KEGG   Pteropus alecto (black flying fox): 102887767
Entry
102887767         CDS       T02993                                 
Symbol
NUP210
Name
(RefSeq) nuclear pore membrane glycoprotein 210 isoform X1
  KO
K14314  nuclear pore complex protein Nup210
Organism
pale  Pteropus alecto (black flying fox)
Pathway
pale03013  Nucleocytoplasmic transport
pale05014  Amyotrophic lateral sclerosis
Brite
KEGG Orthology (KO) [BR:pale00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    102887767 (NUP210)
 09160 Human Diseases
  09164 Neurodegenerative disease
   05014 Amyotrophic lateral sclerosis
    102887767 (NUP210)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:pale03019]
    102887767 (NUP210)
Messenger RNA biogenesis [BR:pale03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     102887767 (NUP210)
SSDB
Motif
Pfam: Big_2 CBM32
Other DBs
NCBI-GeneID: 102887767
NCBI-ProteinID: XP_006917502
Position
Unknown
AA seq 1890 aa
MAARTQGRALLLLALSVLLALGPTAAAAKLNIPKVLLPFTRATRVNFTLEASEGCYRWSS
TRPEVASIEPLGLDQQQCSQKAVVQARLSQPARLTSIIFAEDITTGQVLRCDAIVDLIHG
IQIVSTTRELYLEDSPLELKIQALDSEGNTFSTLAGLVFDWTIVKDTEASRFSDSHNALR
ILPFLESTYIPPSYISEMEKLAKQGDTILVSGMKTGSSKLKARIQEAVYKNVSPAEVRLL
ILENILLNPVYDVYLLVGTSICYKVQKIRQGKITELSMPSDQYELRLQNNIQGPAGDPGQ
PVAVLAQDTSTVTAVQLGQSSLVLGHRNIRMQGASRLPNSTIYVVEPGYLGFTVCPGDRW
VLEIGRLYKITIEVLDKSGNKVYPSDNIRIETVLPAEFFEVLSSSQNGSYHHVKAIKRGQ
TAIKAALTSIVDQDGGVHSLRVPVWNQQEVEIHVPITLFPSILTFPWQPKTGAYQYTIKA
QGGSGNFSWSSSSYTVATVTVKGVMTTGSDIGLSVIQAHDVQNPLHFGEMKVYVIEPSGM
EFAPCQVEAQVGQTLELPLRINGLLPSGANEVVTLSDCSHFDLTVEMENQGVFQPLPGRL
QPGSEHCSGVRVRAEAQGYTALLVSYKHGHIHLSARITIAAYLPLKAVDPSSVALVTLGS
SKEMLFEEGPRPWVLEPSKFFRNVTSEDTHSISLAFFGPPASRNYQQHWIIVTCLALGEQ
VIALSVGNKPSITNPFPALEPAVVKFVCAPPSRLTLMPIYASPQLDLSCPLLQQNKQVVP
VSSHRNPVLDLAAYDQQGRRFNNFSSLSIQWESTRPLLASIELDLPMQLVSQDDGSGQKK
LHGLQAISVHKASGTTAISATVTGYQQSHLDAARAKQPYDPLVPVSASIELILVEDVRVS
PEEVTIYNHPEVQVELHIREGSGYFFLNTSTTDVVKVTYQEARGSAMVHPLLPGTSTIMI
HDLCLAFPAPAKADVHVSDIQELYVRVVDKVEIGKTVKAYVRVLDFHKKPFLAKYFAFMD
LNLRAASQIVTLVYLNEALDNYTATFRVNGVAIGQTSLTATVTDKAGQRINSAPQQIEVF
PPFRLIPRKVTLIIGAMMQITSEGGPQPQSNILFSISNESVAVVSGAGLVRGLTVGNSSV
SGVVQAVDAETGKLIIVSQDLVEVEVLLLQAVRIRAPITRMRTGTQMPIYITGITNNQNP
FSFGNAVPGLTFHWSVTKRDILDIRGRHHEASLQLPSQYNFAMTVHGRVKGRTGLRVVVK
ALDPTAGQLHGLAKELSDEIQIQVFEKLLLLNPEIEAEQILMSPNSFIKLQTNRIGAASL
SYRVLDGPEKVPVVHIDEKGFLASGSTIGTSTIEVTAQEPFGANQTIIVAVKVSPVSYLR
ISMSPTLHTQNKEALVALPLGMTMTFTVHFHDNSGDIFHAHNSVLNFATNRDEFVQIGKG
TTNNTCVIRTVSVGLTLLSVWDMEHMGLSDFVPLPVLQAISPELSGVVVVGDVLCLATVL
VSLEGLSGTWSSSANSILHIDPKTGVAVARDVGSVTVYYEVAGHLRTYKEIAIGVPQRII
AHHVHPVQTSFQEVTASKVMVTVGDRNSNLKGECSPAQMEVIETLRPASLISCQLQFKQD
VFDFLARDVFTAEPKFDAALGQYLCLVTMHKLTDKQRKNLSMKKTVLLVTASLLGSHFSE
EQVGAEVTFSPGLYSDQAEILLSNHYTSSEVKVFGAMEILENLEVKSGSPAVLAFEKEKS
LGLPSFVTYTVGISDPVAGSQGPLSTTLTFSSPTTSQAITIPVTVAFVMDHRGTGPYGAS
LFQHFLDSYQVMFFTLFALLAGTAVMIIAYHTVCTPRELTTSPALSPRASPRHSPHYFAA
PSPPMPFSALPPGRRASPPSRLWSPAYTSH
NT seq 5673 nt   +upstreamnt  +downstreamnt
atggcggcgcggactcaggggcgggcgctgctgctgctcgcgctctcagtgctgctggcg
