KEGG   Pediculus humanus corporis (human body louse): Phum_PHUM479060
Entry
Phum_PHUM479060   CDS       T01223                                 
Name
(RefSeq) nuclear pore complex protein nup214, putative
  KO
K14317  nuclear pore complex protein Nup214
Organism
phu  Pediculus humanus corporis (human body louse)
Pathway
phu03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:phu00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    Phum_PHUM479060
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:phu03019]
    Phum_PHUM479060
Messenger RNA biogenesis [BR:phu03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     Phum_PHUM479060
SSDB
Other DBs
NCBI-GeneID: 8239431
NCBI-ProteinID: XP_002430433
VectorBase: PHUM479060
UniProt: E0VWE4
AA seq 1866 aa
MAQSLFVHTGPEPVDTVDLHLKLFCKLKIFQTDTKYKTGNCNLLASSQHYGLIFVGNLNG
FTVIKAKNIKSTTNVNNYPRRDVILNNRPCHLSVDFSQKILGVVCNTKPGAVLHLYNISS
LSSEVTNITKNPNAEISDLMWQPNNDGTVMICLTDGSVLSINPKNKENSTFILPSSTQAS
PKGKQIVIGCHNGTLSQYKPDLKLVKTLPVPPFFNGFATIVSVLWISNYQFAVAYSDKNN
PSSFPIITIVNATKNEPINIINYEDITYSSTFSRNHQLYLTHHSAWNLIFVSSANSIEVA
VLHSKDNSSWEQWLLGDSSRAELPLNAAKQETYPLGLTFDFTSEDAIPWGESILPPMPRL
LLLSDEGILCIFNVINLNASAPQLCGPAKEHLPDAIFTFNPASTTTLPAPAQPIITEQPK
APQNTFSFTSGTSMENSKPTFTFGNNTFSSFGGFSSQAQNSNTETIVSSATEKIAEGNKA
PQQQNQFQSLQQQYMFQNTQQKPQPQISQQQNLLQTSQQQNIQTSSIVNQKPPASSAPLF
GNMSQPGNAPNPTFSFMTPQNIFNSKAVVSQPPLVSSTNTATEAKEASIKEKPITEGIFG
GKTNLPQSTPIKASEGENKAAVKSENLIAEIDSKVKESSGLPETQVSAVPEPPAVDDSVY
WNALRDEIDHFNSELQTLFTKAKTLNIKVGSTDDKINMQKTIDNLNNFLKDLKETTIIQS
TEIHSAIADLMESFAWVEDAKSRNVQRKNPAFIELKKAEELDPISSKYMHEIRLNKYYIN
NQLKQLISYIEKEWVEHQDSYRAQIKNQMTVPTLEEVYKTMHLQLKILSKQKSLIEEIKA
RVAVERCKNKNAKVVLNNSSASILTSNNDKNISAINDLEITKSQFKLIQERSKKLTSEKQ
NVLRDIFSERDMVKIRPVKSNLETSSFLRSLILEKSSQKALEASNKINKKEKAEKVEVNK
LDNVELTKTKMDIITKPNIESKEKTPVKTLEPTKNMFIFGDKNKQTNVSAVSNSSSSKEK
SPLISLISSASDLKFTTNQIKPTGNLSNKVEESKSKPVFTFGLAKPSDQGFGKPAETIKF
NGKLSFNSSSNTTAPAKTTAATAEAIKVTNVFTSMSSGTSTPFIFSSTPTTSTLSATFSG
FQKPIISFDSKQSSFGNANPSSIFSASSVQSPSLNTSNIFKQNTSPPEVKFQVAGKEPAT
VTTSSQNLLSNFSIQKSSFPSSAPIFGVAKTTSTVSNASNSFTSTPAVSKGIPVTEVSVI
TSKPETETEEVDVESVDEPKNLEKTLISKNTQNSNMQKEAISTGAIGFSFSKTLSEAIST
SEASTPTSLQNLSTQNTTASTIFGKPSASRFSKTSPTLPSANFSISLTPAINAPATVVAT
PASVQTTFSQPKTTTGIPVSANVFSTPASTIPSSSSVTTSVVATTSTANVSSSTGVFTTS
SNNTSNVSSSATTVVASIAGVTSTSTAPLPTTTSVTSVTATTVSVASTVSSSGGIFEISS
TGPDAAKGSSTVTTPSIFGGGTISTPTSNIFGGSTSIQPILGQADSQLTSTTTTGIFSNS
VPKTSSFGQPSTLASASQAFSNSVSETTAIFGLLSPNSNKTDNSFVTSSTTPTTSANIFS
TPKSIFGDSKSAGNVFGDANKASVFGGQSGSIFGTTSSNVFGQTSNSNSNSVFGQTICSP
FGGNASGEGGGFGSKPIFGQSLFGQTTNNNASVFGGSPNSSIFGGSSTSQTSPGNAFQSG
TTGTFGATSSGPFSSVQDSVAKTGFSAGNTPPVFGGGPSIAPAFGAAPTFSGSATFGSQP
TFGSFPQGQQCSTTFETFANQNTMGFGNLAQQSQNQGFGGFGSSPGFENKNPAGFRGSSF
SSWRSK
NT seq 5601 nt   +upstreamnt  +downstreamnt
atggctcaatcactttttgtacatactggacctgaacccgttgacacagtggatttgcat
ttaaaattattttgcaaattaaaaatttttcaaactgatacaaaatataaaactgggaat
tgtaatttattagcttcatctcaacattatggattaatttttgttggaaatttaaatgga
