KEGG   Falco peregrinus (peregrine falcon): 101914583
Entry
101914583         CDS       T02856                                 
Symbol
NUP210
Name
(RefSeq) nucleoporin 210
  KO
K14314  nuclear pore complex protein Nup210
Organism
fpg  Falco peregrinus (peregrine falcon)
Pathway
fpg03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:fpg00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    101914583 (NUP210)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:fpg03019]
    101914583 (NUP210)
Messenger RNA biogenesis [BR:fpg03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     101914583 (NUP210)
SSDB
Motif
Pfam: Big_2 AlphaC_N PQQ BPL_C
Other DBs
NCBI-GeneID: 101914583
NCBI-ProteinID: XP_005239395
Position
Un
AA seq 1880 aa
MATPAPQALPLFLLLSLHLTASSKLNTPKVLLPFTRGTRVNFTLEASEGCYRWSSTRPEV
ASIELADQDERQCSQKAVVQAQSSQPTRLTSIIFAEDIMTGQVLRCDAIVDIIHDIQIVS
TTRELYLEDSPLELKIQALDSEGNTFSTLAGLVFDWTIVEDTEADGFSDSHSALRILKFL
ESTYIPPSYILEMEKVGKQGDTILVSGMKTGSSKLKARIQESVYKHVQPAEVRLLILENI
LLNPAYDIYLLVGASIQYRVQKIRQGKITELMMPSDQYGLQLQNNILGPEGDPSWPVAKL
DQATSVVTALQQGQTNLVLGHKSIRMEGVSRLPNSTIYVVNPKYLGFTVHPGDRWILETG
RLYEITIEVYDKSSHKVYLSDNIRISTKLSKEYFEVLKSSLNGSYHYVKAVKKGQTIIDA
ALTSVVDQDGGVHTLPVPVRNQQDVEIYVPIVVSPSILTFPWQPKAGVYQYTIQAHGGSG
NFSWSYSNQTVATVTIKGVMTTGSDIGVSVIQAIDVQNPLHYGEMKVYVTEPSGMEFTPC
QVEARVGQILELPLRINGLTNVETGEMVPLSDCSHFDLVVEVETRGVFKPLQGRLKPTAD
FCSGVRVKAETQGYTALVVSYTHGNVHLSTSITIAAYLPLKSIDPPSVALVTLGSSKDML
FEGGPRPWVQEPSKFFRNITAEDAESIGVSLLGLSTSRNSIQHWVRVSCKSLGEQAIALT
VGNNPSITNPFPAVEPAVVKFICAVPSRLTLTPVYGSPQLDLSCPLLQQNKQVVPVSNYR
HPVLNLAVYDQQGSLFDNFSSLSVIWESTKTSLANIEPMELTVKEDGNGQKKMQGLQTVL
VHRESGTAAISATATGYQQSHLKAAKVKTPYEPILPVSATIELILVEDVKVNPTDVSIYN
HPDIQAELFIKEGSGYFFINTSVANVVRVAHEEAQGIAVVHPLLPGSVTVMIHDLCLAFP
APAKAEIYVSDIQELYVRVVDKVEIGKTVKAYVRVLDDSKKPFLAKYFAVMDLKLRAASQ
IVSLVPLSEALDDHTAAFLVHGMAIGQTSLMATVADRRGQRINSAPQQIEVFPPFRLLPR
KMTLIIGAVIQITSEGGPQPQSNIIFSISDEKIASVNSTGLVRGVAIGNGTVTGVVQAID
AETGKLVVVSQDKVEVEVVQLTAVRICAPITRMKTGTQMPVYVMGITSSQTPFSFGNAVP
GLTFYWSVTKRDTLDIKTRHSEASFQLPAKYNFAMDVYGRVKGRTGLKVVVKVLDPTASH
FYNMARELSDEIQIQVFEKLRLVTPEVEAEQILMSPNSFIKLQVNRDRVASLSYRVLDGP
HKVPVVKVDERGFLNSGSLIGSSTIEVISQESFGINQSIVAAVKVYPISYLRISMNPILH
TKNKEALLALPLGATLTFTVHFHDNSGDTFHSHNSVLNFATNRDDFVQIGKGATNNTFVI
RTVNVGLTLLKVWDAENSGIADYVPLPVQHTIFPELTDVVVGDVLCLSTSLINQEGLPGI
WSSSLSSVLQIDSKTGVAVARDSGAVTIYYEIPGLLKTYREILINIPQRTTARHVSGVKS
LQGVEASKIIVSIGERNKNLQGECLPAQIEAITELQPQSIISCHLDFNNDAFDFPARHIF
RAEPGFDAVSGHYTCSITMHRLTDKQLKHLSMSRTALRVTASIQGSQFAGEQISTEVPFN
PGFYADQTEMLLSNHYPSSDVKIFGAIEILDTLEVKCGSPTVKVFEKEKSYGLPSYVVYT
VSLSDPRVSSQRSLSTTLTVSSPMTDQSITIPVTVIYSADRTSAPVRHGTSLFQHFLDSY
QVMFFTLFALLAGTAVMIIAYHAVCSPKERQSHPAFIPRTPPQHSQNSFSVSPVLSFSPQ
SSSRKTSPPSALWSTDYGSR
NT seq 5643 nt   +upstreamnt  +downstreamnt
atggctacccccgcgcctcaggcgctgcctctctttctcctcctctccctccacctcacc
