KEGG   Pangasianodon hypophthalmus (striped catfish): 113534526
Entry
113534526         CDS       T05759                                 
Symbol
nup205
Name
(RefSeq) nuclear pore complex protein Nup205
  KO
K14310  nuclear pore complex protein Nup205
Organism
phyp  Pangasianodon hypophthalmus (striped catfish)
Pathway
phyp03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:phyp00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    113534526 (nup205)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:phyp03019]
    113534526 (nup205)
   03036 Chromosome and associated proteins [BR:phyp03036]
    113534526 (nup205)
Messenger RNA biogenesis [BR:phyp03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     113534526 (nup205)
Chromosome and associated proteins [BR:phyp03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    113534526 (nup205)
SSDB
Motif
Pfam: Nup192 Nup188_N-subdom_III PSD5
Other DBs
NCBI-GeneID: 113534526
NCBI-ProteinID: XP_026783201
Position
Unknown
AA seq 1971 aa
MAAQMAVNSGASLWGPLKELWETVEGAVWRRQSESVHLLDVQLKKHKPYFLSLFKNPPKS
AEQREKVRKASTEGISIQGQQGARLLPEQLLTEAFILSDLFDLGELAALELLLAGEHQQP
HFPGLTRGLVAVLLYWDGKRCLANSLRTLIQSRHGKTFTLDLSPDLVNLTTRFTDELMNQ
GLTKQILNLVSEVSATREFEKLQKERGLGNEKHRKEVSDLIKECRQALAECLFAWTCQSP
LSKDDTLALIGHLETVTAEADGSLDSVNLALVMALLYCFDVSFLEQGTEDRDDLLQALPL
VTDRQYVFAVHSRVVEDGTWKLPGLQALVRLAWALSLRALSQLPQGAALVEFTEADEALA
DQAVLGGVFLFLTEGVLASEGFCQEEFYTRRLHALITDFLALMPMKVKQLRNRADEDARL
IHMAMQMGSEPPSSLRKDLEHLMILIGEFYSKDSFGLELGVEFWCPSESLQHTSLTGSFL
GVALQRPPHKQVVLSKFVRQMGDLLPPTLYIPYLRMLKGLANGPQCSHYCFSLLKSNGAP
HGEKLQGGVSGCPVSWEHLFHSLMLYHENLRRDVPSADFTQYRHPPIRGITQRELEGLTA
FLQLLTTIITWCENARLALCEHPQWTPVVVMLGLLQCSVQPALKAQVLHALAAFGKSPEI
AASLWQSLEYTQILQTVKAPGQRQAAGIEVELNEIESSCEEYPLTRAFCQLISTLVESAL
PVNLGAGLRAPGFQPYLTFLRDSVFLPFPTRAYRRPAEKWEVAEAVLEVFHKLLQDYEPQ
PADFLQETVELQGEQVPAHKPPGHNLMFHLLNDSPTLSLCLSLLEEGVRQLDTYAPFPGK
KQLESAVLHCLSLLDLALQKEVLFMDLLRESQASMLVSPLEQLLQGVNAQSRRADHIVNI
ARYLYHSSSNPDAAFLSAKILRHIARYPNIQSRLVGDFTHDQAISEKLMAGFVECLDTEE
AQEGMEKTDDSDPEKRVARIRHETQIHILNLLITSLELSGPNLGLYLLGYEVKKPVSSTN
LQDPGVLGCPRSCLHAILSLLQRGSERRSGPVLTQQAPHLAELCYQVIYQLCACADTSGP
TMRYLRTSQDFLFSHLKHVPFVIAGNEIAALNQMSWLMKTSAIELRVTSLNRQRSHTQRL
LNLLLDDQPHMQHADGEMGMEDESRSVSGFLHFDTVSKVRRKLLSVLDAINFSQEVPEQL
QLDFFERAQIEQVISNCEHVNEQGHTVCNVKLLHRVLVAEINSLQGMAAIGQRPLLLEEV
