIENESMELESNAGSDVGRFEKPIDTSLLHCSDPKEVEEDLDDTTVSIVSTH
DVSLHQFMLQRNDLAIGSLLDNDVSLHYCCRFLVSSFLLTGSPGQLIPDKHFRVSVKSLA
LTCVGNMLKLYPKMLYDSLKKIPRKDPQVEDRQMISDILLFFKHSDPQIRGNVLLAVGYF
LQGIFLQNNGCFSKESSESSVTIENLIQLILKGLEDESATTCRQTLTALGMFLPSLLESE
ESKYAILVLKVLPSLVKNPYFLVKIKLLEIVSELPYTTIEHVCGELQFQENIVNVLLKLL
SDQDQRVRKAAGIAITKIVPCLYSQSPHEDAVTRKASLYAERYLTCVVGGPTDPTTPFYI
EHKLLINSLVSPYDVLFRSSSQDRGSRERTDEALSRILGHLVDRLLVPSTKYTAYGCCEA
LSLLSETFLTTIYPKAWDCFVPAGRVAVKKAVKKTAVRPDSADCCFGFTNEMLSPISNNL
FCQSIILLSSSPLSLDLCMHRHLLLLAGNIASGIATTNSRQMHASNSSSSSTSSKSETET
TGGDFKYWTFFKDKQSSRNMEQLLVHVMRVLNIFQHVVEDLPSPIQTVSKSSLASLSPAQ
SLSPKRKLLPDHQSSKSKSSSSSSGSSEHHHRLGFRFGGKEQMGSLSNNAHYLRLYELLR
AAHANYRVTLDQDASELYVGLLNACLQVLSQILEVASINEAGRIAEELLSYLQSTVLLSS
TYTVQCVRQLLKCLFGTNLVARWQDIYDAQAKQEKRENSGLQDEEFRKAEFEVERGFYEQ
CFQKPAKLMVERIKGIGSNCRGGNEPDATHRTLVTSLHRKEDRKVSSILKMLSRNSDQNS
VGSFIRLFEPLVIKSLIQYTISNSVPLQCQVLMLLSQLVQLHINYCLMDSDKIFIGFVMK
QFEFIEEGHIGLTEQLLPRIFDFLVRLSYEKYHSKLIIGVPKIIQLCDGLMASGQPPLTH
CIPALVPVVEEMFLARNTPANVSEEKELETTREVLISMMLRLVEYPQIIELLAKCLTESR
LSNDGNGEEKWRRWSRQTMDTLLPMLATRKVRVESKRAYFALVKLFSAVSPTVFRPVDPL
LRVLFTMPPPVGKNLISCSQYNVPSTSKNILEFKRWIGMVNLIIMSLISYAKEEVMLARL
SDVTSSVTDLPEILLIPDSSRPISGDPLNVSGLLESFSMPPERILARFIFRVIGSMSSAF
VEMFQGAKLKPLNDTNESDEDEYVIHQFTLLLQLCIHMFETGSHCKVANASMQLVKGDNI
PKDERLSLNDLNEVMMEIGSSCPILTCQWTYLLTLLGFDDMSFWSRVIGYPSDNVEAEKS
LGSINAKILRRASTILFCDYVCENVSSDSERLSWLLLHHIETMIGLADESPVRELVAVAV
HRDPVASGLFLRAVSDNCCRNGQLIGGPSFIKKLLQCLEGAHQSQSGQLLTVLVPRLLQS
KYLALSRMAAKIASRRVEVLLALGKEEAMMQLSREDFKAIMNVLKKENMTKKHGALIGLL
NKLATSHYELEALELDHSKPFNPLEVKSIKLDRAWYLSQVRSRCCNPCVSYGCYESAWLL
NHLNLDECLEIFSLDDFNVKLLQDCIIVGARLTAQASQQLELDRSVKPTDNSESVLYKAA
KISLIGRLRSILQELPASHEIFLPIQNLNDKPKQSNYTSNLSSLLLDKAYRTSLFLLIPA
VTSYISCLPKLSHSLDAVHEESFARFALLCLESAHFLLLQQMTTPRELGLSLKCASIILQ
DPSASSAFDSSPEHHSWVCSAAAALTEIVGHFCKSSDDDELPGIEKGCSGLQEALEAGKE
TKSYAIACLRMSMLVAWLEKRQKSGEEGRRQEIPSFFAKPIKSLIISVARQPLVNSFVLT
PPLLWKNGCAIVGTGPTKCHFTLFLSEPNYIPELDVLEEFIFRISLLGWNSRQQFEEIWM
VLLGVLNVSQLQNEMESETSTSLSHTASLAVQAIANLLVQTLLLPCPGNPNNGMPIKHTR
DPQLSLHKKSTKRLFFVQDLLLWKYENSNIVSTATTVPVLEHLFNRGNLEPRTIDPHNYS
YGQLSISYLWSLCSLHEDKLSSSTLSLKKRRDEALAAASLDVNSCIRFLLELYASWMSAG
TKLPPRLLYEVVKSLLFVSEMFVERSQFQWMLESCLELWKVHLAEDEILRKHLIVAVCKA
SAVLTPLDPETLDKVKRSVDVGLKGSLSMRIATLHGILYILQSAVLANCEETMSAMHPLA
IEYIQRYIDPRDSNRVTSQSEEHQCTLWALVFFLLEHAEDSPPDVEAPAVLELILSLVSS
QGISTSLHRMLLQGLERLVATKSVIGKVSEQVVKISIERLRQANPALSLPALQLFLTCMY
