KEGG T06020: 112202685

Rosa chinensis (China rose): 112202685

Entry

112202685         CDS       T06020

Name

(RefSeq) nuclear pore complex protein NUP214 isoform X1

K14317

nuclear pore complex protein Nup214

Organism

rcn Rosa chinensis (China rose)

Pathway

rcn03013

Nucleocytoplasmic transport

Brite

KEGG Orthology (KO) [BR:rcn00001]
09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    112202685
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:rcn03019]
    112202685
Messenger RNA biogenesis [BR:rcn03019]
Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     112202685

SSDB

Other DBs

NCBI-GeneID:

112202685

NCBI-ProteinID:

XP_024199460

Position

5:complement(89685543..89695874)

AA seq 1719 aa
MTKKIVELEEEIAGDIVETNDYIFDKIGEAVPIKSDGFSFDPQSSPSRPLAVSAKHGLVF
VAHSSGFLVARTKDVMASAAEIKEKGSSASIQELSLVDVPLPNLHILALSTDNSTLAATA
DADIHFFSVGSLLDKGLEPSYSCSLNESSSVKDIQWTKSSENMYVVLSNLGKLYHGTIGG
PVKDLMDNVDAVEWSSKGKLIAVARKDTLNILSSKFIEKSSMLLSFKSWIGDPDTNCIVK
VDTIRWVRNDSIILGCFQLNADGNEENYLVQVIQIKEGKFTNDSCKPVVISFYDLFSCLI
DDILPSGSGPYLVLSYLEECELAITANRKNADQHVVYLSWSLGEESNEAVIVDIVRDNLK
PRIELQENGDDNLIMGLCVDKSSISQKVSVRLGLEQRELSPYCILICLTLCGKLIMYHVA
SASDVTVKPASVSSVSDEEEDSTALVPVGCEPAKFSSELGKEQFGKLATDVPLLNKNIKE
LDRKVGLDVLTKDDKNSLSVNENSMLKEESTNSNKKVEFSTSSQSIKGQQELIFSKNGKQ
VQLPVLENRDIQHASTDSFSQDGHSLVFRDLSKIGTQENAVLATSSVSFVETGVKSLGKM
ESADLQRVSSQSWSTGKIITSKGTDVKSPTVPSTFIQGSSSGTSTTVNFSGMPVENRGRR
SSAAAGNIASVPPISGFQTSSQENFSIGKSFNHKIHPLKENYSELPQSRMPNSEPSLSKK
FGNITEMTKELDMFLQSIEEPGGFRDACIVSQKSSVEELEREVGVLSERCRTWKSTMDER
FHEVQHLFDMTVQVLARKIYMEGIVKQASDSRYWDFWSCQKLNSELELKRRHISKMNQDL
TDQLIKLERHFNGLELNKFGENDGAHAGRSALQSRFGHSRHIQSLHSLHSTMTSQLAAAD
QLSDRLSKQMVALKIESPSAKQKNVKKELFETIGIPYDASFSSPSPDVSKFRGTPKEKLS
LSLGSSAAKDQSRRNESAMKNYEPETARRRRDSLDRSWANYEPTKATVKRLLLQESGKVS
VNRSSLSVDKQRISSHLVEGSTVTHPWDHTMPATFFHPSENKAGIQDTHSKQASETPATP
FVLPKESVRQNLLRETNMTAEKSGEGITSVKKSESISAKEKSVLPSDTSQKLSTFMVPTQ
PSSLLKKPNDMVNSYTKESARPAEQSVKDRPLNTTVPSLESGKKYNSPFSPSFPVSVAPS
ATLSMSVSASTSSIISSSSALLSLSSPSSASPNLSSVMPSNGSLAYSNNTADMNKPVTTS
PVSAFPSPVVLPSGSFLLNVSKSLVPSDISPATNSALESPKQEIQPSSKTAVNSNTIVPP
VESGPSPVETNLNLKPSILPPLTVETSTGLAPGNQSSLSNSSPAPVADPGSQTSLKNTSG
PTLNVTVNAQHEQTSAGQSLSNSGSVNSRTVDVQNAQEDDMDEEAPDTSSAAGLNLGSLG
AFGLGSSPNPTAVKPNPFGGTFGNAATNVTTSPFLMTVPSGELFQPASLNFQSLQPSPSS
QPTNSGAFAGGFGTGTTAQSSNASGFGQPSQVGPGQQALGSVLGAFGQSRQLGTGLPGTG
FGSPGGFGGAVASNKPPGGFSGAATGGFAAVASGGGGFAALASGGGGFGGAASGVGGFGG
AALGVGGFGGAASGAGGFGGAASGAGGFGGAASGASGFGGAAPGGGGFAGAAPAGGGFAG
ANVAGGGFSVFGGQQGSGGFSAFGSGGTGKPPDLFQMRK