NSILQQVVERNRVRRSLSAKRHALQSWRSLVETILTACPAELIPADQRQLIIRDLLLDLH
DKVLSEDAAVELMPIVAGAVFTLTAHLSQSVLSEQQQGAGLEGGSSSGFASIANSALHLI
LRKLLDFIICTGGGFQRLRAHLYGSLLYYLQIAQKPEEPDTLQTGASMWERLTAPEDGFS
KLQRENLAIIESYGTALMEVVCRDACDGHEIGRMLALAVLDRVLSIDRQSQWLVYLCNSG
YLRVLVESLRQDDAALQTLLIPQPPLLKPLYIYESKMALLTRVAKTAQGAVELLCCGLVA
QLVECQVFHMLPESDSLRVFGQRDPSGFIPSPLERYRQILLPTLRLLQVILTSTTTHHQQ
GAAQVLQWLIVYSDTIQSILHSQDVSMGSLQELSLLTGIISKTALPGALDLGQEVNSAAI
LEFQGHIGRFQRQCLSLLVRLAGTDRARYLKQMEESVAPGDPADKREEMELAMQQICANI
MEYCQTLLLQSSAEAQFTVCLFSPSASEPTDMAVPSVSRVPSLGLVLLLLKNSTTDFFRY
HDSHRQSLSKLERLEQLAPEELKELCQGLVSGSAGVEKIPSVQRSVLAKRRLVQLINNRA
KLLALCSYIIETCLFVIWRHLEYYLLYCTPSDPKDSLLPGYRDGGVAGLGLSRVSQQDLE
QLQSDVASSFTEHLQRKLLEVEGLYSKSHSRHTFIQALTRRIRGLVRHAKS
NT seq 5916 nt   +upstreamnt  +downstreamnt
atggcggcgcagatggcggtaaattcaggagccagtctgtgggggcctctgaaggagtta
tgggaaaccgttgagggggcagtgtggaggagacagtctgaaagtgttcatcttctggat
gtgcagttaaagaaacacaagccctactttctgtccctgttcaaaaacccaccaaagagt
gcagagcagagagagaaggtgaggaaagccagcacagaggggatttctattcaaggccaa
cagggtgcacggcttctacctgagcagctcctcacagaggccttcatcctgagtgacctt
tttgacctgggagaacttgctgcactagagctgctgcttgctggagagcaccagcagcct
cattttcctggactgacgaggggcctggtggctgttctactctactgggatgggaaacgc
tgcttggccaactctctccgcacactcatccagtcacgtcatggcaagactttcactctt
gaccttagtccggatttggttaatctcaccacgcgcttcacagatgagctgatgaatcag
ggtttgactaagcaaattctaaaccttgtgtcagaagtcagcgcgacacgtgagtttgag
aagctgcagaaggaacgaggccttggcaatgagaaacacaggaaagaggtgtctgatctc
atcaaagagtgtcgccaggctctggctgagtgtctgtttgcatggacatgtcagtcaccc
cttagtaaagatgatacactcgctctaattggccatctagagactgtaacggcagaagct
gacggctcgttggatagcgtgaaccttgcgttggtcatggcattgctctactgcttcgat
gtcagttttctggagcaaggcactgaagacagagatgacttgctccaggccctacccctt
gtaacggacaggcagtatgtgtttgcggtgcacagtcgggtggtggaggatgggacgtgg
aaactgcccgggctgcaggcgctggtgaggctggcgtgggcactctcactccgagcgcta
tcacagctccctcagggtgcagcacttgtagagttcactgaggcagatgaagcactggct
gatcaggcagttttgggaggagtcttcctcttcctgacagagggcgttctggcaagcgaa
ggcttctgccaggaggaattctacactcgacgacttcacgctcttatcactgacttccta
gctctcatgcccatgaaggtgaagcagttgcgtaatcgtgctgatgaagatgctcgactg
atccacatggcaatgcagatgggcagcgagcctccttcttctctgcggaaagacctggag
cacctcatgatactgattggtgagttctacagtaaggactcatttgggttggagctaggt
gtggagttctggtgtccatcggaatccttgcagcacacgtcacttacaggatcatttcta
ggcgtggccctacagaggcctcctcacaaacaggtggttctctccaagtttgtacgtcag
