KEGG   Chrysemys picta (western painted turtle): 101942232
Entry
101942232         CDS       T04662                                 
Symbol
NUP210
Name
(RefSeq) LOW QUALITY PROTEIN: nuclear pore membrane glycoprotein 210
  KO
K14314  nuclear pore complex protein Nup210
Organism
cpic  Chrysemys picta (western painted turtle)
Pathway
cpic03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:cpic00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    101942232 (NUP210)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:cpic03019]
    101942232 (NUP210)
Messenger RNA biogenesis [BR:cpic03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     101942232 (NUP210)
SSDB
Motif
Pfam: Big_2 AlphaC_N
Other DBs
NCBI-GeneID: 101942232
NCBI-ProteinID: XP_008163725
Position
5:complement(2906021..3021356)
AA seq 1879 aa
MAWALLLLLLLPPPFSVASKLNIPKVLLPFTRSTRINFTLEASEGCYRWSSTRPEVASIE
PADQDERQCSQKAVVQARSSQPTRLTSIIFAEDILTGQVLRCDAIVDIIHGIQIVSTTRE
LYLEDSPLKLKIQALDSEGNTFSTLAGLAFDWTIVKDTEADGFSDSHNALRILKFLESTY
IPPSYISEMEKVAKQGDTVLVSGMKTGSSKLKARIQESVYKNVHPAEVRLLILENILLNP
AYDIYLLVGTSLQYKVQKIRQGKITELMMPSDHYELQLQNNIPGPEGDPARPVAKLDQAT
STVTALQQGQINLVLGHKSIRMQGASRLPNSTIYVVDPGYLGFTIHPGDRWVLETGRLYE
ITIDAYDKSSNKVYLSDNIRINTELSEEYFEILKSSLNGSYHYVKAIKKGQTIIDAALTS
VVDQDGGVHTLPVPVRNQQEVEVYVPIILSPSILTFPWQPKAGAYQYTIKAHGGSGNFSW
SYSNQAVATVTVKGVMTTGSDIGVSVIQANDVQNPLHYGEMKVYVTEPSGMEFTPCQVEA
RVGQILELPLRINGLVNIETSEMVTLSDCSHFDLVVEVENRGVFKPLQGRLMPSSDFCSG
VRVKAEAQGYTTLVVSYTHGHVHLSASITIAAYLPLKTIDPSSVALVTLGSSKDMLFEGG
PRPWVQEPSKFFRNITAEDTESIGLSLFGPPTSRNHFQHWVRVSCKTLGEQVIALTVGNK
PTVTNPFPAIEPAVVKFICAAPSRLTLTPIYANPQLDLSCPLLQQNKQVVPVSNYRNPVL
DLAAFDQQGRKFDNFSSLGINWESTKVSLANIEPSMPMELSLKEDGSGQKKMHGLQTVLV
HRESGTTAVSAIATGYQQSHLSAAKVNIPYEPLIPVSATIELILVEDVKVSPSDVTVYNH
PDVKAELLIKEGSGYFFINTSIINVVKVAYQEARGIALVYPLFPGTLTLMIHDLCLTFPA
PAKAEIYVSDIQELYVRVVDKVEIGKTVKAYVRVLDDSRKPFLAKYFTVMDLKLRAASQI
VSLVPLDEALDDHTAAFLVHGTVIGQTSLTATVADKNGQEINSAPQQIEVFPPFRLLPRK
VTLIIGAVIQITSEGGPQPQSNIIFSISDERIASVNSTGLVRGEAIGNGTVTGVVQAVDA
ETGQIVVVSQDKVEVEVVRLVAVRIRAPITRMKTGTQMPVYVMGITSNQTPFSFGNALPG
LTFHWSVTKRDILDVKTRHNEASLQLPAKYNFAMDVYGRAKGRTGLKVIVKALDPTAEQF
HSLAGELSDEIQIQVFDKLLLVTPQVDAEQILMSPNSFIKLQTNRDRVASLSYRVLDGPN
KVPVVQIDERGFLNSGSLIGSSTIEIISQELFGVNQTIVVAVKVSPVSYLRISISPVLHT
QNKEALLALPLGVTLTFTVHFHDNSGDTFHSHNSVLNLATNRDDFVQIGKGTTNNTFVIR
TVNVGLTLLMVWDTEHSGIADYVPLPVQHAIFPELRDMVVGDVICFSTTLINQEGLSAVW
SSSLSSVLQVDPRTGVAVARDSGVVTVYYEIPGLLKTYREVLISIPQRTIAMHVSGVKTN
LQGVAASKVIVATGDRSKNLKGDCSPVQIEAIKELQPESNIGCHLRFNKDAFDFPAHDIF
TAEPGFDAVSGHYTCSITMHRLTDKQLKHLSISKTALLVTASVQGSHFSGEQISAEVPFN
PGFYADQTEILLSNHYTSSDVKIFGATEILDKLEVKCGSPMVKAFEKEKSYGLPSYVIYT
VSVSDPGVPSQGSLSTILTISSPVTDQSITVPVTVIYVAERSEPMRHGASLFQHFLDSYQ
VMFFTLFALLAGTAVVIIAYHAVFSPKEQNTYPAFTPRTTPQHSYNSFSVSSATSLSPSY
SDRKNSPPSRLWSTGYASH
NT seq 5640 nt   +upstreamnt  +downstreamnt
atggcctgggcgctgctgctgctgctcctgttgccgccgcctttctccgtggcctccaag
ctgaacatccccaaagtgctgctgcccttcacccggagcaccaggatcaacttcaccctg