NT seq 5160 nt +upstreamnt +downstreamnt
atgactaagaaaatagttgaacttgaagaagaaattgcaggagatatcgtagagacaaac
gactacatatttgataagatcggcgaggccgttccaattaagagtgatggtttcagtttc
gatccccaaagcagtccctcccggccactcgccgtatcggcgaaacacggcctcgtcttc
gtcgctcattcatccgggtttctcgttgcgaggaccaaagatgttatggcttccgccgcc
gagattaaggaaaagggaagctctgcttctatacaggaactgagtcttgtggatgttccc
ctccccaaccttcacattctcgcactatctaccgataattctactcttgcagctactgca
gatgccgacattcacttcttctccgtcggctctctcctggataagggtctagaaccatct
tattcttgctcactcaatgaatccagctctgtcaaggatattcagtggacaaaaagttct
gaaaatatgtatgtggttctttcaaatcttggaaagctataccatggaacgattggtggc
cctgtgaaggatctaatggacaatgttgatgctgttgaatggagttcaaaaggaaaatta
attgctgtggcaaggaaggatactctcaacattttatcatctaagttcattgagaagtcg
tctatgctactttcgttcaagtcctggatcggtgatcctgacacaaactgcatcgtaaaa
gtggatacaatcaggtgggttcgcaatgatagcatcattttaggatgctttcaactgaat
gcagatgggaatgaagaaaattaccttgtacaagtaatacaaatcaaagagggcaagttt
actaatgattcctgcaagccagttgttatatctttctatgatttgttttcatgtctcatt
gatgacattttgccgtctggaagtggaccttacttagtattgagctatctggaggagtgt
gaacttgcaataactgctaacaggaagaatgcggatcagcatgttgtatatcttagttgg
tcgctaggagaggagagtaacgaagctgtaattgttgatattgtacgagataatttgaaa
ccaagaattgagcttcaagaaaatggtgatgataatttgattatggggctctgcgtagac
aaaagttcaataagccagaaagttagtgtcagacttggattggaacagagagaactctca
ccatactgcattctgatttgtcttacactatgcggaaagctaattatgtaccatgttgcc
agtgctagtgatgttactgttaagcctgctagtgtttctagtgtttctgatgaggaagag
gattctactgcattggtacctgtaggatgtgaaccagctaaattttcttctgagctgggg
aaggaacaatttggaaagcttgctacggatgttcctttgcttaataagaacataaaggaa
cttgacagaaaagtaggtcttgatgtccttacaaaagatgacaagaactctcttagtgta
aatgagaattcgatgctcaaggaagaaagtaccaacagtaacaagaaagtggagttttca
acaagttctcagtcaattaaaggccaacaagaacttattttttcgaaaaatggtaaacaa
gtgcagcttcctgtactggaaaatagagatatacaacacgcatctactgattctttttcc
caagacgggcatagtcttgtgttcagggacttgagcaagataggaactcaagaaaatgct
gtacttgcaactagcagtgtctcttttgttgagacaggagtaaaatctctaggaaaaatg
gagtcagcagatttacagagggtttcatctcagtcctggtcaactggaaaaatcataact
tcaaagggcactgatgtgaaatctccaactgtgccttcaacttttattcaaggtagcagt
tctggaacatcaactaccgttaacttttctggtatgccggttgagaataggggaaggaga
tcatcagctgcggctggaaatattgcatcagtacctcccatttctggcttccagacgtca
tcacaggaaaatttctcaattggcaagtcttttaaccacaagattcatccattgaaggaa
aattacagtgaactcccccagtcaaggatgccgaactctgaaccaagtttatcaaaaaaa
tttggcaatataacggagatgaccaaggagttggatatgttcctacaatctatagaggaa
ccaggtggtttcagggatgcctgcattgttagtcagaaaagttctgttgaagaactggag
agagaggttggagttctgtctgagagatgccgaacgtggaagagcactatggatgaacga
tttcatgaagtccaacatctttttgacatgactgtacaagtgctggcacggaaaatatac
atggaggggattgtgaaacaagcttctgatagccgatattgggacttctggagttgtcag
aaattgaattcggaacttgagctgaagaggcggcatatttcaaaaatgaatcaggatttg
actgatcaattaattaaattggaaaggcattttaatggccttgagcttaacaaatttggt
gaaaatgatggagctcatgctggtcgaagcgctttgcaaagtcgatttgggcattcaagg
