KEGG   Nanorana parkeri (Xizang Plateau frog): 108789660
Entry
108789660         CDS       T04897                                 
Symbol
NUP160
Name
(RefSeq) nuclear pore complex protein Nup160
  KO
K14303  nuclear pore complex protein Nup160
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
Pathway
npr03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:npr00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    108789660 (NUP160)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:npr03019]
    108789660 (NUP160)
   03036 Chromosome and associated proteins [BR:npr03036]
    108789660 (NUP160)
Messenger RNA biogenesis [BR:npr03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     108789660 (NUP160)
Chromosome and associated proteins [BR:npr03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    108789660 (NUP160)
SSDB
Motif
Pfam: Nup160
Other DBs
NCBI-GeneID: 108789660
NCBI-ProteinID: XP_018415245
Position
Unknown
AA seq 1401 aa
MAASVIVERSYTELSGTERESKRNFRELSLRPDVTPLVGGSKYSECAGGYYYKDSSNLLS
ATRNRFLHWTSHGDTLELVEESLDTNLLNNAIRLKILNCSLLPGGVHVCETQSNVIILIV
TNHTVHRLVLPHPSRMYRSEIISESQMQSIFTDIGKMNYKDPSNSYVIPAQPGRAQSSTT
STAWLSSEGEAMFAFPSSSGGILVVKMPHFDDDGVATTVELKQTSVMKLLTGWMPSAIRG
DHGPAHLPVSLAVHCLEHDALIFALCQDHKLRMWSYKDQMCLMVSDMLEFVPFSKDMRLT
PGTGHKLRLAHSTSIGLYLGLYLHTPSQGQFCVFQLVTAESNRYSLDHISTIFSNQETLV
DFTFTLATTDIWALWLDEENQTIVKHINFEHNQAAQWNHVFINPLPEEELNIGDEQDPRE
TFLECLFSPGRFTVAALFKTLQIYHRGSAKLPDLSWEEMKKEITLTVENELHSHLTEYEM
SQEEFRQLQVEYWSKFYSCCLQYQEELSRPLALMVHPYTGMVCLLRKGFVSFLAPCSLVD
HLYLLPTEHLLTEDESVISDDVDIASDTIFLMHCLRMIGDYISFDMAYMIESACCHQQPP
ERVAERILEEMIANDVENVMEDIHNKLQDIRNPLQAISNLLREMDYETSVDIDQPMDIVQ
PLNVRMNLSSLYGSTIASSIVCQAVCKISLTRFLICRDLLILQHLLLRMGDVVFAGPGHL
LQTQQELIPRTSHMLLSYYVIRWGSQCVASVVPVDTLESNLQHLSVLELSDSPAFTPGSR
YISGPQSITELFFQDVARKRLSQIFARSSATQTHTPLNWPQLISDIITYLLQHLWPGNPG
FLFPECLMRSCQYTQLQEYVRLLQPWCQVNVGSCHFMMGQCYLVIGEGHKALECFCQAAS
EVEREDFLERFIHVEEGDTPSSARLQYYNRVLRLLEDMGLPELVIKLATLAITEAADDLT
SQAALRTRIFKHYLDLGHNHQAYESLTQIPDHSRQQDCLRQLVVVLCERSQLQDLVEFPY
VNLHNEVVNIIESRARAVDLMTHNYYELLYAFHIYRHNYRKAGTVMFEYGMRLGREVRTL
RGLQKQVNSYLACLGCLRLIRPEYAWIVQPASGAVYERPGSSPKRTHDGECPPAPSNSQI
EILELKDLKKEYILAQTRLTLAQHDSSSAAIAGSASADEMVSLLVQAGLFDTAISLCQTF
NLSLVAVFEGLAYKCIKLQNGGEAAQAEAWQWLSANQLSSVVTTKETSATDEAWRLLTSY
LEKHESQNSLYHRCVINKLLSHGVPLPSWLTNSYKVVDSAELLRMYLKYDLLDEAADLVL
QYVDAILGKGHQYFGIELPLSAISPLVWLPYSSVDHLLQALEENSNHQHNRDLLDKLKAK
LDDYFCQLETSTTNLQTIRRS
NT seq 4206 nt   +upstreamnt  +downstreamnt
atggcggcctctgtcattgtggagcggagctacaccgaactgagcgggaccgagcgggaa
tccaaaagaaacttccgggaactgagcctgcggcccgatgttacgcctctggttggaggc
tcaaaatacagcgaatgcgccggcggttattattacaaagacagcagcaatctgctatct
gccaccaggaatcgcttcttacactggacctcccatggggacactctggagctggtggag
gagtctttggataccaacctcctgaataatgctatccgactcaagatcctaaattgttcc
cttttacctgggggagtccacgtgtgtgagacacagagcaatgtgattatcctgattgtc
accaatcacaccgttcataggctggtactgccccatccttcacgcatgtacagaagtgag
atcatttcggaaagccagatgcagtctatatttacagatattggcaagatgaactacaag
gacccatcaaacagctacgtgatacctgcacagcctggtcgtgcacagagctccaccaca
tccacagcatggctgagcagtgaaggagaagcaatgtttgcctttccgtcaagttccggt
ggcatccttgttgtcaagatgcctcattttgatgatgatggggttgcgactactgtggag
ctaaagcaaacctctgttatgaagttacttactggctggatgccatcagcaatacgagga
gatcacggtccagcacatcttcctgtaagcttagctgtccactgcctagaacacgatgct
ttaatatttgcattgtgccaggatcacaaactccgcatgtggtcttacaaggatcagatg
tgccttatggtttctgatatgctggagtttgtgccgtttagcaaggatatgcggctgact
ccaggcactggccacaagctgaggctggcacactcgacatctataggactttatcttggg
ctgtacctacacacacccagccaagggcagttctgcgtcttccaactagttactgctgaa
