KEGG   Hydra vulgaris (swiftwater hydra): 100204852
Entry
100204852         CDS       T01080                                 
Name
(RefSeq) nuclear pore complex protein Nup160
  KO
K14303  nuclear pore complex protein Nup160
Organism
hmg  Hydra vulgaris (swiftwater hydra)
Pathway
hmg03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:hmg00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    100204852
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:hmg03019]
    100204852
   03036 Chromosome and associated proteins [BR:hmg03036]
    100204852
Messenger RNA biogenesis [BR:hmg03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     100204852
Chromosome and associated proteins [BR:hmg03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    100204852
SSDB
Motif
Pfam: Nup160
Other DBs
NCBI-GeneID: 100204852
NCBI-ProteinID: XP_047124600
Position
15:complement(17495455..17564931)
AA seq 1418 aa
MVGGSMIEVLVNPPARGCSCIKLTNSEISSELKKSDKLVSDVAGGFTYASKSKITQNRHI
LWRVINDTLILEEISWNYNILSNSIEIKVPFEIILPNVVFYETYENIIVYFSTTNCIRAF
SFEHPDVKYKHGPSGINATVHSIFHGASEKCMQTQVYVGNSCKFFDVVTLSNGDNVYGMI
TETGTLLVVNNDSLCFELKEASIVQRLWSGLVPSFVRGESSSSAVESLVMHNFDSSNLFA
FTLCRDLKIRVWSIALKTCVHTTDLVSLNFDNFDLQQGSVDSLCLKKAKNTDGGQLLLIA
HCTLMYSSQFIILEAFLEQKEIVVVHVSHFLSSFNNIQDISITQDYIWALWNTSDGDSEL
SFAPIEGGKDFERGWHSVHLVNINEDEIFVPVFQDVKEVFMRKLFSPQMYQKDCLLKALQ
IFAKTNELNIQFLPNESSSLLEIKESLLRIIDMQVENTVLSTGVQDSGYQQLQRECWFNF
YSFVNQYLQARLKPVGLHVSKNGCFVIRQKCYGYVQPLSWSDHLYLSNLETCEGVQSFID
HELELNGSIVSRDIMFLVECMKAIPLQFNEEILFGVDCDLQGNEDVKVFLESMADALITN
SSNFEQLVGNDPKRVDFILSIEARLKHLKNPAKAVEYILSAIDILEEQTTTKEFLKMSGT
RNDFYNQTFCGQEGIEIISETLSKFSLTRMHFCRDFFILLKLMSKISCKINLDLSCSRDF
GSIVAKRVYALLRSYHAVYWSANTCFQLVDSSTVEANLVHLAALNLTEKSPASKSARKTI
DFTEQPTSLLLSFTRDIGIMKVICSLNNEEGMSKYQPSDLLHFFFSSIIKNIWLLNEKCS
DFPEYLAAHCQYALLSEYLHFADTWCDSGRGTKDFLLGQSYLGTDEPEKALKYFVSAVRG
IRLKEPLLISLTEDEDEKELLVQYFVKVMRLFEQWNHPLMVISAASSAIAMASNKSKNKP
VLWSVVFKYHLQLGHYSEAYAAIVHNPDKTRRHDCLRHFIVTLCEKGMFKEICSYPYVNV
EDEVVSIIEARARSTDITVNKYYDILYSYHILKSDYRKAATTMYEQSCRLATEMHGLKSL
QKQAKCLLASLNALKLVESKYAWIVRPQENYSKNNTLVKSSNDFTHSPKRRENGEEIYYS
STSTKKCTTSIVIIEFHDLEKSYMLLLARLKLLQHGKNESIVVGPGLSASETVILLSQVG
LFDMAFSLANIYNLPFKRIFETLASKCVNLVNCTKSSDDEQWNWLLFNEISSSQLVTSSS
AVHHAFLLLQSYLEKFHDKSIHLKAVTSKLLSLGLHLPSWLVKDYELANPAELLHLYLCY
DMINEATQLAVKYINAVLGECKEHLGLNTALHGTTPAVWLPYSSFDQLLAALKDNYENQE
AFQLYEELQEKLDDYFTKLERVSCDKIEHTYRIITPVN
NT seq 4257 nt   +upstreamnt  +downstreamnt
atggttggaggctcaatgatcgaggttcttgtaaatcctcctgcacgtggatgtagctgc
attaaattaactaattctgaaatttcctcagaattaaaaaaatccgataaattagtttct
gatgttgctggagggtttacatatgcaagcaaatcaaaaataacacaaaaccgacatatt
ttatggagagttataaacgacactcttatcttagaagaaatatcttggaactacaatatt
ttgtctaacagtattgaaataaaagttccttttgaaattatccttccgaatgtcgttttc
tatgaaacttatgaaaacatcattgtatatttttcaacgaccaattgtattcgtgcattt
agctttgagcatccagatgtaaaatacaaacatggacctagtggcatcaatgcaactgta
cattcaatttttcatggagcatctgaaaaatgtatgcaaacacaagtttatgtcggaaat
tcttgcaaattttttgatgtagttactttatcgaatggagataatgtttatggaatgatt
actgaaactggaacattattggttgttaacaacgattcattgtgctttgaattaaaagag
gcaagcatagtacaacgtctatggagtggtttagttccatcctttgtgagaggagaatct
tcttcttcagcagtggagtcattagttatgcacaactttgatagttcaaatttgtttgca
tttactttgtgtcgtgacctaaaaattcgtgtgtggagtattgctttaaaaacatgtgtt
cacacaacagatttggtttctttaaactttgataactttgatttgcaacaaggatcagtt
gattcactttgtttaaaaaaagcaaaaaatactgatggtggacaattgttgttaatagct
cactgtactttaatgtacagctcacagttcatcattttggaagcatttttggagcaaaaa
gaaattgttgttgtacatgtttcacattttttatcaagttttaacaatattcaagatatt
tccataacccaagattatatctgggcactatggaacacttcagatggtgactctgaactt
