KEGG   Canis lupus familiaris (dog): 490448
Entry
490448            CDS       T01007                                 
Symbol
NUP210L
Name
(RefSeq) nuclear pore membrane glycoprotein 210-like isoform X4
  KO
K14314  nuclear pore complex protein Nup210
Organism
cfa  Canis lupus familiaris (dog)
Pathway
cfa03013  Nucleocytoplasmic transport
cfa05014  Amyotrophic lateral sclerosis
Brite
KEGG Orthology (KO) [BR:cfa00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    490448 (NUP210L)
 09160 Human Diseases
  09164 Neurodegenerative disease
   05014 Amyotrophic lateral sclerosis
    490448 (NUP210L)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:cfa03019]
    490448 (NUP210L)
Messenger RNA biogenesis [BR:cfa03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     490448 (NUP210L)
SSDB
Motif
Pfam: Big_2 T2SS-T3SS_pil_N
Other DBs
NCBI-GeneID: 490448
NCBI-ProteinID: XP_013970880
Ensembl: ENSCAFG00000017362
VGNC: 44051
Position
7:42558385..42639551
AA seq 1838 aa
MTGSGTSRHRRVQPFVGWPAPGILLLLQSLLGTLASKLNVPQVLLPFGREPGRVPFLLEA
QRGCYTWHSTHHDAVTVEPLYENGTLCSQKAVLIAESTQPIRLSSIILAREIVTDHELRC
DVKVDVINSIEIVSRTRELYVDDSPLELMVRALDAEGNTFSSLAGMMFEWSVAQDNESAR
EELSSKIRILKYSEAEYSPPVYIAEMEKEEKQGDMILVSGIRTGAAVVKVRIYEPFYKKV
AAALIRLLVLENIFLIPSHDIYLLVGAYIKYRVAKMVQGRMTEVGFPLEHYTLELQDPRA
GCNGSLSGKVALLDEKTAMVTAVHLGQTNLVFVHKNVHMRSVSGLPNCTIYVVEPGFLGF
TVQPGDRWSLEVGQVYVITVEVFDKSSTKVYISDNLRIMCQFLREYFEEQLTTVNGSYHV
VKAVKSGVVVINASLTSIIYQNKNIQPVKFPIIHQQEVKIYFPIQLTPNFLAFPHHPMGM
LYRYKVQVEGGSGNFTWTSSNETVAMVTTKGVVTAGQVRGNSTILARDVQNPFRYGEIKI
YVLKLNKMELLPFHADVEIGQIIEVPIAMYHVNKETKEVIVFSDCSHLLLDLNMDKQGVF
TLLKEGIQRPGPTHCSSTHIAAKSLGHTLVTVSVTESEEYLESSATFAAYEPLKAVNPVE
VALVTWQSVKEMVFEGGPRPWILEPSRFFLELSMEKTEKIELTQVRLPAKRKQNQYIYRV
LCLDLGEQTLTFRIGNNPGVLNPSPAVEAVQVRFMCAHPASMSVTPVYREPAGAQPCPLP
QHNKQLIPVSSLRDTVLELAVFDQHRRKFDNFSSLILEWKSSNETLAHFENYNSVEMVAK
DDGSGQTRLHGHQVLKVHQLKGTVLIGVNFVGYSEKKSPEELFNLLRSAAIELLLVDDVT
VLPENATIYNHPDVKEIFSLVEGSGYFLVNSSEQDIVTITYMEAESSIQLVPVHSGFLTL
EVYDLCLAFLGPAVAYLRVSDIQELELDLIDKVEIGKTVLVTLRVLGSSKRPFRNKYFRN
MELKLQLASAIVTLTLVEEQDEYSENYILRAVSIGQTTLVAIARDKMGRKFTSAPRQVEV
FPPFKLVPEKMTLIPANMMQVMSEGGPQPQSIIHFSISNQTVAVVNRRGQVTGKVVGTAV
VHGTIQTVNEDTGKVIVFSQDEVYIEVVQLRAVRILAAATRLITATEMPVYVMGVTSTQT
PFSFSNANPGLTFHWSMSKRDVLDLVPRHSEVFLQLPVENNFAMVVHTKAAGRTSIKVTV
RCMNSSSGQLEGNLLELSDEVQILVFEKLQLFFPECQPEQILMPMNSQLRLHTNREGAAF
VSSRVLKCFPNSSVIEEDGEGLLKAGSIAGTAVLEVTSVEPFGVNQTTITGVQVAPVTYL
RMSSQPKLYAAHGRTLPAFPVGMSLTFIVQFYNSIGEKFHTHNTQLHLALNRDDLLLIGP
GNRNYTYVAQAVNTGVTLLGIWDRRHPGVADYIPVAVEHAIEPDTHLTFVGDVICFSTHL
LSHNGEPGIWMISADNILQTDTGTGVGVARSPGIAVVFHDIPGVVKTYREVVVNASSRLT
LSFDLKTHLTNTPNSTVFKLFITTGRNGANLKGVYVCLIKVRPQSEELLQALSVADTSVY
GWATLVSERSRNGMQRILIPFIPAFYINQSEVVLSHRQDIGEIRVLGVDRVLEKLEVFPS
SPVLVVSGHRESSLTPGLAVYRVRVVNFTSLQQTASPIFINISCALTSQSEAVLVRALKD
KSGTDQCKGSSVLQKFLSSHQTILFTLFAMLASTAFIFLAYNAVLNKIQTVPIVYVPTLG
TSQPGSYAPTTRSPPPFLSPQPPPAQSRLQHWLWSVRH
NT seq 5517 nt   +upstreamnt  +downstreamnt
atgactggctcggggacctcgcggcaccgacgtgtccagccgtttgtcggctggccagca