gcctcctccaagctcaacacccccaaggtgctgctcccattcacccgcggcacccgcgtc
aacttcacgctagaggccagcgagggttgctaccgatggtcctccaccaggccagaggtt
gcaagcatagagctggcagatcaggatgagcgccagtgttcacagaaggctgttgtccag
gcacagtcctcacagcccacacgtctgacaagtatcatctttgctgaagatataatgact
ggacaagtgcttcgttgtgatgctatagttgatataattcatgatatccaaattgtgtcc
acaacaagagaactctatcttgaagattcaccactggagctaaaaattcaggctttggat
tctgaaggaaacactttcagcacattggcagggttagtctttgactggacaatagtagaa
gacacagaggctgatggcttctcagattcccacagtgcattacgtatactcaagttctta
gaatccacttacattccaccttcctatatattggagatggaaaaagttggtaagcaagga
gataccattttggtgtctggaatgaaaacagggagttctaaattgaaagcaagaatacag
gaaagtgtctataagcatgtacaacctgcagaagtcagattgctaattttggaaaacatt
cttttgaatccagcatatgacatttatcttctggtaggagcatcaattcagtacagagtt
cagaaaataaggcaagggaagattacagaattgatgatgccgtctgatcagtatggattg
cagctacagaacaacatacttggtcctgagggagatccgtcttggccagttgccaagttg
gatcaggcaacatccgttgtaactgcattgcagcagggacaaactaaccttgtacttggg
cacaagagtattcgtatggaaggggtttccagattaccaaacagcactatctatgttgta
aatcctaagtatttaggatttacagttcatccaggtgacagatggatcctggaaacaggc
agactttatgaaataacaattgaagtgtatgataaatcaagccataaggtgtatttatct
gataatatcagaattagtacaaagctgtccaaagaatattttgaggtgctgaagtcatct
ctgaatggatcgtatcattatgtgaaagcagtgaagaagggtcagactatcattgatgct
gcactgacatcagtagtagatcaggatggaggtgttcatacattaccagttccagtgcga
aaccagcaagatgttgaaatatatgttcccatagttgtttcacccagcattttgacattt
ccttggcagccaaaagccggagtttaccagtacaccatacaggcccatggtggaagtgga
aatttcagctggtcatattctaaccagacagtcgctacagtgacaatcaaaggagtaatg
acaactggaagcgatattggtgtcagtgttattcaggcaattgatgttcagaatccgttg
cattatggagaaatgaaggtgtatgtaactgaacctagtgggatggagttcacaccatgt
caagttgaagcacgtgttggccaaatactggagctgcctctgaggattaatggcctaaca
aacgttgaaacgggcgagatggtcccactgagtgactgctcacactttgatctagttgtg
gaagtagaaacccgtggtgtattcaagccacttcaaggaaggcttaagccgactgctgat
ttttgtagtggcgtcagagtgaaagctgaaactcaaggatacacagcacttgttgttagt
tacacccatggtaatgtccacctcagtaccagcatcaccattgctgcttatctaccatta
aaaagtattgatcctccatctgttgctttggtgactttgggttcctctaaagatatgttg
tttgaagggggacctagaccatgggttcaagaaccttcaaagttcttcaggaacatcact
gctgaggatgcagaaagtattggtgtgtctttacttggactttcaacgtctcgaaacagc
atccagcattgggttagagtgtcttgcaaaagcctaggagagcaagctattgccttaaca
gttggaaacaacccctcaatcaccaacccttttccagcggttgagcctgctgttgtgaag
tttatctgtgctgtcccttcacgactgactttgactcctgtttatggaagtcctcagctt
gatctttcctgccctttgctgcaacaaaacaagcaagtggttcctgtctcaaattatcgc
catccagtattgaatttggctgtgtatgaccaacagggcagtctatttgataacttcagt
tctcttagtgtcatctgggaatcaacaaaaacgtcgttagctaatattgagccgatggag
ctgactgtgaaagaagatggaaatggtcaaaagaaaatgcaaggtttacaaactgttcta
gttcatcgtgagtctggaacagctgccatctctgcaactgcaacaggataccagcaatct
catctcaaggcagctaaagtgaaaacaccgtatgaacctattctaccagtgtctgccact
attgagcttatactagtggaagatgtgaaagtgaaccctactgatgtctccatttacaat
caccctgacatacaggcagaacttttcatcaaagaaggttctggatattttttcattaat