TDTADRFNQPELEEPLPDIEPEILVRSIERSAVIFDKIKKGYPMEVEILCAVLSEVLIDF
FPPLEILTKVIGEFLSPQQPHPRLMSAIVFKICERACNSTQLGLLQTWVVFSIQNFIQSL
PLIMSTWCLSCFFISTSTNPWLRALFPHVQSRIGKYEYEDKKILCLAASDFYSQLTNESQ
RETFIKTFEDAAKTPGTPFGDILASF
NT seq 8901 nt   +upstreamnt  +downstreamnt
atggcagctctgggaataattgccaaagctgtggaaaatctacggagcttgcaaattcaa
gaatcattggccactgatcatgaagacaaaaaaaaagaaaagatagccaactgcatggct
ttgacaaatgggatatccatagcaagtgtcaaagctgcaccacaggcactaaatctttcc
attgaaactctactctgtttatgcgatgactccgattcagatgttagaactgtagcagat
gaatgtctgaataaaataataagagcaatagctgatagttatgttttaaaagtgcaattt
gaattataccgtgaaattaagagaaacggtgcagctcgctgcttaagagcagcactatgg
agatttggtttgcttagtcatatgatcaggcctgtgaaagctaaagtgtttgcattgcaa
ttgacaccatgtattcttgaaattgccaaacgtagagaagatatagtaatagacactctt
tcgcaatcattaccattaatattaaaaacattgggtcattatatacctgataaagacata
caggctttgttagaagcattttttaaaaatgtgacttcaagtgaagctattctaagaaga
gcttcagccaacatgattttagttacttgtttaaattgtcgtaaaccattacagtttatg
aactatgtgatagaagtgttgacagatatgttatctcgagttgctgagggaaacatggaa
gaggaggaaggaaaagacgatcgtgttaatatgattcttggtgtttttgcctgtttacgg
ttgatattaccaagtattgatgcaaattcagaccttactcaagattttaatgaagatcat
atacttgatcaccatatttgtatatatgaactgagtttattttataccaaattctataca
aatcataatgtgataaatgctgctcttgagactctagcacagctgttacaaaatccacct
aaaaatgttgtgagtgcattgttgtctaaagatggaataactcaacgtattaataagctt
aaagaaagaggaaaacagtggccaagtagaataagtctctcaaccactgtttattctgaa
gataatttagaatcctcatcgaatctctttgaatctgatattatggacattccagaaata
gctccaaaagttgaaaaatggatgacagatatcgctgacgttatgccaacagtggaaaag
gcaccaagtaaacttgatatatcagactctagtcaaattattgataccaaagatattgat
gattacagtggtctcattattggttctattgaaaatgaaagcatggagttagaaagtaat
gccggtagcgacgtgggtagattcgagaaaccaatagacaccagtttacttcattgttca
gacccaaaggaggtcgaagaagacctcgacgataccactgtatccatcgtgtccactcac
gatgtgtctttgcatcaatttatgttgcagcgcaacgacctggcgattggcagtttgctg
gacaatgacgtatcacttcactactgttgtcgctttctcgtctcatcctttttgcttacg
ggcagtccgggtcagcttattccagacaagcacttccgtgtgagtgtaaagtccttggcc
ctgacatgtgtcggtaatatgctcaaactctatccgaagatgttgtatgacagtttgaaa
aaaattccaaggaaggacccacaagttgaagatcggcagatgatatcggatattttgttg
tttttcaaacattcagatccacaaattagaggaaacgtactgctagctgtcggttacttt
ttacaaggaatttttctgcagaataatgggtgctttagtaaggagagttccgagagttca
gttacgatagagaatctcatacagttaatattaaagggtctcgaggacgaatccgcaact
acgtgtcgtcagacattgactgctcttggtatgtttctgcctagtcttctagaatctgaa
gaaagtaaatacgcaatactcgttttgaaagtgcttccgagtttagtgaaaaatccatat
tttcttgtaaagataaaattactagaaattgttagcgaacttccgtacacgacaattgag
catgtctgcggtgaactgcagtttcaagaaaacatcgtcaacgtacttttaaaattgctc