gaagccagcgagggctgctaccgctggtcttccacaaggccagaagttgccagcatagaa
cctgcagatcaagatgaacgccaatgttcacaaaaggctgttgtccaggcacgttcatcg
cagccaacacgtctgacaagtatcatttttgctgaagatatattgactggtcaagtgctt
cgttgtgatgctatagttgacataattcatggcatccaaattgtgtccacgacaagagaa
ctttatcttgaagattcaccactgaagctgaaaattcaggctttggattctgaaggaaac
acttttagcacattggcggggttagcctttgactggacgatagtaaaagatactgaggct
gatggcttctcagattcgcacaatgcattgcgtatactcaaattcttagaatctacctac
ataccgccttcctatatatcagagatggaaaaagttgccaaacaaggagacaccgttctg
gtgtctggaatgaaaacagggagttccaaattaaaagcaagaatacaggaatctgtttat
aagaatgtacatcctgcagaagtcaggttgcttattttggaaaacattcttctaaatcca
gcttatgatatctacctgctggtaggaacatcacttcaatataaagttcagaaaataaga
caaggcaagattacagaattaatgatgccttcagatcactatgaactgcagcttcagaac
aacattcctggtcctgagggagatccagctcggcctgttgccaagttggatcaggcaaca
tcaacggtaactgcattgcagcagggacaaattaacctagtgctggggcacaaaagtatt
cgcatgcaaggtgcttccagattaccaaacagcactatctatgttgtggatcctggatat
ttaggatttacaattcatcctggtgacagatgggtcttagaaacaggcagactttatgaa
attacaatagacgcatatgacaaatcaagcaataaggtgtatttatctgataatatcaga
attaatacagaattgtctgaagaatattttgagattttgaagtcctctctgaatggatca
tatcactatgtgaaagcaataaagaagggtcaaactattatcgatgctgctttaacatct
gtagtagatcaggatggaggtgttcatacattgcctgtaccagtacgaaaccagcaagaa
gttgaagtttatgttcccattatcctttcaccgagcattttgacatttccatggcagcca
aaggcaggagcctatcagtacacaataaaggctcacggtggaagtggaaatttcagttgg
tcctattctaaccaggctgttgctacagtaacagtcaaaggagtcatgacaactggaagt
gatattggtgtcagtgttatacaggcaaatgatgttcagaacccactgcactatggagaa
atgaaggtatatgtaactgaacctagtggcatggagttcacgccgtgtcaagttgaagca
cgtgtgggtcagatactggagctgcccttgaggattaatggcctagtgaatattgaaacc
agtgagatggtcacactgagcgattgttcacatttcgacttagtcgtggaggtagaaaat
cgcggtgtcttcaaaccactccaaggaagacttatgccaagttctgatttttgcagtgga
gtcagagtgaaagctgaggctcaaggatacacaacgcttgttgttagttacactcatggt
catgtccaccttagtgctagcatcaccattgctgcctacctaccactaaaaactatagat
ccttcttctgttgccttggtaactttgggttcttccaaagacatgttgtttgaaggtgga
ccaagaccatgggtacaagaaccttcaaaattctttaggaacatcacagctgaagataca
gaaagtattggtttatctttatttgggcctccgacatctcggaatcatttccagcactgg
gttagagtatcttgcaagaccctgggagaacaagtgattgccttaaccgttggaaataag
cccacagttaccaacccttttccagccatcgaacctgccgttgtgaaatttatctgcgca
gccccttcccgactcactttgactcctatttatgcaaatcctcaacttgacctctcctgc
cctttgctgcaacaaaacaagcaagtggttcctgtttcaaactatcgcaatccagtattg
gacttggctgcttttgaccagcaggggcgtaaatttgataatttcagttctcttggtatt
aactgggaatcaacaaaagtttccttagccaacattgagcccagtatgccgatggagctg
tctctaaaagaggatggaagtggtcagaagaaaatgcatggcttgcaaactgttctagtt
catcgtgagtctggaacaactgctgtctccgctattgcgacaggataccagcagtctcat
ctcagtgcagctaaagtgaatataccgtatgaacctcttatccctgtgtctgccaccatt
gagctgatacttgtagaagatgtgaaagtgagtcctagtgatgttacagtctacaatcat
cctgatgtcaaggcagagctcctcatcaaagagggttctgggtattttttcatcaacacc
agtattataaatgttgtaaaagtggcttatcaggaagctcgaggcattgctttggtgtat
cctttatttccaggaaccttaacactaatgattcatgacttgtgtctgactttccctgct
ccagctaaagctgaaatctatgtatctgatatacaagaactgtatgtccgagttgttgac
aaggtggagattgggaaaaccgttaaagcttatgttagagtattggatgactcgaggaaa