atgggggacctgctgcctcccactttgtatatcccctacttgcgtatgttgaaggggctt
gccaacgggccacagtgttctcactactgcttcagtcttctcaagtccaacggagctcca
cacggagagaaattgcagggtggtgtatcaggatgcccagtgtcatgggagcacttgttc
cattccctcatgctgtatcatgagaacctgagacgggacgttcccagtgcagacttcacc
cagtatcgccatccacccatcagaggcatcactcagagagagctggagggcctgactgct
tttctccaactgctcaccaccatcatcacctggtgtgagaatgcacgtctagctctgtgt
gagcaccctcagtggactcctgtggtggttatgctgggtttactccagtgcagcgtgcag
ccagcactaaaagcccaggtcctgcacgccctcgctgccttcggcaagtctccggagatc
gctgcctccctctggcagtctctggagtacacacagatcctgcagacagtaaaagcccct
ggacaaagacaagctgcaggcatagaggtggagctgaatgagatcgagtcgagttgtgag
gagtaccctctgacccgggccttctgtcagttgatcagcactctggtggagagtgcactt
cctgttaacctcggggcggggctgcgtgcaccaggattccagccctacctcaccttcctg
agagactccgttttccttccctttccaacacgagcttaccgccgcccagctgagaagtgg
gaggtggcagaggcagtgttggaggtgtttcataagcttctacaggactacgagcctcag
ccagctgacttcctgcaggagactgtggagctgcagggcgagcaggttccggcacacaag
cccccaggacacaacctcatgttccatctgctgaatgactctcccacactatccctctgc
ctcagcctcctggaagagggagttcgtcagcttgacacctatgctccctttcccggtaag
aagcagttggagtcagcagtgctgcactgtttgagtctgctggatctggccctgcagaag
gaggtgctgttcatggatctgcttagagagagccaggcctcaatgctggtttctccacta
gagcagttattgcagggtgtcaatgcccaaagcagacgcgctgaccacatcgttaacatc
gccaggtatctgtaccacagcagttccaaccctgatgctgcgtttctgagtgctaagatc
ctgaggcatattgcacgctacccaaacatccagtccagactagttggagacttcacacat
gaccaggcaataagtgagaagctgatggctggatttgtggagtgcctggacaccgaggag
gctcaggagggtatggaaaagacagatgactccgaccctgagaagcgtgtggccagaatc
cgccatgagacacagatccacattctgaacctactgatcacatctctggagctaagcggt
cctaacttgggcctctatttgttaggctacgaggtcaagaaacctgtctcgtcaactaat
ttacaggacccaggggttcttggttgtccacgtagttgcctgcatgcaatactaagtttg
ttgcagcgaggtagtgagagacgttctggacctgtacttacccagcaagccccacacttg
gctgaactctgctatcaggtcatctaccagctgtgtgcatgcgcagacacctctgggccg
actatgcgctacctgaggaccagtcaggacttcctgttctctcacctgaagcacgtaccc
ttcgtcatagcggggaatgagattgctgcacttaaccagatgtcttggcttatgaagact
tcagcgatagagcttagagtgacctcactgaaccgtcagcgctcacacactcaaaggctg
ctcaatcttctcttagatgaccagccacacatgcagcatgcagatggagagatgggtatg
gaggatgagagcaggtctgttagtggcttcctgcattttgacacggtctctaaagtgcgc
aggaagctgctgagtgttttggatgctataaacttcagtcaggaggtgcctgagcagctg
cagctggacttttttgagcgcgctcagatcgagcaggtcatctccaactgcgaacatgtc
aacgagcaaggacacaccgtctgcaacgtcaagttgctgcacagagtcttggttgcagaa
atcaactctctgcaggggatggctgctatcgggcaacggcctctgctgctggaggaggtg
