KEGG T01081: 100113502

Nasonia vitripennis (jewel wasp): 100113502

Entry

100113502 CDS T01081

Definition

nuclear pore complex protein Nup205-like

Orthology

K14310

nuclear pore complex protein Nup205

Organism

nvi Nasonia vitripennis (jewel wasp)

Pathway

nvi03013

RNA transport

Class

Genetic Information Processing; Translation; RNA transport [PATH:nvi03013]

SSDB

Motif

Pfam:

DUF3414

Other DBs

NCBI-GI:

345497398

NCBI-GeneID:

100113502

NASONIABASE:

NV18986

Position

AA seq 1706 aa
MTGEKSNTEDMWTPYKELQSLVEGYVTSSPSKLDPQFYEFTETLRNHRQNFLSLLKNPPK
NVKSREEILKGETEGITSPGLGHQLLTKELIDETLIISDMYDLNEFMALDLLFTAQLQMP
HHPGLTRGLTAILLYYDGRKALTATLKTLVQARAGHSWMLDIPLALTKQITEYTNRMQED
GLLDRILFLLEEMDPTKEQDLLQQNRALGGAKHHYMVMKLYNDTRQDLADILYMWSAQST
LPTTVMFRLLSFLQKCHPESEAGEGSPDKVTLALIMALSNSINLSPLHSREDGEDIVRSM
PLIAERGVFEELVQKLITQSVAWETAGLRGFIQFVLAIAVTTIKSAPNLCPNQNITKEDE
MLIEAALSNKAFHFAAEVLFKSKYLHFEEFYVRYFHTLISDFILLMPLKVKELRSRADES
MRLIQAYQQEGIEPPVNLDNHFKFLMLMVAELYKFDPLNLNLAMDYWCQHLEPSHLPNSI
HANRLPSRQVALFKFIRLAGEILPAGLFVPYLNMIASLASSVQAARQAFNFLKPNGSTGS
TTISWDHFFNSLNRYYYNLRQELPPTQDTVYRQRGHPKGITPSEVKGLEAVLLVVQIVAK
YDEMSRMALCDHPGWKVLQSLIGLVSCAMPIPLKGVLVKTLAALAKSPDSSSTIWQNLEA
AQIITTIPTTSSYQPRGVQTELEEIESRNEEYPLTRAMLELLDVLTDFPIPRLLGVGQRN
PGFDPYLNFIINTVFLRFNTRSYKNPSEKWEVADACLKILFKLLKQYEPAVEDFVGCKVE
LQGGEMTVVNASPGYHIMTQLHSNTELLRVILYILDEGCSYLDTYDSFAGKKYLEDSTLN
CLEMLEYSLKTQHQYMSQLAAISSANRISTGVSRLLLGVNHRTGKPDHMINIAKYILYNN
WLRRHAYVAVGVIQGVSNEPGADSELLSTYTSSVSLSTNIRHGFVECLDTEDTGYENEEE
GERNKQQSGHCKDRILLLLMQSITRPAPNLAHYLLGFEITKDIKKTIIQQPGILGYPRTC
LHSILGILELSLEKGRDKITEACYWFLHTLTSNNKTSIPVLRFLRTATNQDFVQRHLSKL
PFQGANRATDLTCMSWLLKIAAIELRVGSGSLQNCLIQRLVGNLGQDRDQVVPSQKLLMD
LLHYIDFQLQLESPKSWEYFDPSQVEMVLGRCSVPIALSGGPMLIDIKKLHSLITDELSV
TQGSATATQRKLMQQELQSILAYALKRNQTKTLSYATVKFVEGWCQTTEILFSIASNQQL
PAAQRQNFLLNLSHDLLQKMTSCEALNEIKTLVSGTVLILLVNLRISFAFQSDDELLPSS
PTNTTMMKIILNHILQWILNSEASSQKVRTHLYGALLYFLCVVGTEKSGENMGAGIETTF
VSQLDNSLYKALPMQERSHRYTTIQVINSFGDKLMDIICHSCSGGHDVCKMLGLSCLNKI
LELDCDNSWVIYLSSRGYLKHMIDGLLESDNLLRCMLQPDPQTLRPLYLYEAKMAMFIRM
AATRLGAESLLENKVLSCLSSMSVVDQHPDVHDSFNGIDPSFLPSVGQRYQQIFLPMLYL
CDALLTTLGTENQSCAIQICGFLQSHRDTVEMTLRNILPSSNTLFMIEVATLTGVIARSA
NIDMYKLVDEEVEKSNIGESNLRDSSGMRELRAHLYRLQRLMLSLLPKFRPLTKEDSNQQ
NFSSVQIAANIMLYVRNQMQHSHMDQ

