KEGG   Empidonax traillii (willow flycatcher): 114064940
Entry
114064940         CDS       T05887                                 
Symbol
NUP153
Name
(RefSeq) nuclear pore complex protein Nup153 isoform X1
  KO
K14296  nuclear pore complex protein Nup153
Organism
etl  Empidonax traillii (willow flycatcher)
Pathway
etl03013  Nucleocytoplasmic transport
etl03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:etl00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    114064940 (NUP153)
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    114064940 (NUP153)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:etl03019]
    114064940 (NUP153)
Messenger RNA biogenesis [BR:etl03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     114064940 (NUP153)
SSDB
Motif
Pfam: Nup153 zf-RanBP Nup_retrotrp_bd
Other DBs
NCBI-GeneID: 114064940
NCBI-ProteinID: XP_027754230
Position
Unknown
AA seq 1453 aa
MASGGSGGGGGKIRIRRHHLGAGKPPYTRGKQQLGLISRVTESVKNIVPGWLQKYFNKRE
DKCVDTNESPNQEEHPVNYHHDYANEDATVIDGRVTPESARINLEEPSTSRSALNFSDVL
TRPSLHRSHLNCTVLDPTVPHCQPSTSSALGIGSPGLSLVKEIKDSTSQHDDDNISTTSG
FSSRASDKDVTVSKNTSAPLLWSPEAERSHSLSQHPATSSKKPAFNLSAFGSPSPSLGNT
SIFKTRQLGDSPFYPGKTSYGGAAAAARQTKAQISAYQPPLKRQMKAKQANVQSYGVTSS
TARRILQTLEKMSSPLADAKRIPSSASSPLSSPVDRSVLNMTSFQSRQNQMDSQHPPVQK
LVTPKPISLSGGRITYFKPSLKPATNSRKIHQRGDTEHQDLTQESFPAEKPVKPSESNLI
YPKPDTPASNGLSSGGRMDSACGKMRRERERYSASKSGQKQQPEVEQAALPEVPLPISTA
SLPTFSFSFPASSAVSSSPSTVSKTTMNKVQPASNVGSPMFVFSSPIVKSTEVEVLPPLS
QIKFTFSVPVAKSAELSGSVDTPVTSLFSPGSTTVNSTSNKKEEEEEYDGLCKPAKFLKQ
GSVLDILKSPGFMSGKTPSCSSAEPVTSTVVYTRPAISSFSAGKDTSKQASSFWQSDTYD
PCMQNKTTDGKCVTCEAAKVSTVESTKQTISVSQCVSSKTAVPTAGTLGFEDKFKPAPNT
WECDTCLVQNKLEATKCIACETPKPGTGVMPALTMPVATDNSVTVTSSSSSTGTTVTLGF
GDKFKQPKGSWNCSVCLVQNKAEDSKCVACQSEKAGSSVPVTSSSVSAFSASSGGFLDLD
KFKRPEGSWECEVCLVQNKAEATKCAACENAKPGTKAELKGFGTAAVSTNAATPSFTFGV
PSSSSESSQTLGSTGNFKFGEQSSFKFGIAPESASSNTVTGEFKFPTGSGNFKFGVSSSD
SKSEDSKKESKSNNFTFGLPSTTSQAPSTFQFGTTSLGQQEKKEEPVLGGFGFGTSSTSS
IATSENKTGVSGFTFGTVAEKEVASPALAFKKSDEKKDETVSVKGGFSFGSAESAPTSQF
VLGRAEEKQDSVTSAGPLAFGKKSDNEELKAQPIFSSGTAEHTKEESTAKPVFNFSFGKP
LEKESEQAKPPFAFGAQTSTCDQGTSFSFLSSSSSSTVVPTTSANSSGMFGSTLSSSNPQ
PVPTPFVFGQPSNTVTSSVFGNPAESATSQSFGFSQENKPATTSSSTGSTPAPFLFGSGE
SNTNAANSGFTFGATTTSSSTGSSPLFLFGSGPSASAAGPPFGASQPPAFGPSQGSGQPS
APSFGSLSSTLFSAGTQPAPSAFGSVTSSTQPSVFGQQATQQPGFGSGTPSAGSVFQFGS