aactccatcctgcagcaggtggtggagaggaaccgtgtgcgacgcagcctgagtgccaag
cgccatgctctgcagagctggaggagtctcgtggagaccatcctcactgcatgccctgct
gaactcatcccagctgatcagagacaactcatcatcagagacctgctcctcgacttgcac
gacaaagttttatcagaggatgctgctgttgaattgatgcccatcgtggctggggcagtg
ttcaccttgacagctcacctcagccaatcagtgctgtctgagcagcagcaaggggccgga
ctggagggtggctcttcatcagggttcgcctctattgctaactcggcccttcatcttatt
ctgaggaagctgctggactttatcatatgcacaggtggaggattccagcgtctgcgtgct
cacctgtacggatcgctactctattacctgcaaatcgcacagaaacctgaggagccagac
acattgcaaacaggagcatctatgtgggagcggctaaccgcgccggaggatggtttctct
aagctgcagagagagaacctagccatcatagagagctacggcactgctctgatggaggtg
gtgtgcagagacgcctgtgatggacatgaaataggcaggatgttggctctggctgtgctg
gacagggtgttgtctatagacagacagagccagtggctggtctacctgtgtaacagcggc
tacctgcgtgtcctggtggagagcctgaggcaggacgacgctgcactgcaaaccctgctg
ataccccaaccacctcttctcaaacctttatacatctacgagtccaagatggcgctgctg
acccgcgtggctaagacggcacagggagctgtggagctgttgtgctgtggcctggtggct
cagctggtcgagtgccaggttttccacatgctgcctgagagcgactcactcagagtattt
ggacagagagacccatcagggttcatccccagtcctctggagcgatacagacagatcctg
ctgcctactctccgactcctgcaggtcatcctcacctctaccactacacaccaccagcag
ggggcagcgcaggtgctccagtggctgattgtatactcagacaccattcagtcgatcctg
catagtcaggatgtgagcatggggtcgttacaggagctgtctctgctcacgggcatcatc
agtaaaactgcactcccaggggcactggatttggggcaagaggtcaacagtgcagccatt
ctggagttccagggacacatcggcagattccagcgccagtgcttgtccctgcttgtgcgt
ctggctggcactgaccgtgctcgctacctgaagcagatggaggagagtgttgcccctggt
gaccctgcggacaaaagagaggagatggaacttgccatgcagcagatctgtgctaacata
atggagtactgtcagacgctgctgctgcaaagctcagctgaggcccagtttactgtctgc
ctcttcagcccttcagccagcgagccaacagacatggcagtgccgtctgtatctcgcgtg
cccagcctgggccttgtcctgctcctgctgaagaacagcaccacagacttctttagatac
cacgacagccacagacagagcctaagcaagctggagaggctggaacaactcgcaccagaa
gagctcaaagagttgtgccagggcctggtgtcaggatcggctggagtggagaagatcccg
tcagtgcaaaggagcgtgctggccaaacggcgtcttgttcagctcatcaataaccgtgcc
aagctgctggcgctctgctcatacatcattgagacttgtctgtttgtgatctggcgccac
ctggagtactaccttctctactgcacacccagtgaccccaaagactcccttctgccagga
tacagagatggtggtgttgcaggtctgggcctgtccagggtcagccagcaggatctggag
cagttgcagagtgacgtggcaagcagcttcactgaacacttacagaggaagctgctggag
gttgaagggctctacagcaaaagccactcccgccacaccttcatccaggctctgacacgc
aggatccgcggtctggtgcgccacgccaagagctag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (13)   

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