agcaatcggtacagtctagatcatatctccacaattttctcaaaccaggaaacattggtt
gattttacattcacattggcaactacagatatttgggccttgtggctcgatgaagaaaac
cagaccattgtgaaacacattaattttgaacataaccaagctgcccagtggaatcatgtt
ttcatcaatcccttgccagaagaagagctgaacattggagatgagcaggatccaagggaa
actttcctggagtgtctgttttcccctggaagatttacagttgctgctttgtttaaaaca
ttacagatttatcacagggggagtgcgaagttgccggacctgtcgtgggaagagatgaag
aaagagatcactttaactgttgagaatgagctgcacagtcacctcacagagtatgagatg
tcccaggaggagttccgccaattacaagtggagtattggtcaaagttctattcatgctgc
ttgcagtatcaagaggagctatcccgcccccttgctttgatggtgcacccttacaccggc
atggtctgcctgctgagaaagggttttgtgtccttcttggctccttgctcattggtggat
catttgtaccttttaccgacggaacacttgcttacagaagacgaaagcgtcatctcagat
gatgtggatattgctagcgacacaattttcctgatgcattgtttacgcatgattggagat
tacatttcctttgacatggcgtacatgattgagtctgcttgctgccatcagcaaccacca
gagagagtggcagaaagaatcttggaagaaatgattgccaatgatgtggagaatgtcatg
gaggacattcacaataaacttcaagacatcagaaatcccctccaggccatcagtaatctg
cttcgagagatggactacgagacttctgtggacatagaccagcctatggacattgttcaa
cctctgaatgtgcgaatgaacctctccagtctgtatggcagcactatagcctccagcata
gtatgtcaggctgtctgcaaaatatccctgacacgcttcttgatttgccgagacttgctt
atccttcaacacctcctgttaaggatgggagatgtggtgtttgctggaccaggtcaccta
ttgcagacccagcaagagctgataccccgcacctcccatatgctcctgtcctactatgta
attcgatggggaagccagtgtgtggcctctgttgttcctgtggataccctggaatccaac
ctccaacacttatccgttttggagctctctgattcaccagcattcactccaggaagcaga
tatatttctgggccccagtcgatcacggagttgtttttccaggacgtggctagaaaacgt
ttgtctcagatctttgcccgctccagtgccacacagacgcacactcctctaaactggcca
cagctgatctcggacatcatcacttatcttcttcagcatctatggccaggcaatcctggt
tttctcttccctgagtgtttgatgaggagctgtcagtacactcagctacaggagtatgta
cgtctactacagccttggtgtcaagtgaatgtcggttcttgtcacttcatgatgggacag
tgctatctggtcataggtgaaggacataaggctctagaatgcttctgccaagcagcttct
gaagtggagcgagaagatttcctggaaagatttatccacgtggaagaaggggacacacct
tcctcagcccgtctgcagtactataacagagtcttgcgcctcctggaagacatgggatta
ccagagctggtcatcaagttggccaccctggctattacagaggctgcagacgacttgaca
agtcaggcggctttaaggactcgtattttcaaacattacttggatttgggacacaaccac
caagcctatgagtccctgacacagatccctgatcacagcaggcaacaggactgtttgcga
caactggttgtagttctgtgtgaacgctctcagcttcaagatctcgtggagtttccgtat
gtgaatctgcataatgaggttgtcaatattattgaatctcgcgcgcgtgctgtcgatctg
atgacccataattactacgagctcttgtatgctttccatatttaccgacacaactatcgg
aaagctggaacagtaatgtttgaatacgggatgcggcttggcagggaggtccgaacgtta
agaggtcttcagaagcaagtgaactcttacttggcgtgcctaggttgtttacggctgatt
cgccccgagtatgcctggatagtacagccagcctccggagctgtgtatgagcgtccagga
tcctctccgaaaaggacgcacgacggagagtgtcctccagctccaagtaatagtcagatt
gagattctggagctaaaagacttgaagaaggagtatatccttgctcagacacggttgaca
ttggctcagcatgatagcagttcagcagcaatagctggaagtgcatcagctgacgagatg
gtttccttgttggttcaggctggcctctttgatactgccatttcactgtgtcaaaccttc
aacctatccctggttgctgtgtttgagggcttggcatacaaatgcattaaattacaaaat
ggcggagaggctgcacaggctgaggcttggcaatggctgtctgccaatcaattgtcttct
gtagtcaccaccaaggaaacgagtgctacagatgaagcctggaggttattgacttcctat
ctggaaaaacatgaatcacagaacagtttgtatcatcgttgtgtcattaacaagctgctg
tctcatggagttcctctgcccagctggctgacgaacagctataaggtggtggactcagca
gagctgctccgaatgtatttgaagtatgatcttctagatgaggctgcagacttggtattg
caatatgtagatgccattttggggaaaggtcatcagtattttgggatagagctgccactg
tctgctatttctccattggtgtggttgccatactcttctgttgaccatctactacaagca
ttggaagagaacagcaaccatcagcacaacagagatttacttgacaagctaaaggctaaa
ctggacgactatttctgccagctggagacctccaccacaaacctgcagaccattcggaga
agctag

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (36)   
   KEGG ORTHOLOGY (1)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (44)   

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