tcttttgcgccaatagagggtggcaaagattttgaacgtggttggcactctgttcactta
gttaatattaatgaagatgagatatttgttccagtttttcaagatgtcaaagaggtcttt
atgaggaaattattttcaccacaaatgtatcaaaaggattgtctacttaaagctcttcaa
atctttgcaaaaacaaatgaattaaatattcaatttcttcctaatgaatcatcttctctt
cttgaaataaaagaaagtttacttagaattattgacatgcaggtggaaaatacagtactt
agtactggcgtccaggattctggttatcaacagctacagcgagaatgttggtttaatttt
tactccttcgtcaaccagtacttgcaggctagactgaaaccggttggattgcatgtcagt
aaaaatggctgcttcgtaattcgtcagaagtgttatgggtatgtgcaacctctttcatgg
tctgatcatttatacctgagcaacttggaaacttgtgaaggagttcaatcatttatagat
catgaattagaacttaatggaagtattgttagcagagacataatgttccttgttgaatgt
atgaaggctataccattgcagttcaatgaagaaattctttttggtgtggattgtgatctt
caaggtaatgaagatgtaaaggttttcctagaaagcatggcagatgctcttatcactaat
agcagtaattttgagcaattagttggtaatgaccccaaaagagtcgattttatattaagt
attgaagcaaggttaaaacatttaaaaaacccagcaaaagctgttgaatatattctgtct
gcaattgatattttagaagaacaaacaacaacaaaggaattccttaaaatgtctgggaca
agaaatgatttttataaccaaacattttgtggacaagaagggattgaaataatcagtgaa
acactttcgaaattttcgctgacacgcatgcatttctgtcgggactttttcattctttta
aagcttatgagcaaaatttcatgcaagataaacttagacttgtcatgctcaagagatttt
ggaagtattgttgctaaaagagtatatgcacttttgcgatcataccatgctgtttattgg
tctgctaatacttgttttcagttggttgattcttcaactgttgaggctaacttggttcac
ttagctgctttaaatctgacagaaaaaagtccagcatcaaaatctgcaagaaaaacaatt
gattttacggaacaaccgacatcacttttactaagctttacaagagatattggtataatg
aaggttatctgctccttaaataatgaagaaggaatgtctaaataccaaccttcagacttg
ctccacttttttttttcttcgataataaaaaatatttggttgttaaatgaaaaatgctca
gattttccggaatatttggcagctcattgtcagtatgcattgttaagtgagtatttacat
tttgcagacacatggtgtgattcaggtagaggaacaaaagattttttgttagggcaatct
tacttaggaaccgatgaacctgaaaaagcattaaagtactttgttagtgcagtcagaggc
atcagactaaaagaacctcttcttattagtctgactgaagatgaagatgaaaaagagtta
ttagttcagtattttgttaaggttatgcgattatttgagcaatggaatcatccccttatg
gtaatctcagctgcatcttctgccattgctatggccagtaataaaagtaaaaacaagcct
gtgttgtggtcagttgtttttaagtatcatttacaactgggccattatagtgaggcttac
gccgccatagtgcacaatcctgataagactagacgccatgattgtttgcgccattttatt
gttacattgtgtgaaaaaggaatgtttaaagaaatatgttcatatccttatgtcaatgtt
gaagatgaagtagttagcataattgaagcacgggctcgttctacagatatcacagtcaat
aaatattatgacatactttattcctatcatatactcaaaagcgattatagaaaagctgct
acaactatgtatgaacagtcttgcagattagcaacagaaatgcatggtttaaagtctttg
caaaaacaagcaaagtgcttgttggcttcattaaatgcgctaaaattggtagaatctaaa
tatgcctggattgtaagacctcaagaaaactatagcaaaaacaatactttagtaaagagt
tctaatgatttcacacattctcctaaaaggcgagaaaatggggaagaaatttattactca
tcaacttcaacaaaaaaatgtactacatcaattgttattatagagtttcatgatttggaa
aagtcatatatgttgcttttagctaggctaaagttattgcaacatggtaaaaatgaatct
attgttgtaggcccaggtttatctgcatcagaaacagtcattttactttcacaagttggc
ttgtttgatatggcattttctcttgcaaatatatataacttgccttttaaaagaatattt
gaaactcttgcgtcaaaatgtgtcaatcttgttaattgcactaaaagcagtgatgatgag
caatggaattggttattatttaatgagatttcatcttcacaacttgttacatctagcagt
gccgttcatcatgcttttcttttgttgcaatcatatttagaaaaatttcatgataagtct
attcatttaaaagcagtgacatcaaagttactaagtttgggactgcatcttccttcttgg
ttagttaaagattatgagttagccaacccggcagagctactccatttatacttgtgttat
gacatgattaatgaagcgacacagctggcagtgaagtatataaatgctgtacttggcgaa
tgtaaagaacacttgggattaaatactgcacttcatggcacaacacctgctgtgtggctt
ccttattcgtcatttgatcaacttcttgctgctttaaaagataattacgaaaatcaagaa
gctttccaattatatgaagaactgcaagaaaaacttgatgattactttactaaacttgaa
cgagtttcttgtgacaaaatagagcatacataccgtattattactcctgtaaattaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (70)   
   KEGG ORTHOLOGY (1)   
   RefGene (66)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (1)   
   Pfam (1)   
All databases (80)   

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