KEGG   Anas platyrhynchos (mallard): 101796353
Entry
101796353         CDS       T02816                                 
Symbol
NUP210
Name
(RefSeq) nuclear pore membrane glycoprotein 210
  KO
K14314  nuclear pore complex protein Nup210
Organism
apla  Anas platyrhynchos (mallard)
Pathway
apla03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:apla00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    101796353 (NUP210)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:apla03019]
    101796353 (NUP210)
Messenger RNA biogenesis [BR:apla03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     101796353 (NUP210)
SSDB
Motif
Pfam: Big_2 AlphaC_N PQQ
Other DBs
NCBI-GeneID: 101796353
NCBI-ProteinID: XP_038041907
Ensembl: ENSAPLG00000012355
EnsemblRapid: ENSAPLG00030006147
Position
13:complement(19393242..19461522)
AA seq 1891 aa
MAPPAPRALPLPLLLLLLLLLVLQRLAASPRLNIPKVLLPFTRGTHVNFTLEASEGCYRW
SSTRPEVASIEPADQGEHQCSRKAVVQARSSQPTRLTSIIFAEDITTGQVLRCDAIVDII
HGIQIVSTTRELYLEDSPLKLKIQALDSEGNTFSTLAGLVFDWTIVKDTDADGFSDSHNA
LRILKFSESTYIPPSYILEMEKVAKQGDTILVSGMKTGSSKLKATIQENVYKHVHPAEVR
LLILENILLNPAYDVYLLVGTSIQYRVQKIRQGKITELMMPSDQYELQLQNNVLGPEGDL
SWPVAQLDQATSVVTAVQQGQTNLVLEHKSIRMQGVSRLPNSTIYVVNPGYLGFTIHPGD
RWVLETGRLYEITIEVYDKLSNKVYLSENIRISTKFSEEYFEILKSSLNGSYHYVRAIKK
GQTIIDAALTSVVDQDGGVHTFPVPVRNQQEVEIYVPIVLSPSILTFPWQPKAGAYQYTI
QAHGGSGNFSWSYSNQAVATVTVKGVMTTGSDIGISIIRANDVQNPLHYGEMKVFVTEPS
GMEFTPCQVEARVGQVLELPLRINGLTNVETGETVPLSDCSHFDLVVEVENRGVFVPLQG
RLKPTADFCSGVKVKAETQGYTALVVSYTHGHVHLSASITIAAYLPLKTVDPPSVALVTL
GSSKDMLFEGGPRPWVQEPSKFFRNITAEDEESIGLSLFGLPTSRNNIQHWVRVSCKSLG
EQVIALTVGNNPTVTNPFPAVEPAVVKLICAVPSRLTLTPVYGSPQLDLSCPLLQQNKQV
VPVSNYRNPVLDLAAYDQQGSKFDNFSSLSIIWESTKMSLANIEPNMPMELILKEDGSSQ
KKMHGLQTVLVHHKSGTTAISATATGYQQSHLKAAKVKIPYEPLLPVSAAIELILVEDVK
VSPTDVSIYNHPDIQAELFIKEGSGYFFINTSVANIVTVSHEETQGVALVYPLLPGSVTV
MIHDLCLAFPAPAKAEIHVSDIQELYVRVVDKVEIGKTVKAYVRVLDDSKKPFLAKYFTV
MDLKLRAASQIVSLVPLAEALDDHTAAFLVHGVALGQTSLMATVTDRRGQRINSAPQQIE
VFPPFRLLPRKVTLIIGAMIQITSEGGPQPQSNIIFSISEEKIASVNSAGLIRGVAVGNG
TVTGVVQAVDAETGKVVVVSQDKVEVEVVQLTAVRIHAPITRMKTGTQMPVYVMGITSSQ
TPFSFGNAVPGLTFHWSVTKRDTLDIKTRHNEASFQLPAKYNFAMNVYGRVKGRTGLKVV
VKVLDPAANQFYNMARELSDEIQIQVYEKLHLVTPEVETEQILMSPNSFIKLQTNRDRVA
SLSYRVLDGPDKVPVVKIDERGVLNSGSLIGLSTIEVISQESFGINQTIVAAVKVYPISY
LRISMSPILHTQNKEALLALPLGVTLTFTVHFHDNSGDAFHSHNSVLSFATNRDDFVQIG
KGPTNNTFVIRTVNVGLTLLKVWDAEHGGIADYVPLPVQHAIFPELVDVVVGDVLCLSTS
LINHEGLPGIWSSSLSSVLQVDSKTGVAVARDSGVATVYYEIPGLLKTYREIIVNIPQRT
TAMHVSGVKTSLEGVAASKVIVLIGEGNKNLKGGCLPAQIEAIAELQPQSIISCHLNFNS
DTFDFPAHDIFIAEPGFDAVSGHYTCSITMHRLTDKQLKHLSMSKTVLRVTASVQGSHIA
VEQIGTEVPFNPGFYADQTEMLLSNHYTSSDVKIFGATEILDTLEVKCGSPMVKALEKEK
SYGLPSYVVYTVSLSDPRVSSQGTLSTTLTVSSPMTDQSITIPVTVIYLTDRTSAPVRHG
ASLFQHFLDSYQVMFFTLFALLAGTAVMIIAYHAVFSPKEQHTHPAFTPRTTPQCSPNSF
PTSPVVSSSPQSSGRRTSPSSLLWSTSYGSR
NT seq 5676 nt   +upstreamnt  +downstreamnt
atggccccccccgcgccccgggcgctgccgctcccgctgctgctgctgctgctgctgctg
ctcgtcctccagcgcctcgccgcctcccccaggctcaacatccccaaggtgctgctgccc