ctgggccccaccgccgcggcggccaagctcaacatccccaaagtgctgttgcccttcacg
cgggccacgcgcgtgaacttcacgctggaagcctcagagggttgctatcgctggtcatca
acccggccggaggtggccagcatagagccgttgggactggaccagcagcagtgctcccaa
aaggcagtggttcaggcccgcctgtcccagcccgctcgcctgacaagcatcatctttgca
gaggacatcaccacaggccaggtcctgcgctgcgatgccatcgttgacctcatccatggc
attcagatcgtctccacaacccgtgaactttacctggaggactcgcccctggagctgaag
atccaggctctggactctgaagggaacacgttcagcaccttggcagggctggtctttgac
tggacgattgtgaaggacacggaggccagcaggttctcagactcccacaatgctctgcga
atcctcccattcttggagtctacatacatacctccttcctacatctcagagatggagaag
ttggccaagcaaggggacaccatcctggtgtccgggatgaagactgggagctccaagctc
aaggcacgcatccaggaggctgtctacaagaacgtcagtcctgcagaggtcaggctactg
attttggagaacatccttctgaacccagtttatgatgtctacctgttggtgggaacctcc
atttgctataaggtacagaagatcaggcaagggaagattacagaactctcaatgccttcg
gatcagtatgaactgcggcttcagaacaacatccagggtcctgcaggagacccaggccag
cctgtagctgtcttggcacaggacacgtcgaccgtaactgcagtgcagctgggacagagc
agcctggtccttggccacaggaacatccgcatgcagggtgcttccaggttacccaacagc
accatctacgtggttgaacccggatacctggggttcacagtctgccctggtgacaggtgg
gtgctcgagattggccgcctgtacaaaattaccattgaagttcttgacaagtccggtaac
aaggtctacccatcagacaacatccgcattgaaaccgtgcttcccgctgagttctttgag
gtactctcttcttcccagaacgggtcgtaccatcacgtcaaggcaataaagagaggccaa
acagccatcaaggcagccctcacctccatagtggaccaggatggaggggtccactcttta
cgtgtacctgtgtggaaccagcaggaggtggaaattcacgttcccatcaccctctttccc
agcatcttgacatttccatggcagccaaagacgggcgcctatcagtatacgataaaggcc
caaggtggaagtgggaacttcagttggtcttcatcaagttacacggttgccacagtcact
gttaagggtgtgatgacaacaggcagtgacataggactcagtgtgatccaggcacatgat
gttcagaatccactacattttggggagatgaaggtgtatgtgattgaacccagtggcatg
gagttcgccccatgccaggtggaggcacaagtgggccagaccctggagctgcccctaagg
atcaatggcctcctacccagcggggccaatgaggtggtcaccctgagcgactgctcccat
ttcgacttgacagttgagatggagaaccagggcgtgttccagccactgccagggaggctg
cagccggggtctgagcactgcagcggtgtcagggtaagagccgaggcccaggggtacacc
gcgctccttgtgagctataaacatggccacatccacttgagtgcccggatcaccattgct
gcctacctacccctaaaggctgtagatccctcctctgttgctttggtgacccttggctcc
tcaaaggagatgctgttcgaagaaggtcccagaccctgggttctcgagccatccaagttc
ttccggaacgtcacctctgaggacacacacagcatcagtctggctttctttgggccccct
gcctcccgaaattatcagcaacactggataattgtgacttgcctggccttgggtgaacag
gtcattgccctctcggtggggaacaagcccagcatcaccaaccccttccctgcattggag
cctgctgtggtgaagtttgtatgtgccccaccctctaggctcaccctgatgcccatctac
gccagtcctcagctggacctgtcatgtccactgttgcagcagaataagcaggtggttcca
gtctccagccaccgaaaccccgtgctagacctggctgcctatgaccagcagggccgcaga
tttaacaacttcagctctctgagcatccagtgggaatctaccaggcctttgctggccagc
attgagcttgacctgcccatgcagctggtgtcccaggatgatgggagcggccagaagaag
ctgcatggtttgcaggccatttctgttcacaaggcatcgggaaccacagccatctctgcc
actgtgactggctaccagcagtcccacctcgatgcagccagagcaaagcagccgtacgac
cctctcgtgcctgtgtcggcctccatagaactcatcctggtggaagatgtgagggtgagt
ccagaagaggtgaccatctacaaccaccctgaagtgcaggtggaactgcacatcagagaa
ggttctggctacttctttctcaacaccagcaccacagatgttgtcaaggtgacctaccag
gaggctaggggcagtgccatggtgcaccctttgctcccgggcacatctaccatcatgatc
catgacttgtgccttgccttcccagccccggcaaaggctgatgttcatgtctcagacatt
caggagctgtatgtccgcgtggtagacaaggtggagattgggaagacagtcaaggcatat