cctggcatcctgctgctgcttcagagcctgcttgggaccctggccagcaaactcaacgtg
ccgcaggtgttgctccccttcggccgggagccaggccgcgtgcccttcctgctggaggcg
cagcggggctgctacacctggcattccacccatcatgacgcagtaactgttgagccttta
tatgaaaatggcaccttatgttcccaaaaagctgtgctcattgctgaatctacccaaccg
attcgcctaagcagtattattcttgctcgagagatagtgactgaccatgaactgcgctgt
gatgttaaggttgatgtgataaacagcattgaaattgtatctcgaacccgggaactctat
gtagatgattcaccactggaactgatggtgagggcattggatgctgaaggaaatactttt
agtagtttggcaggtatgatgtttgagtggagtgtcgcccaggataacgaatccgcaaga
gaagaattgtctagcaaaattaggattctgaaatactccgaagcagaatattctccacca
gtgtatatagctgagatggaaaaagaagagaaacaaggagatatgattttggtgtctggg
atcagaactggtgctgctgttgtaaaagttcgaatttatgagccattctataagaaagtg
gcagcagcattgatacgtctgctagttttggagaatatatttcttataccatcccatgat
atttatctcttagttggagcatatattaaataccgagttgcaaaaatggtgcagggaaga
atgacagaggtgggatttcctctggaacactacacactggaattgcaagaccccagagct
ggatgtaatgggtctctttctgggaaagtggctttactggatgagaaaacagccatggtg
actgctgtccacctgggccaaactaaccttgtctttgtccataaaaatgtacatatgcga
tctgtgtctggactcccaaattgcaccatatatgtcgtagagcctggatttttaggtttc
acagttcaacctggagaccgctggagtctagaggtgggacaggtgtatgtcattacagta
gaagtgtttgataaaagcagtacaaaggtctatatttcagataatctcaggattatgtgc
cagttcctaagggagtactttgaagagcagctaactactgtgaatggatcttaccatgta
gtaaaagctgtgaagagtggtgtcgtggtgataaatgcatccctgacttccatcatttac
cagaataaaaatattcagcctgtaaaatttccaatcatacatcagcaagaagtgaagatt
tattttcccatccagcttacacccaactttctggcatttcctcatcatcctatgggaatg
ttgtatcgttataaagtacaggtagagggtggcagtggcaacttcacttggacttcttct
aatgaaacagtggccatggtgaccactaaaggagtagtgactgctggtcaggtcaggggg
aacagtactattttggctcgagatgtacaaaatccctttcgatatggagaaattaagata
tatgtcttgaaactgaacaaaatggaactgttaccatttcatgctgatgtggagattggc
cagattatagaagtccccattgcaatgtatcatgtaaataaggagaccaaagaagtcatt
gtgttcagtgactgctctcatttattattggatctgaacatggataagcaaggagttttt
actcttctcaaggaaggtattcaaagacctggaccaacacactgctctagtacacatata
gcagccaagtctttaggccataccctggtcacagtgagtgtgactgagtctgaagagtac
ttggagagcagtgccacatttgctgcttatgaacccctaaaggctgtaaaccctgtggag
gtggcattggtgacatggcagtctgtgaaggaaatggtatttgaagggggcccccgccca
tggatcttggagccctctcgattctttttggagttgagcatggagaagacagagaaaatt
gaattaacacaagttcggctgccagccaagagaaaacagaaccagtatatctaccgggtc
ttgtgcctggatttaggggaacaaactctgacgttccgaattggaaataacccaggtgtc
ctgaacccaagtccagctgttgaggctgtacaggtacgcttcatgtgtgcccaccctgcc
agcatgtcagtaaccccagtatacagagagccagctggtgcccagccttgccctctgcca
cagcacaataaacaactgattcctgtatcaagcctgagggacacagtcctggaactggca
gtatttgatcaacacaggagaaagtttgataatttcagttcactaatactggaatggaaa
tcctcaaatgaaacactagctcattttgaaaattataattcagtggagatggtagcaaag
gatgacggcagtggccaaactcggctacatggtcaccaggtccttaaagtacatcagtta
aaagggactgtactcattggagtcaattttgtgggctactcagagaagaaaagtccagag
gaacttttcaacttgctcagatctgcggctatagagctgctgctggtagatgatgtaact
gtactgcctgagaatgccaccatctataaccaccctgatgtgaaggagatatttagcctt
gtggaaggatctggttatttcctggtcaacagcagtgagcaggacattgtcaccatcact
tacatggaagcagaaagctctatccagttagttccggtacactctggatttctcaccttg
gaggtctatgatctgtgcttggctttcttgggtccagcagtggcctacctcagggtgtca
gacatacaagagctggaacttgatctgattgataaggttgaaataggtaaaactgtgtta