NT seq 5118 nt +upstreamnt +downstreamnt
atgacgggagaaaaaagtaatacagaggatatgtggactccttataaggaattgcagagt
cttgtagaaggctacgtcacatcatccccaagtaaattagatccacagttttatgagttt
acagaaactctgcgtaatcatagacaaaattttttgtcactgttaaaaaatcctccaaaa
aatgtcaaaagtcgtgaggaaattttaaaaggtgaaacagaaggcattacctcaccagga
ttgggccatcaattactaactaaagaattaattgacgagacattaattataagtgatatg
tatgatttaaatgaatttatggcacttgatttgctatttactgcgcaattacaaatgcca
catcatccaggattgactagaggattaacggctattttattgtattatgatggaagaaag
gctctgacagcaacattaaaaactttagtgcaagctagagctggtcacagttggatgttg
gacataccattggcattgacaaaacaaattacagagtatactaaccgaatgcaagaagat
ggattgttagatagaattttgttcttacttgaagaaatggacccaacaaaagaacaagat
cttttacaacagaatagagcactaggtggtgctaaacatcattacatggtcatgaaatta
tacaatgatacgaggcaagatttggctgatattctttacatgtggtcggcacaatctact
ttaccaaccacagtgatgtttcgactcttatcatttttacaaaaatgccatccagaatca
gaagctggagagggcagtccagataaagttacattagctcttattatggctctttcaaat
tcaataaacttgagtcccttgcatagtcgtgaggatggtgaagatattgttcgttcaatg
ccattaatagctgagaggggagtctttgaagaattagttcagaaattgataacgcaaagt
gtagcatgggaaactgcaggactaagaggttttatacagtttgttcttgcaatagctgtg
acgacaatcaaatcagctccaaatctttgtcctaatcaaaatataacaaaagaagatgaa
atgctgattgaagctgctttatctaacaaagcatttcattttgcagctgaagtacttttt
aaaagcaaatatttgcattttgaagaattttatgttcgttattttcatacattaatatca
gatttcatcttattaatgccattaaaagtgaaagaattgaggagcagagctgatgaatcg
atgcgtttgattcaggcttatcaacaggaaggaatcgaaccaccagtaaatttagataat
cattttaaatttttaatgcttatggtggctgaattgtataagtttgatccattgaatttg
aatttagcaatggattattggtgccaacacctagaaccttcacatttaccaaattctata
catgctaatcgtttaccatcaagacaagtagcattatttaaatttataagattagctggt
gaaattctacctgctggattgtttgttccttaccttaatatgattgcttcacttgcttca
tctgtgcaagctgctagacaagcttttaactttctcaaacctaatggatctactggttca
acaacgatttcctgggatcatttttttaattcactaaatcgttattactataatctaagg
caagaattaccaccaacacaggatacagtttataggcaacggggtcatccaaaagggatt
actcccagtgaagtcaaaggcttagaagcagtgctactagttgtgcaaattgtggcaaag
tatgatgaaatgtctagaatggcattgtgtgatcatcctgggtggaaagttctgcaatct
cttataggactggttagctgcgccatgccaattcctctaaaaggggtgttggtcaaaact
ttggcagctcttgctaagtctccagatagttcttcaacaatttggcaaaatttggaagct
gctcaaattattacaacaataccaacaacaagtagttatcaacctagaggagttcaaact
gaattagaagaaatagaatcgcggaacgaagaatatccattgacgcgggctatgttagag
ttattggatgttttaacagattttccaatacctagactactcggtgttggtcaaaggaat
cctggatttgatccttatttaaattttatcattaatacagtttttctccgatttaatact
cgttcttataaaaatcccagtgaaaaatgggaagtggcagatgcctgtctaaaaatactg
tttaaactgcttaaacaatatgaacctgccgtggaagattttgttgggtgtaaagtggaa
cttcaaggaggtgaaatgactgtagtcaatgcttcacctggatatcatataatgacacag
cttcattcaaatacagaactactaagagtaatcttgtacatactcgatgaaggttgctcg
tatcttgatacttacgattcatttgcaggcaaaaaatatttggaagatagtactttgaat
tgtttagagatgttagaatatagcttgaaaactcagcatcaatacatgtcacagttagct
gcaatttcatctgccaatagaatatctactggtgtatcccgtcttttgttaggtgttaat