ccttttctggctaaatatttcaccgtcatggatttaaaactgagggcagcatcacagatt
gtgtcgctggttcctctcgatgaagctcttgatgaccatactgctgcttttctagttcac
ggcacggtcataggtcaaaccagccttacagcaacagtcgctgataaaaatggacaagaa
atcaattctgctccccaacagattgaagtctttcctccatttaggctattgccgagaaaa
gttaccctgatcataggagcagtgattcagattacttcagaaggaggtcctcaacctcag
tccaacataattttctccatcagtgatgagaggatcgcatcagtgaacagcactggcctt
gtaagaggagaggcaattggaaatgggacagtaactggagtggttcaagctgtggatgca
gagaccgggcaaattgtggtggtgtctcaggataaagtggaagtcgaagtcgtacggctt
gtggctgttagaatccgtgcacccatcacacgaatgaaaaccggtacacagatgccagtt
tatgtgatgggcatcaccagtaatcagacccctttctcatttggcaatgcattgccaggg
ttaacgtttcactggtctgtcaccaagagagatatcctggacgtcaagacaagacacaat
gaggcttctcttcagcttccagcaaaatataattttgctatggatgtttatggcagagca
aagggaagaacaggactgaaggtcattgtgaaagcccttgatcctactgctgaacagttt
cacagcctggcaggagagctgtcagatgaaatccaaattcaggtatttgataaacttctt
ctagttactccacaagtagatgcggagcagatcttaatgtcacctaactcatttattaaa
cttcaaacaaacagggacagagtagcttccctgagttaccgtgtcctggatggtcccaat
aaagttcccgttgtacagattgatgagagaggctttctgaactcagggtccttgatagga
tcatcaacaattgaaataatttcccaggagctgtttggagtcaaccagaccattgtagtt
gccgttaaggtgtctcctgtttcctacctgagaatctctattagtcctgttctgcacact
caaaacaaagaggctctgttggctctaccattgggtgtgacattaaccttcacagtccat
ttccatgataactctggagataccttccattcgcacaattctgtgctcaaccttgcaacc
aacagagatgactttgtgcagattgggaaaggaaccacgaacaatacatttgtaattcga
actgtaaatgtaggcttgaccttgcttatggtttgggatacagagcacagtggaattgca
gattatgtccctcttcctgtgcaacatgccatttttcctgagctcagagacatggtagta
ggtgatgtcatctgttttagtactacactgataaatcaagaaggcttgtcagcagtctgg
agctcttcactgagcagtgttcttcaggttgacccaaggacaggtgtagctgtggcaagg
gattcaggagttgtcactgtttattatgagattcctggactacttaaaacttacagggag
gtattgatcagtattcctcaaaggactatagcaatgcatgtatctggagtgaaaacaaac
ttacaaggagttgcagcttcaaaagttatagttgcaactggggacagaagcaaaaatttg
aaaggggactgttcacctgttcagattgaagccattaaagaactacaaccagagtccaat
atcggctgccaccttcgttttaataaggatgcatttgatttcccagcacatgatattttt
acagcagaacctggatttgatgcagtttcaggacactatacctgttccatcacaatgcac
agacttactgacaagcagctaaagcatctgagcataagcaaaactgctctcctagtcaca
gcttcagtccagggcagccatttctctggagagcagatcagcgctgaagtgccgttcaat
ccagggttttatgctgatcagactgaaattctcttaagtaaccattacacgagttctgac
gtgaaaatatttggagccactgaaattcttgacaaactggaggtgaaatgtgggtcacca
atggtgaaggcctttgagaaggagaaatcatatggactgcctagttatgtaatctacact
gttagtgtatctgatccaggagttccaagccaggggtccttatcaaccattcttaccata
tctagcccagtgactgaccagtcgatcactgttccggtgacagtgatttatgtagctgag
agaagcgagccaatgagacacggagccagcttattccaacacttccttgattcctatcaa
gtaatgttcttcacgctttttgcactgctggcagggacagctgttgtgatcatagcctac
catgcagttttctccccaaaagaacagaacacttatccagcatttaccccaaggacaacg
cctcaacacagctataacagtttttctgtttcatctgcaacttctctcagtccttcgtac
tcagatagaaaaaacagtcctccctccaggctatggagtactggttatgcttcacattaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (16)   
   KEGG ORTHOLOGY (1)   
   RefGene (12)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (24)   

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