agcgatcaggatcaacgagttcgcaaggcagctggcattgcaattactaagatcgtgcct
tgcctgtactcccagagtccgcacgaagacgcagtaactcgcaaagcgagtctctacgcc
gaacgctatctgacctgcgtcgtgggcggccccacggaccctacaacccccttctacatc
gagcacaagctcttgatcaacagcctggtatcgccgtatgatgttctgtttcgtagttcc
tcgcaggatcgaggctcacgcgaacggaccgacgaggcgctgtccaggattctcggtcat
ctagtcgatagactattggtcccttccacgaagtacacggcttatggatgctgcgaggca
ctgagtttgctgagcgagacttttttgacgacaatctatccgaaagcttgggactgcttc
gtgccggcaggtagggtcgccgtaaagaaagcagtcaagaagacagctgttaggcctgac
tctgctgattgctgttttggcttcacaaacgagatgctctcaccgatctccaacaacctc
ttctgccagtcgataattcttctcagttcgtcaccactgagccttgatctgtgtatgcac
cgtcatctgctactgctggccggtaacatagcttccggcatcgccactacaaattctcga
cagatgcacgccagtaactcaagctccagcagtacgagttccaaaagcgaaactgagaca
accgggggagacttcaagtactggacttttttcaaggacaagcaaagttcgaggaacatg
gagcagctgctcgtacatgtcatgcgcgtgctcaatatctttcagcacgtagttgaagat
ttgccatcgccgatacagacagtctccaagtcctcgctggcttctctatctccagcgcag
tcgctctcgccgaagcgcaagctcctgccggatcaccaatcctccaagtcgaaatcatcg
tcctcctcatccggttcctcggagcaccaccatcgactgggctttcgttttggcggtaaa
gagcagatgggctcgctctccaataacgcacattatctgcgattgtacgagcttcttcga
gcggctcacgcaaactaccgggtgacgttggaccaggatgccagcgagctgtatgttggc
ctattgaatgcctgcctccaggtactctcgcagatcctcgaggtggcgagtattaacgag
gccggtcgtattgccgaggaactgttgtcatatctccagtcgacagttctgctgtcctct
acgtatacggtccaatgcgtcaggcagttgctgaagtgtctctttgggactaaccttgta
gcccgatggcaagatatctatgacgctcaagctaagcaggagaagagggagaacagtggg
ttacaagatgaagagtttcggaaagctgagtttgaggttgagagaggattctatgagcag
tgttttcagaagccggcgaagctgatggttgagaggatcaagggaattggaagcaattgt
agagggggcaacgaacccgatgcaacacatcgtactctggtgacttcactacatcgcaaa
gaggaccggaaagtatcttcgattttgaaaatgctcagccgaaattctgaccaaaactcc
gtgggctctttcattcgtctctttgaacctctggtcatcaagtctcttattcagtataca
atctccaattcagtaccgctgcagtgccaagtattgatgcttcttagtcagctcgtccaa
ctgcacatcaactattgcttgatggattcggacaagatcttcattggttttgttatgaag
caattcgaatttatcgaggagggacacatcggtctgacagagcagttattaccacggata
ttcgactttttggttcgactttcatacgagaagtaccattctaaactgatcatcggtgtt
ccaaagataatccagctgtgcgacggtcttatggccagtggacaaccgccgttaactcat
tgcattccagccttagtgcccgtagtagaggagatgttcttagccaggaacactccggct
aatgttagtgaggaaaaggaactggaaacgacgagagaagtgctcatctcgatgatgctc
aggcttgttgaatatccacagattatagaattgttagcaaaatgcttgacggaatcgaga
ctgagcaatgacggtaatggtgaagagaagtggaggcgctggtcgaggcaaacaatggac
acgttgttgccaatgcttgcaactcgtaaggtacgcgtcgagtcgaagagagcctacttt
gctttggtgaaacttttttcggctgtatctccaactgtatttagaccggtagatcccttg