catcgcacgggaaaacctgatcatatgattaacattgctaaatatattttgtataacaac
tggttgcgacgtcacgcgtatgtagcggtcggtgtcattcaaggtgtgtccaatgaacct
ggtgctgattctgaattgctttcaacatacacgtctagtgtatcactaagtacaaatatt
aggcatggatttgttgaatgcttggatactgaagacactggatatgagaatgaagaggaa
ggtgagagaaataagcagcaatctggacattgcaaagaccgaatcttgttattactgatg
caaagtattactcgcccagctccaaatctggctcattatttacttggatttgaaatcaca
aaagacataaaaaaaacaataattcaacagccaggaattcttggttatccaaggacgtgc
ttacactcaattttaggaattctagagctgtcactggaaaaaggcagggataaaataaca
gaagcttgttattggtttcttcatacgctaacatcaaataataaaacgtctattcccgtc
ctacgattcctacgaaccgcaaccaatcaagattttgtacagagacacttatctaaattg
ccatttcaaggagcaaaccgagctactgatttgacttgtatgtcttggctccttaaaatt
gctgcaatcgaattgcgtgttggaagcggaagtttgcaaaattgtcttattcaaagactt
gttggaaacctaggacaagacagagatcaagttgtaccttcacagaagttactaatggat
ttattgcattacatagactttcagttgcagctagaatctccaaagtcttgggagtatttt
gacccttcacaagttgagatggtgttaggtcgttgtagcgtgccaatagctctttctggt
ggacctatgttgattgatataaagaaattgcattctcttataactgatgagctatctgta
actcagggaagtgctactgccactcaaagaaaactcatgcaacaggaattgcaatccatt
ttggcatatgccttaaagagaaaccagacaaaaacactttcctatgcaactgttaaattt
gtagaaggatggtgtcaaacaactgaaatattgttttctattgcatcaaatcagcagctt
ccagcagctcaaaggcaaaattttcttctaaatctttctcatgatttactgcaaaaaatg
acatcatgcgaagctctcaatgaaatcaagacattagtttctggaacagttttgatactt
ttagtaaatttaagaattagttttgcttttcaatcagatgacgaactactcccttcttcg
ccaacaaatacgactatgatgaaaataattctgaaccatattcttcaatggattctgaat
tctgaagcttcctctcagaaggttcgcactcatctttatggggctcttctttacttcctt
tgtgttgttggtactgagaaatcaggagagaacatgggagctggtatagagacaacgttt
gttagtcagttggataattcattatacaaagcacttccaatgcaagaacgctcacatcga
tataccacgattcaagtgattaatagcttcggcgataaattaatggatataatttgtcat
agttgttcaggtggccacgatgtttgtaaaatgcttggcctgtcttgcttaaacaaaatt
ctagaattagattgtgataattcatgggttatttacttatctagccgaggatacttaaag
catatgatagatggtttattggaatcagataatttattgcgttgcatgcttcaaccagat
ccacagactttaagacctttgtatttgtatgaagccaaaatggcaatgttcataagaatg
gctgcaacaagacttggtgctgaaagtctcttggaaaacaaagttttatcttgtctttct
agtatgtctgttgttgatcaacatcctgatgttcatgatagtttcaatggaattgatcct
tctttcttaccttctgttggccaaagatatcaacaaatatttttgcctatgctgtattta
tgtgatgctctactcactacacttggtacagaaaatcagtcgtgtgcaatacaaatttgt
ggatttttgcagagccatagagatacagttgaaatgaccttaagaaatattttaccgagc
tcgaatactctattcatgattgaagttgctactttaactggagtaatcgcaagatctgca
aatattgatatgtacaagttggttgatgaagaagttgaaaaatctaatattggcgaatct
aatttgagagacagtagtggcatgagagaattgcgggcccacctttatagacttcaaaga
ttaatgctttctcttttaccaaagttccgacccttaaccaaagaagattcaaatcaacaa
aacttttcatcagtccaaatcgccgctaatatcatgttgtatgtcagaaatcaaatgcaa
cacagccatatggatcag

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 (1)   
   Pfam (1)   
All databases (10)   

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