tttacagttataaaagccaaaaatatcaaatcgactacaaatgtcaataattatccaaga
agagatgtcatacttaataataggccatgtcatctatctgtcgatttttctcaaaaaata
ctcggagttgtgtgtaacacaaaacctggtgctgtattgcacttgtacaatatatcttct
ttgtcatcagaagtaactaacatcactaaaaatccaaatgctgaaatttccgacttgatg
tggcaaccgaataatgatgggacagtaatgatatgcttaactgacgggtcagttctttcg
attaatccgaaaaataaagaaaattccacatttattttaccaagcagtactcaggctagt
ccaaagggcaaacaaatagttatcggttgccataatggaacactttcacaatataagcca
gatctaaaacttgtaaaaacattacctgttcctccatttttcaatggatttgcaaccatt
gtaagcgttttatggatttctaattaccagtttgctgttgcttacagtgataaaaataat
ccttcttcatttcctattattacaattgtcaatgccactaaaaatgaacctattaatatt
attaactatgaagatattacatacagcagcacattttctagaaaccatcaattatatttg
actcatcacagtgcatggaatctaatttttgtcagttcggctaacagtattgaagtagca
gtacttcattcaaaagataattcatcatgggaacaatggcttttaggagattcttcacga
gcagaacttccattaaatgctgccaaacaagaaacttatcctttaggattgacttttgat
tttaccagtgaagatgcgattccctggggagaaagtattttacctccaatgcctcgttta
ttattattatcagatgaaggaattctttgcatttttaatgttataaatttaaatgccagc
gctcctcaactttgtggacccgctaaagagcacttgccggatgcaattttcacatttaac
cctgcatcaactacaactttacctgctcctgcacaaccaattataactgaacaacctaaa
gcacctcaaaatacattttcttttacatcaggaacgtcaatggaaaattcaaaaccaaca
tttacatttggaaacaatacattttcaagttttggaggattttcatctcaggctcaaaat
tctaatactgaaaccattgtttcctcagcgacagaaaaaattgcagagggaaataaggct
ccacagcagcaaaaccaatttcaatcattacaacagcaatatatgtttcaaaatactcaa
caaaaacctcaaccacaaatttctcaacagcagaatttattacaaacttcgcaacaacaa
aatattcaaacaagtagtattgttaatcaaaaacctcctgcttcttcagctcctttgttt
ggtaatatgtctcaaccaggaaatgctcccaatccaactttttcctttatgacacctcaa
aatatttttaattcaaaagctgttgtatctcaacctcccctcgtcagttcaacaaataca
gcaactgaagcaaaggaagcttctattaaagaaaaaccaataacagaagggatttttggt
ggtaaaactaatttgcctcaatctactcccatcaaagcgtctgaaggagaaaataaagca
gctgttaaatcagaaaacttgatcgctgaaatcgatagcaaagtaaaagaaagctctggt
ttaccagaaactcaagtttctgcggttcctgaacctcctgctgtcgatgatagcgtatac
tggaacgctttgcgagatgaaatcgatcattttaattcagaattgcaaacattgtttacc
aaggcgaaaactcttaacattaaggttggctcgacagatgataaaatcaacatgcaaaaa
accatagataatttgaataattttttaaaagatttgaaagaaacgacaattattcaaagt
acggaaattcattccgccattgcagatcttatggaatcctttgcttgggttgaagacgct
aaatctagaaatgttcaaaggaaaaatccagcgtttatagaattgaaaaaagctgaagaa
ttggatccgatcagttcaaagtacatgcacgaaataagattgaataaatattacattaac
aatcaattaaagcagttaatttcttacattgaaaaagaatgggtggaacatcaagatagt
tatagagcgcaaattaagaaccaaatgaccgtgcctacactggaagaagtttacaaaaca
atgcatttacaactgaaaattttaagcaaacaaaaatcattgatagaagaaatcaaagcc
agagttgctgtggaaaggtgcaagaataaaaatgccaaagttgttttaaacaattcttct
gcatcaatattaacatccaataatgataaaaatatttctgcaataaatgatcttgaaatc
acaaaatctcaattcaaactcattcaagagagatcaaaaaaattaacgtcagaaaaacaa
aacgttcttagagatatttttagcgaacgtgacatggttaaaattaggccggtaaaatca
aatttagaaacaagttcgtttcttcgttcgttaatcttggaaaaatcaagtcaaaaggct
ttagaggcttcgaataaaataaataaaaaagaaaaagcggagaaagttgaagttaataaa
ttggataacgtagaattaaccaagacgaaaatggatataattacaaaaccaaatattgaa
tccaaagagaaaacgccggttaaaactttggaaccgactaaaaatatgtttattttcggt
gataaaaacaaacaaaccaacgtatcagctgtttctaattcttcgagttcaaaagaaaag