cacattcagtccttgcatagtctacatagcacaatgacttcgcaattagctgcagcagat
caactttctgaccgtctatcaaaacaaatggtggcactaaagattgagtcaccttctgca
aaacagaagaatgtgaaaaaagagttgtttgaaactatagggattccttatgatgcctct
ttcagttccccttccccagatgtgtcgaagtttcgtggtactccaaaagagaaactatcg
ttatctttgggttcatctgctgctaaagatcaaagcaggagaaatgagagcgccatgaag
aattatgaaccagaaactgcaaggaggaggagagactcactggataggagctgggcaaat
tatgagcctacaaaagccactgtgaaaaggttgcttttgcaagaaagtggaaaggtaagt
gtgaatagatcatcattatcggttgataagcaacgcattagctctcacctagtggaggga
tcaaccgttactcatccatgggatcacacaatgcctgcaacattctttcatccatctgaa
aacaaagcaggcattcaggatacacactcaaaacaggcttcggaaaccccagcaactcca
ttcgttttgcctaaagaatcagtaaggcaaaatcttttgagggaaactaacatgacagca
gaaaaatctggcgagggcataacatctgttaagaagtctgaatcaatttctgcaaaggaa
aagtctgttttgccatcagacactagtcagaaactatcaacttttatggtacctacacag
ccgtcctcattgcttaagaaacccaatgatatggtaaattcatataccaaagagagcgca
cgtccagcagaacagagtgtgaaggacaggcctttgaacacaacagttccatctctggaa
tctgggaaaaaatataattctccattctctccctcatttcctgtttctgtggccccttct
gccacattgtcaatgtcagtttcagcatccacatcttcaataattagttcatcatcagct
ctattgtctttatcaagtccctcatcagcttctcctaacttgtcctctgtgatgccttca
aacggatcgttggcttactcaaacaatactgcagatatgaataaacctgtcacaacatcc
ccagtatcagcttttccctctccagttgttctgccttctggttctttcttactgaatgtt
tcaaaatcactggtgccctctgacatttcgcctgcgacaaattcagcattagaatctcca
aaacaagagattcaaccttcctcaaagaccgccgtgaattctaatactatagtaccacca
gtggaatctggaccttcccctgttgaaactaatttgaatctcaaaccttcaatattgcct
ccccttacagttgaaacttcaacaggactggcacctggaaatcagtccagtctcagcaat
tctagccctgcaccagtagcagatcctggaagccaaaccagtttgaagaatacatcaggt
cctacacttaatgtgactgtaaatgctcagcatgaacagacatctgctggacaatccctc
tcaaattcagggagtgttaatagtaggactgtagatgtccagaatgcccaggaggatgac
atggatgaagaggctcctgacacaagtagcgcagctggacttaatttaggaagccttggt
gcatttgggcttggctcttccccgaacccaactgctgttaaacccaatccatttggtgga
acatttggtaatgcagcaacaaatgtgacaacttcgcctttcctcatgactgttcctagt
ggagagttgtttcagcctgcatctcttaacttccaatctctacagccttctccatcatct
cagccaacaaattcaggtgcatttgctggtgggtttggcactggtactaccgcccaatct
tccaatgcgagtgggtttggccagccatcacaggttggaccagggcagcaagcattagga
tcagttctgggtgcttttggacagtcgagacagcttggtactggtctaccaggaactggt
tttggatcacctggtggttttggaggtgccgttgctagcaataaacctcccggtggtttc
tcaggtgctgctaccggaggatttgcggctgtggcttctggtggtggtggatttgctgct
ttggcttcagggggtgggggttttggcggtgctgcttcaggggttgggggttttggcggt
gctgctttaggggttgggggttttggcggtgctgcttcaggggctgggggttttggcggt
gcagcttcaggggctgggggttttggcggtgcagcttcaggggcttcaggttttggtggt
gcagctccaggtggtggcggttttgcaggggcagctcctgctggtggcggttttgcagga
gccaatgtggcaggtggtggatttagtgtatttggtggccagcaaggatctggtggtttc
tctgcttttggtagtggaggaaccggaaagcctccagatttgttccagatgagaaagtaa

All links

Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
All databases (13)   

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