NTANFSFPNSPAVFTFGANHPAPAAPAQPSGTSGFPFNQPSAFPVGTNGKNVFSASGSSV
LGRKIKTAVRRRK
NT seq 4362 nt   +upstreamnt  +downstreamnt
atggcctcgggtggcagcggcggcggcggcggcaagatccggatccggcggcaccacctg
ggagccgggaagccaccctacacgaggggcaaacagcagctgggactcattagcagagtg
actgaatcagtgaaaaacattgtaccaggatggttacagaagtatttcaataaaagggaa
gataaatgtgtagatacaaatgaatctccaaaccaggaagagcatccagtaaactatcac
catgattatgcaaatgaagatgccacggtaattgatgggagagtcacgcctgaatcagca
agaattaatttggaagaaccatccacgagtaggtctgcactgaacttctcagatgtgtta
acaaggccctctctccatcggagccatttgaactgtactgtgttggatcccacagtaccc
cactgtcagccctctacatcttctgcacttggcattggcagtcctgggctgtctcttgta
aaagaaataaaagattctacctctcagcatgatgatgataacatctcaacaactagtggc
ttctcctccagagcatctgataaagatgtcaccgtttcgaaaaatacttcagcaccactg
ctctggtccccagaggctgaaagatcccattccctctcacagcatcctgcaaccagctct
aaaaaacctgcgttcaatttatctgcttttggatctccctctccttcgcttggaaacact
tcgatctttaagacgaggcagcttggcgattctccattttaccctggaaagacctcttac
ggtggtgcagctgcagcagcaaggcagacaaaagctcagatttctgcttatcagccgcca
ttaaaaagacaaatgaaagctaaacaagcaaatgtgcaatcctacggtgtgacaagttcc
acagcgcggcgcatcttgcagacattggagaagatgtcaagccctttggcggatgctaaa
aggattccatcttctgcttctagtccgttgtcttctcctgtggacaggagcgtgctgaat
atgactagcttccaatccagacaaaaccagatggattcacagcatccgcctgtccagaaa
cttgtgacaccaaagccaatctccctgtcagggggtcggatcacgtattttaaaccatct
ctgaaaccagctactaattccagaaaaattcaccaaaggggagatacagagcaccaagac
ctgacacaggagagttttcctgcagaaaagcctgtaaaaccttctgaaagcaatttgatc
taccccaaacccgatactcctgcatccaacggtctgtcttcaggaggaagaatggatagt
gcctgtggcaagatgaggagggaaagagaacgatactctgcatcaaaatctggacagaaa
caacagccggaggtggagcaagcagcactacccgaagtacccctacccatcagtactgca
tcgctgccgaccttcagcttcagtttccctgccagtagtgccgtctcatcatcaccaagc
actgtttcaaaaacaacgatgaacaaggtacaaccagcaagtaatgttggcagtcctatg
tttgtattttcatctccaattgtgaaatctactgaggtggaagtgctacctccattgtct
cagattaagtttacatttagtgttcctgttgcaaagtcagcagagctttctggatccgtt
gatacaccagtgacatccttatttagtccaggtagcaccactgtaaacagcaccagcaat
aagaaggaagaggaagaagaatacgatggcctctgcaaacctgctaagttcttaaagcag
ggaagtgtgttagacatcctaaaaagccctggctttatgtctgggaaaacaccctcctgt
tcatctgcggagcctgttacaagcacagtggtctatacaaggcctgcaataagtagtttc
tctgcaggtaaagacacctctaagcaagcatcctcgttttggcagtctgacacttacgac
ccgtgtatgcagaacaaaaccacagatggaaaatgtgtaacatgcgaagctgctaaagtg
tcaactgttgagagtacgaaacagacgataagtgtaagtcagtgtgtctcctctaagaca
gcagtccctacagcagggacattgggctttgaagacaagtttaaaccagcacccaacaca
tgggagtgtgatacctgtctggtccagaacaaacttgaagctacaaaatgtatagcgtgt