gtccgcgtactggactttcacaagaagcctttcctggccaaatactttgccttcatggac
ctgaacctccgagcagcctcccagatcgtcacattggtctacctcaacgaggcccttgac
aactacactgctactttccgtgtcaatggtgtggccattggccagaccagtcttactgca
actgtgactgataaagctggacaaagaatcaactcggccccacaacagattgaggtcttt
cccccatttaggctgatacccagaaaggtgacgctgattatcggggccatgatgcagatc
acctctgagggtgggccccagcctcagtccaacatcctcttctccatcagcaatgaaagt
gttgcagtggtgagcggtgctgggcttgtgcggggactcaccgttggtaacagcagtgtg
tcgggggttgtgcaggccgtggatgctgagactggcaagctcatcatcgtgtctcaggat
ctcgtggaggtggaggtgctgcttctccaggcagtgaggatccgtgcccccatcactcgg
atgagaacagggacccagatgcccatttacatcactgggatcaccaacaaccagaaccct
ttctcctttggcaatgctgtaccaggcctgaccttccactggtcggtcaccaagcgggac
atcctggacatccggggacggcaccatgaggcatcactccagctcccatcgcagtacaac
tttgcaatgaccgtgcatggccgggtgaaaggccggactggcctgagagtggtggtcaag
gctctggaccccacagctggacagctacatggccttgccaaagaactctccgatgagatc
caaatccaggtatttgaaaagctgctgctactgaaccctgaaatagaagcggagcaaata
ttaatgtcacccaactcatttattaagcttcagacgaacaggattggtgcagcatcgctg
agctaccgtgttctcgatgggcccgagaaggttcctgtggtgcacatcgatgagaaaggc
ttcctggcatctgggtccactattgggacttctacaattgaagtgactgcgcaagagcct
ttcggggccaaccaaaccatcatcgttgcagtaaaagtgtctcccgtttcttacctgagg
atctccatgagccccactctgcacactcagaacaaggaggctctggtggccttgcctttg
ggaatgaccatgactttcactgtccatttccatgacaactctggagacatcttccatgct
cacaattcagtcctcaactttgcaactaacagagacgagtttgtgcaaatcgggaagggc
accaccaacaacacctgcgtcatccgtaccgtcagcgtgggcctgacgctgctcagcgta
tgggacatggagcacatgggcctctccgacttcgtcccattgcccgtcctacaggccatc
tccccggagctgtctggagtggtggtggtgggggatgtcctctgtctggccactgttctg
gtcagcctggaaggcctctccggaacctggagctcctcagccaacagcatcctccacata
gaccccaagacgggcgtggctgtggcccgggatgtgggatccgtgacagtttactacgag
gttgctggacacctaaggacctataaagagattgcaatcggtgtccctcagaggatcata
gcccatcatgtccaccctgtccagaccagcttccaggaggtcacagcttccaaagtgatg
gtcactgtgggagacagaaactctaacctaaaaggtgagtgctccccagcccagatggaa
gtcattgagaccctgcgcccagcatccctcatcagctgccagctccagttcaagcaagat
gtctttgatttcctggcacgtgacgtttttactgcagaaccaaagtttgacgctgctctg
ggccagtacctctgcttggtcacaatgcacaaactgacggacaagcagcgaaagaacttg
agcatgaagaagacagtactgctggtcactgcatccctcctgggcagccacttctctgaa
gagcaggttggggctgaggtgaccttcagcccagggctgtactctgaccaggctgaaatc
cttttgagcaaccactacaccagctccgaagttaaagtctttggtgccatggagattctg
gagaacctggaggtgaaatccgggtccccagctgtgttggcctttgagaaggagaagtct
ttggggctgcccagctttgtcacatacacagttggcatctcggaccctgtggccggcagc
cagggacccctgtccaccaccctgaccttctccagccccacgactagccaagccatcacc
atcccagttaccgtggcctttgtgatggatcaccgagggactggtccttatggagccagt
ctcttccagcacttcctggattcctaccaagtcatgttcttcacactttttgccctgttg
gctgggaccgctgtcatgatcatagcctaccacacagtctgcaccccccgggagctcacc
acatcgccagccctctccccacgagccagccctcggcacagcccccactattttgctgct
ccatcacctccgatgcctttcagtgcactgcctcctggtcgcagagccagtcctccttca
aggctgtggagccctgcatacacctctcactag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   KEGG ORTHOLOGY (1)   
   RefGene (18)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (2)   
   Pfam (2)   
All databases (33)   

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