cttcgagtgttatttacgatgccaccgccagttggaaagaacctgatatcgtgttcacag
tataatgtgccatcgactagtaagaacatcttggaattcaaacggtggattggcatggta
aacttgataattatgtcgctgatttcttacgccaaagaagaagtcatgctggctaggcta
tcggatgtaacttcctctgtaacagacctacccgagattctcttgatccctgattccagc
cgtccaattagtggtgaccctttgaacgtatcagggcttctggaatcattttctatgcca
ccagagaggatacttgcaaggttcatctttcgggttataggatctatgagctctgcattt
gttgaaatgtttcagggtgcaaagttgaaaccgttaaatgataccaatgagtccgacgaa
gatgagtatgtcatacaccaatttactcttttactgcaactttgcatacacatgttcgag
actggcagccactgtaaagtggccaatgccagtatgcaattggtgaagggtgacaacatt
ccaaaagacgagagactgtcgcttaacgatttgaacgaagtgatgatggaaattggtagc
agttgtcctattctcacttgtcagtggacatatcttctaacactgttaggattcgatgac
atgagtttctggtctagagttattggatatccatcagacaatgtcgaagctgaaaaatca
ctcggctctataaacgcaaagatcctgcgtcgtgcttccacgattctattttgcgactat
gtttgcgagaacgtttctagcgattctgaacggttgagttggttattgcttcaccacatc
gaaacgatgataggtctggcagacgagtcgcctgtaagagagctagtagctgtggccgta
catcgtgaccccgtggccagtgggctctttctgcgcgcagtctccgataattgctgtcgt
aacggccagttgatcggcgggccatcttttatcaaaaaactgctgcagtgcttggaagga
gcacatcagagccagtcgggacaactgttaacggtactagttccaaggctgctacagtca
aagtatctggcactgtcgaggatggctgcgaagattgcgagcagaagagttgaagtgctt
ctagctttgggaaaggaggaggctatgatgcaactgtcaagggaagatttcaaggctata
atgaatgtgctgaaaaaggaaaatatgacgaagaagcacggtgcactgattggattgtta
aataaattagcaactagtcattacgagttagaagcattagaattagatcattcaaaacca
ttcaatccgttagaagtgaagagcattaagctggatcgagcctggtatttatcacaggtg
aggtctcggtgttgcaatccatgcgtaagttacggctgttacgaatcagcttggctcctg
aaccatttaaatctagacgagtgcctagaaatattttcccttgacgactttaacgtaaag
ttgctgcaagattgcataattgttggagctcggttgactgctcaagcttctcaacaatta
gagcttgataggagtgtaaaacctactgacaatagcgaaagtgttctctacaaagccgcg
aaaattagcttgataggtcgactacgaagtattctgcaagagttgccagcttcgcatgaa
atttttcttccaattcaaaacctgaatgacaaaccaaaacaatcaaactatacctcgaat
ctcagctcacttctacttgacaaggcatatcgcacatcccttttcttgctgattccagcc
gtgacgtcctacatctcgtgtctacctaagctctcccacagtctggatgctgtccacgaa
gagtcgtttgctcgtttcgctttgctttgtctggagtccgcgcattttcttcttcttcaa
caaatgacaactcctcgggagctcgggctttctttaaagtgtgccagcataattctgcaa
gatccatcggcgagtagtgccttcgactcttcacccgaacatcacagctgggtttgctca
gccgcagcggctcttaccgagatcgttgggcacttctgtaagtcttctgatgacgacgag
ctacccggaatcgagaagggctgcagcggactgcaagaagctttagaggctggaaaagaa
acgaagtcttacgccatcgcgtgtctccgaatgtcgatgctcgtggcttggcttgagaag
aggcagaagagcggagaggaaggcaggaggcaagagatcccgtcgtttttcgcgaagccg
attaagagtttgatcatcagtgtagccaggcagccacttgttaactcatttgtgctcaca