gagacaccaaagcctgggacaggagtgatgcctgctctgacaatgccagtggccacagac
aactcggtgacagtgacatcctcctccagcagcaccggcacaacagtcactctgggattt
ggagacaaatttaaacagccaaaaggctcttggaactgttcggtgtgccttgtacaaaat
aaggcagaagacagcaaatgtgtagcttgtcagtcggagaaagcagggagttcagtgcct
gtgaccagtagcagtgtttctgcattttctgcttcttctggaggttttctggatttagac
aaattcaagaggcctgaaggaagctgggaatgtgaggtctgcttggtccaaaacaaagca
gaagccacaaaatgcgcagcctgtgaaaacgcaaagccaggcaccaaagcagagctcaaa
ggttttggtactgctgctgtgtctacaaatgctgcaacgccatcatttacgttcggtgtc
ccgtcatcgtcctctgaatcttctcaaacattgggcagcacaggaaattttaaatttgga
gaacaaagtagctttaagttcggcattgcacctgaatctgcatcatccaacactgtgact
ggggaatttaagtttcctactggttcagggaacttcaaatttggagtttcttcctcagac
tctaagtcagaagacagtaaaaaagaaagtaaaagtaataattttacctttggacttcca
tctacaaccagtcaggccccttcaacatttcagtttggaacaacgagcctggggcagcag
gaaaagaaagaggaaccagttttgggaggttttggttttggcacaagttctacttcctcc
atagctaccagtgagaataagaccggagtcagtggcttcacttttggaactgtggcagaa
aaggaggtagcatcacctgctttggcatttaagaagtcagatgagaaaaaggatgaaact
gtttcagtgaagggaggcttctctttcggcagcgcagagtctgcaccaacctcacagttt
gttttgggaagggcagaagagaagcaggactctgtcacttctgccggtccattagcattt
ggaaagaaatctgacaatgaagagttaaaggcacaacctatcttttcatctgggacagct
gagcataccaaagaggagagcacagcaaaacctgtattcaattttagttttggtaaaccg
ttggaaaaggaaagtgagcaggcaaagccgccttttgcatttggggcacaaaccagtact
tgtgatcaaggaacatctttcagcttcttgagctctagttcctccagcacagtcgtaccc
accacttcagccaacagcagcggcatgtttggcagcaccctctcttcctcaaaccctcag
ccagttcccactccctttgtgtttggacaacccagcaacactgtgaccagctctgttttt
ggcaatcctgcagaatctgcaacatctcagtcatttggcttctctcaagaaaacaaacca
gcaaccacatcttccagcactggctcgacacctgctccatttctctttggttccggagaa
agcaacaccaatgcagcaaattcaggctttacttttggagccacaactacatcgagttca
acagggtcgtcgcctttgtttctgtttggctctgggccctcagcgtctgctgccggccca
ccttttggtgccagtcagccaccagcatttggcccgagccaaggatccggccagccaagc
gctccaagctttggatcgctgtcgtcaacgttgttttcagctggcactcagcctgctcct
tctgccttcggctcggtgacgagcagtactcagccctccgtgtttggacagcaggcaacc
caacagccaggttttggctctggtacccccagcgctggttctgtattccagtttggaagt
aatactgctaatttcagctttccaaatagcccggcagtattcacttttggtgcaaatcat
cctgcaccagcagctcctgcacagccttctggcacttcaggatttccgttcaaccagcct
tcagcatttccagtggggactaatgggaaaaatgttttctctgcctctggatcttcagtt
cttggtcggaagataaagactgcagttagacgtagaaagtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (3)   
   Pfam (3)   
All databases (19)   

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