ttcacgcgcggcactcacgtcaacttcacgctggaggccagcgagggctgctaccgctgg
tcctccaccaggccagaggttgcaagcatagagccggcagaccagggcgagcaccagtgt
tcgcggaaggctgttgtccaggcacggtcctcgcagcccacacgtctgacaagcatcatc
tttgctgaagatataacgactggacaagttcttcgttgtgatgctatagttgatataatt
catggcatccaaattgtgtccacaacaagagaactttatctcgaggattcaccactgaag
ctaaaaattcaagctttggattctgaaggaaacaccttcagcacattggcaggattagtc
tttgactggacaatagtaaaagacacggatgctgatggcttctcagattcccacaatgcc
ttacgtatactcaagttttcagaatccacttatattccaccctcttatatactggagatg
gaaaaagttgccaagcaaggagataccattttggtgtctggaatgaaaacagggagctct
aaattaaaagcaacaatacaggaaaacgtctataagcatgtacatcctgcagaagtcaga
ttgcttattttggaaaacatccttttaaatccggcatatgatgtttatcttctggtagga
acatcaattcagtacagagttcagaaaataagacaagggaagattacagaattaatgatg
ccgtctgatcagtatgagctgcagctccagaacaacgtgcttggccctgagggagatctg
tcttggccggttgcccagttggaccaggcaacatcagttgtaactgcagtgcagcaggga
caaactaatctcgtacttgagcacaagagtattcgcatgcaaggggtttcgaggttacca
aacagcactatatatgttgtaaatcctggttatttaggttttacgattcatccaggtgac
agatgggtcctagaaacaggcagactttatgaaattacaatcgaagtatatgataaattg
agcaataaggtgtatttatctgagaatatcagaattagtacaaagttctctgaagagtat
tttgagatcctgaagtcgtctctgaatggatcatatcattatgtgagagcaataaagaag
ggtcagaccattattgatgctgcactgacatcagtagtagatcaggatggaggtgtacac
acattcccagttccagtgcgaaatcagcaagaagttgaaatttatgttccaatagttctt
tcacccagcattttgacgtttccctggcagccaaaagcaggagcctaccagtacaccata
caggcacatggtggaagtggaaatttcagctggtcctattctaaccaggcagttgctacg
gtgacagtcaaaggagtaatgacaactggaagtgatattggcatcagtattattcgggca
aatgatgttcagaatccattgcactatggagaaatgaaggtgtttgtaactgaacctagt
gggatggagttcacaccatgtcaagttgaagcacgtgttggccaagtattggagctgccc
ctgagaattaacggcctaaccaatgttgaaacaggcgagacagtcccactgagtgactgc
tcacactttgatctagttgtggaagtagaaaaccgtggcgtgttcgtgccattgcaagga
aggcttaagccaactgctgatttttgtagtggagtcaaagtgaaagctgaaactcaagga
tacactgcgcttgttgttagttatacccatggccatgtccacctcagtgctagcatcacc
attgctgcctatctaccattaaaaactgttgatcctccatctgttgctttagtgactctg
ggttcctctaaagatatgttatttgagggaggacctagaccatgggtgcaagagccttcc
aagttcttcaggaacatcactgctgaggatgaagaaagtattggcctgtctttatttgga
cttcctacatctcggaataacatccagcattgggttagagtatcttgcaaaagcctggga
gagcaagttattgccttaacagttggaaacaatcccacagtgaccaacccttttccagca
gttgagcctgctgtggtgaagcttatctgtgcagtcccttcacgactcactttgactcct
gtttatggaagtcctcagcttgatctctcctgccctttactgcaacaaaacaagcaagtg
gttcctgtttcaaattatcgcaatccagtattggatttggctgcttatgaccaacaggga
agtaaatttgataacttcagttccctgagtattatctgggaatcaacaaaaatgtcttta
gctaatattgagcctaatatgccaatggaactgattctgaaagaagatggaagcagtcaa
aagaaaatgcacggcttacaaactgttttagttcatcacaagtctggaacaactgctatt
tctgcaactgcaacaggataccaacaatctcatctcaaggcagctaaagtaaaaataccg
tatgaacctcttctacctgtgtctgctgctattgagctgattctagtggaagatgtaaaa
gtcagccctactgatgtctccatttacaatcaccctgacatacaggcagaactgttcatc
aaagaaggttctggatactttttcattaataccagtgttgcaaacattgtcactgtgagt
catgaggaaactcaaggtgttgctttggtgtatcctctgcttccaggatcagtgaccgta
atgattcatgacttgtgtttggctttccctgcaccagctaaagctgaaattcatgtatct
gatatacaggaactgtacgtccgagttgttgacaaggtggagattggaaaaacagttaag
gcttatgtcagagttttggatgactctaagaaaccttttctggctaaatacttcactgtc