tcaccgttaatatcgcttatttccagtgcgtcggatttaaagtttacaactaatcaaatc
aaaccgaccggaaatttatcgaataaagttgaagaatctaaatcaaagccagtattcacc
tttggacttgcaaaaccttcagatcagggatttggaaaacctgcagaaactattaaattt
aatggaaagcttagttttaacagttcttcgaacacgactgctccagctaaaacaacggca
gcaactgcagaagcaattaaagttacaaatgtttttacatctatgagcagcggcacttct
acaccttttattttttcatccactcctactactagtaccttatctgctacgttttcgggc
tttcaaaaaccaattatttcatttgatagtaagcagtcgagttttggaaatgcaaatcct
tcttcaattttttccgcttcttccgttcaaagccccagtttaaatacctctaacattttc
aagcaaaatacttctccgccagaggtaaaatttcaagtagctggaaaagaacccgccact
gtcacgacttcgtctcaaaatttactgtcaaatttttcaattcaaaaatcttcattccct
tcatctgctcctattttcggtgttgccaaaaccacatccaccgtttccaatgcatctaat
tccttcacttcaacgcccgccgtaagtaaaggaattccagttactgaagtttcagttata
accagtaaaccggaaacagaaacggaagaagttgatgttgaatctgttgatgagcctaaa
aatttggaaaaaactttaatttctaaaaatacacaaaattcaaatatgcaaaaggaagct
ataagtactggagcgattggattttcgttcagtaaaacgctatcagaagcgatttctacg
tctgaagcctctactccgactagtttacaaaacttatctactcaaaatactacagcttct
acaatttttggtaaaccgtctgcatctaggttttcaaaaacatctccaactctgccctcg
gcaaatttttctatctctctaactcctgcaattaatgctcctgctaccgtggtagcaaca
cctgcaagtgttcagacgactttttctcagccgaaaacaaccacaggaataccagtcagt
gcaaatgttttttctactcccgctagtactattccatcatcctcttccgttacaacatca
gtcgttgcaaccactagtactgcaaatgtttcttcttccactggtgtttttactactagc
tccaataatacaagtaacgtttcttcatctgcaacaactgtcgttgcttctattgctggt
gtgacctctacaagcaccgctcctcttcctactacaacaagtgttacttctgttactgca
accaccgtaagcgttgcttccaccgtttcgtcttcgggtggtatttttgaaatttcgtca
acgggtcctgatgctgcgaaagggtcgtccacagttacaactccaagtattttcggaggt
ggaacaatatctaccccgacatctaatatttttggtggttctactagcattcaaccgatt
ctcggtcaagctgattctcaattaacatccacaacaacaaccggtatctttagtaattcc
gttccgaaaacaagttcttttgggcagccttctactcttgcatcggcttctcaagctttt
agcaattccgtctctgaaactaccgccattttcggtttattatcgcctaacagtaataaa
acggataattctttcgtaacttcttctacaacacccacaacttcagcaaatatttttagt
actcccaaaagtattttcggtgattctaaaagtgcgggcaacgttttcggagatgctaat
aaggcctccgtgtttggtggtcaaagtggttctatatttggaacaacatcatcaaatgta
ttcggacaaacatcaaattcgaattcaaattcagttttcggacaaaccatttgttcacct
ttcggaggaaatgcatcaggagaaggtggaggatttggaagtaaaccaattttcggtcag
agtttatttggacaaactactaataataacgcttcggtttttggtggatcacctaattca
tcaatatttggaggatcttcaacttcgcagacttcgccgggaaacgcttttcagtcggga
accacaggcacgtttggggcaacttcatctggcccgtttagcagcgtgcaagacagtgtt
gccaaaaccggattcagcgctgggaacactccgccagtatttggaggtggtccttccatt
gctccagcatttggagccgctccgacttttagcggatctgccacattcggctcgcagccc
actttcggaagttttccacaaggtcaacaatgttcgactacatttgaaacttttgcaaat
caaaacacgatgggatttggtaatttggctcaacaatctcaaaatcaaggtttcggtggt
tttggctcttctccaggtttcgaaaataaaaatcctgcaggtttcagaggaagttctttt
tcgagctggagatccaagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (61)   
   KEGG ORTHOLOGY (1)   
   RefGene (56)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   VECTORBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
All databases (68)   

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