cctccgttgctctggaaaaacggctgtgccatcgtaggaacaggtcctactaaatgccac
ttcactctcttcctgtcggagccaaactacattcctgaacttgacgtcctcgaggagttc
atctttcgaatatccctactgggttggaactcacgtcagcaattcgaagaaatctggatg
gtattactcggcgttttaaacgtatcgcaattgcaaaacgaaatggaatccgagacgtca
actagtctaagccacacagcaagtttagctgtacaggctattgcgaatctcttagtgcag
acgttactgctgccatgtccaggtaatcctaataatggaatgccgattaaacacactaga
gatccacaactgtctctgcataagaagagcacgaaaaggctgttctttgtgcaggatctg
ttgctgtggaagtatgagaatagtaatattgtatcgacagctactactgtcccagtcctc
gagcacttgtttaatcggggtaatctggaacctcgtactattgacccacacaattatagc
tacggtcaattgtctatttcctatctctggtcgctttgttccttgcatgaagacaaactc
agctcctccacgctctccttgaaaaagcgccgagacgaggccttagctgcggcctccctc
gacgtcaactcgtgtataagattcttactcgagctttacgcctcgtggatgagtgcagga
acaaaactcccaccaagactgctttacgaggtggtaaaatctttgctgtttgtctccgaa
atgtttgtcgaacgatcccaatttcaatggatgcttgaatcctgcttggaattatggaag
gttcacttagcagaagatgaaattttaaggaagcatctgatcgtggctgtatgcaaagcc
tctgctgttttaacacctttggatccagaaacattggacaaagtaaaacgttcagtagat
gtaggtctaaagggttctttatcaatgaggatagcaacattacacggaattttgtatata
ctgcaaagcgcagtactagcgaattgcgaagaaacaatgagtgctatgcatccattggca
atagaatatattcaacgttatattgatcctagagattctaacagggtgaccagtcaaagt
gaggaacatcagtgtacactctgggctctcgtattctttctattagagcacgcagaagat
agtcctccagatgttgaagctccagcggtattagaactcattctttccttagtatcttcc
caaggcatatcgacatctttacaccgaatgctgcttcagggtctcgagcgactggtcgca
actaagagcgtaattggaaaagtttctgaacaagtggtaaaaatttccatcgagcgcctg
cgccaggcaaacccggcgctctcattgcctgcgctccagctcttcctcacctgtatgtat
acggacacggccgaccgatttaatcaaccggagcttgaagagccactccctgacatcgag
cctgagatcctcgtgcgctcgattgagaggtcggcggtcatcttcgataaaatcaagaaa
ggctatccgatggaagtcgagattctttgtgccgtgctatctgaggtgcttatcgatttc
tttcctcctctggagatcctcacgaaggtaataggtgaatttctctcgccacaacaacca
catcctaggttaatgtcagcaattgttttcaagatttgcgagagagcttgcaacagtact
caactaggtttacttcagacctgggtggttttcagtatacaaaattttattcagagctta
ccacttatcatgtctacgtggtgcctctcttgcttttttataagcacatcaacaaacccg
tggctccgagctctatttcctcacgtgcaatcaagaataggaaaatacgaatatgaggat
aaaaagattctttgtctagcagcttccgatttttactcccagttgaccaatgaatcgcaa
agggagacctttattaaaacgtttgaggatgctgcgaaaactcctggtacaccattcggt
gacatactcgcctctttttga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (180)   
   KEGG ORTHOLOGY (1)   
   RefGene (175)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   NASONIABASE (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (11)   
   Pfam (11)   
All databases (205)   

Download RDF
DBGET integrated database retrieval system