gtaactctgagggttcttggctcttccaaacgcccattccgaaataaatacttcagaaac
atggagcttaaactgcagttggcttctgccattgttaccctgacgctagtggaggaacag
gatgaatactctgaaaattatatccttcgagctgtctctattgggcaaaccacacttgtg
gccattgccagggacaagatggggaggaaattcacatcagctcctcgccaggttgaggta
tttcctccattcaaacttgttccagagaaaatgacactgattccagccaacatgatgcag
gtaatgtctgaaggtggcccccagccccaatctattattcacttctctatcagtaaccag
actgtggctgtagtgaacaggagggggcaggttacagggaaggtagttggcacagctgtg
gtccatggcaccatccagactgtaaatgaagatactggcaaagtcattgtgttttcccag
gatgaagtatacattgaggtggtccagctacgggctgttaggatcctcgcagctgctact
cgactcattacagccactgagatgccagtttatgtcatgggagtgacgagtacccagacc
cctttctccttcagcaatgccaaccctgggctcacattccattggtccatgagcaaaagg
gatgtattggatctagtgcccaggcattcagaggttttcctacagctcccagtagaaaat
aactttgccatggttgtccacacaaaagcagctggtcggaccagtatcaaagtcactgtc
cgctgcatgaacagttcctctgggcagcttgaggggaatttgttagaactgtctgatgaa
gttcagatcctggtatttgagaaactccaactgttctttccagagtgtcagcctgagcaa
attctgatgcctatgaattcccagctcagactccacaccaacagggaaggggccgccttt
gtgagttctcgtgttctcaagtgtttccctaattcatctgtcatcgaggaggatggtgaa
gggctactgaaagctggttccattgcaggtactgctgtgttggaagtcacttctgtagaa
ccttttggagtcaaccaaacaaccataactggagttcaggtggcaccagtgacatacctg
cggatgagcagccaacccaagctgtatgcagcccatgggaggaccctgccagccttcccc
gtgggcatgtctctcaccttcattgtccagttttataacagcatcggagagaaattccac
acacacaatacccagcttcatctggctctgaacagagatgacctgctccttattgggcca
gggaatagaaactatacttacgtggcccaggcagtgaacacaggagtgacacttttggga
atctgggaccggaggcacccaggtgtggcagattacatccctgttgctgtggagcatgcc
attgagcctgacacccacctcacctttgttggagatgtcatctgcttcagtactcacctc
ctcagccacaatggtgaacctgggatatggatgatttctgctgacaacattctacaaaca
gatactggcactggagtgggagtagccaggagtccaggaatagcagtggtctttcatgac
atcccaggagtggtgaaaacatatcgagaggtggtggtcaatgcatcatcaagattaaca
ctcagttttgacctcaagacccacctcaccaatacccccaattcaactgtgttcaagctc
ttcattaccactggcagaaatggtgctaatcttaaaggagtttatgtctgcctaatcaag
gttcgaccccagtcagaagagctgctacaggccctcagtgtggccgacacctcagtctat
gggtgggctacattggtcagtgaacggagcaggaacggaatgcaaagaatcctcattcct
ttcatcccagccttttacatcaatcagtcagaagtggttctcagccacagacaagacatc
ggggagataagagtgctgggggtcgacagagttcttgagaagctagaggtcttccccagc
tccccagttctagtggtctctggccacagggagtcttccctcacacctggcctggctgtc
taccgggtaagagtagtcaacttcacctcccttcagcagacggcatcacccattttcatc
aatatttcctgtgcgctcaccagtcaaagtgaggctgtgctagtgagagctctgaaggat
aaatctggtacagatcagtgtaaaggttcaagtgtcctccagaagttcctgagctctcac
cagaccatcctctttaccctttttgcaatgctggcatcaacagctttcatctttctagca
tacaatgccgtcttaaacaagatacagacagttcccattgtttatgtgccaactctagga
acatcacaaccaggttcttatgcccccaccacacgttctcctccgcctttcctgagtccc
caacccccaccagctcagagtcggctacaacactggctgtggagtgtaaggcactaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (18)   
   KEGG ORTHOLOGY (1)   
   RefGene (12)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   VGNC (1)   
Protein sequence (33)   
   RefSeq(pep) (33)   
DNA sequence (45)   
   RefSeq(nuc) (45)   
Protein domain (2)   
   Pfam (2)   
All databases (103)   

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