atggatctaaaactaagggcagcgtctcaaattgtttcacttgtcccacttgctgaagct
ctcgatgaccatactgcagcatttttagtgcatggggtggccttaggtcagactagtctt
atggcaactgttacggacagaagaggacaaagaatcaattctgctccacaacagattgaa
gtctttcccccatttagactactgccaaggaaagtgaccctgattataggggccatgatc
cagatcacttcagaaggaggccctcaacctcaatccaacatcattttctccatcagtgag
gaaaagattgcatcagtcaacagcgctggactcatcagaggagtggcagttgggaatggg
acagtaacaggagtggtgcaagctgttgatgcagagacagggaaggttgttgtggtgtcc
caggacaaagtggaagttgaagttgtacagctgacagctgttagaattcatgcaccaatt
acacgaatgaaaaccggtacacagatgccagtttatgtaatgggcatcaccagtagtcag
acacctttttcgtttggcaatgcagtgccggggttaacattccactggtctgtcacaaag
agggatactctggacataaagacaagacacaacgaggcttcttttcagcttcctgcgaaa
tacaactttgcaatgaatgtttatggcagagtaaagggaagaacaggcctgaaagttgtt
gtgaaggtccttgatcctgcagctaaccagttttacaacatggcaagagagctgtctgat
gaaatccaaattcaggtatatgaaaaacttcatctagtcactccagaagtggaaacagaa
cagatcttaatgtcaccaaattcctttattaaacttcagacgaacagggaccgagttgct
tccctgagttaccgtgtcctggatggaccagataaagttcctgttgtaaaaattgatgaa
agaggtgtccttaattctgggtctttgatagggttatcaacaattgaagtaatttcacaa
gaatcatttgggattaaccagaccattgtagctgctgttaaggtgtatcccatctcctac
ctcaggatctccatgagtcctattctgcacacgcaaaacaaagaggcattactggctcta
cctctgggtgtgacactgacgtttacagtacattttcatgataactctggagatgctttc
cattcacataattctgtgcttagctttgcaacaaacagagatgactttgtacaaattggg
aaaggacccaccaacaacacatttgttatccggactgtgaatgtaggcttgaccttgctt
aaagtttgggatgccgaacacggtggaattgcagactacgtcccccttcctgtgcaacat
gccatttttcctgaactcgtagatgtggtggtaggtgatgtcctctgcctgagtacttca
ctgataaaccatgaaggcctgccaggcatatggagctcctcattaagtagtgtccttcaa
gttgactccaagactggtgtagctgtggcaagggattctggtgttgccacggtctattat
gaaattcctggattacttaaaacatacagagagataattgttaatatacctcagaggact
acagcaatgcatgtgagtggagtgaaaaccagcttagaaggagttgcagcctcaaaagta
atagttctgattggagaaggaaataaaaatttgaaaggagggtgcttgcctgctcagatt
gaagccattgctgaattacagccacagtccattatcagttgccatctaaattttaacagt
gatacatttgacttcccagcacatgatattttcatagcagaacctggatttgatgcagtt
tcaggacattacacctgttccatcacaatgcacaggctcactgacaagcagctgaagcat
ctcagcatgagtaaaactgtgctcagggttacagcttcagtccaaggcagccacatcgcc
gtggagcagattggcactgaggtgccattcaatcctgggttttatgctgaccaaacagaa
atgcttttaagtaaccattacacgagctctgatgtgaaaatttttggcgccactgaaata
cttgatacccttgaggtgaaatgtgggtcaccaatggtgaaggctttagagaaggagaaa
tcctatgggctgcctagttatgtggtctacaccgtcagtttgtctgatccaagggtttca
agccagggaaccttatcaactactctaaccgtctctagtcctatgactgaccagtctatc
actatcccagtaacagtgatttacttgactgacagaaccagtgcaccagtgaggcatgga
gcaagtctattccaacacttccttgattcctatcaagtaatgttcttcacgctttttgca
ctattagcggggacagctgttatgatcatagcctatcatgcagtgttctcaccaaaagaa
cagcacactcatccagcgtttaccccaaggacaacgcctcaatgcagccctaacagtttc
cctacatcacctgtggtttccagcagtcctcagtcctcaggcaggagaacaagcccatca
tccctactctggagcaccagttatggttcacgttag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (18)   
   KEGG ORTHOLOGY (1)   
   RefGene (12)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   ENSEMBLRAPID (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (27)   

Download RDF
DBGET integrated database retrieval system