accagtgttgcaaatgttgtaagagtggctcatgaggaagctcaaggtattgctgtggtg
catcctctgcttccaggatcagtgactgtaatgattcatgacttgtgtttggctttccct
gcaccagctaaagctgaaatttatgtctctgatatacaggaactgtatgtccgagttgtt
gacaaggtggagattggaaaaacagttaaagcttatgtcagagttctggatgactctaag
aaaccttttctggcgaaatactttgctgtcatggatctaaaactaagagcagcatctcag
attgtttcactggtcccgctcagtgaagctcttgatgaccatactgctgcttttctagtg
cacgggatggccattggtcagactagtcttatggcaactgttgctgacagaagaggacaa
agaatcaactctgctccacaacagattgaagtctttcctccatttagactgctgccaagg
aaaatgaccctaattattggggcagtgattcagatcacttcagaaggaggccctcaacct
cagtccaacatcattttctccatcagcgatgagaaaattgcatcagtgaacagcaccggc
cttgtcagaggagtggcgattggaaatggaacagtaacaggagtagtgcaagctattgat
gcagagacagggaagcttgttgtggtgtctcaggacaaagtggaagttgaagtagtacaa
ctgacagctgttagaatttgtgcaccaattacacgaatgaaaactggtacacagatgcca
gtttatgtaatgggcatcaccagtagtcagactcctttttcatttggcaacgcagtaccg
gggttaacgttctactggtctgtcacaaagagagatactctggatatcaagacaagacat
agtgaggcttcttttcagcttcctgcaaaatacaactttgcaatggatgtttatggcaga
gtgaagggaagaacaggcctgaaggttgttgtgaaggtccttgatcctacagccagccac
ttctacaacatggcaagagaactgtctgatgaaatccaaattcaggtgtttgaaaaactt
cgtctagtcactccagaagtagaagcagagcagatcttaatgtcaccaaattcttttatt
aaacttcaggtaaacagggaccgagtggcttcactgagttatcgtgtcctggatggacca
cataaagttcctgttgtaaaagtcgatgagagaggtttccttaactctgggtctttgata
ggatcatcaacaattgaagtgatttcacaagaatcatttgggatcaaccagagcattgta
gctgctgttaaggtctaccccatttcatacctaagaatctccatgaatcctatcctgcac
acaaaaaacaaagaggcattattggctctccccctgggtgcgacactgacatttacagtc
cattttcatgataactctggagatacttttcattcgcataattctgtgctcaactttgca
acaaacagggatgactttgtacagattgggaaaggagccacaaacaacacgtttgtaatc
cggactgtaaatgtaggtttgaccttgcttaaggtctgggatgcagaaaacagtggaatt
gcagactatgtcccacttcctgtgcaacacactatttttcctgaactcacagatgtggtg
gtgggtgacgttctctgtttgagtacttcactgataaaccaagaaggcctgccgggcata
tggagctcctcgttaagtagtgttcttcaaatcgactccaagactggcgtagccgtggca
agggattctggtgcagtcaccatctattacgagattcctggattacttaaaacatacagg
gagatattgattaatatacctcagaggactacagcaaggcatgtaagtggagtgaaaagt
ttacaaggagttgaagcctcaaaaataatagtttcaattggggaaagaaataaaaatttg
caaggggagtgcttgcctgctcagattgaagccattactgaattacaaccacagtccatt
atcagttgccatctagattttaacaatgatgcatttgatttcccagcacgtcatattttt
agagcagaacctggatttgatgcggtttcaggacattacacctgttccatcacaatgcac
aggcttacagacaagcagctgaagcatctcagcatgagcagaactgcactcagagttaca
gcttcaatccaaggcagccaattcgctggggagcagatcagcactgaggtgccattcaat
cctgggttttatgctgaccaaacagaaatgcttttaagcaaccattacccaagctccgat
gtgaaaatatttggtgccattgaaattcttgataccttagaggtaaaatgtgggtcacca
acagtgaaagtgtttgagaaagagaaatcctacgggctgcctagttatgtagtctacact
gttagtctgtctgatccaagagtttcaagccagagatccttatcaaccactctaactgtc
tctagtcccatgactgaccagtctatcactatcccagtgacagtgatttactctgctgac
agaaccagtgcaccagtgagacatggaaccagtctgttccagcactttcttgattcttat
caagtaatgttcttcacgctttttgcactattagcagggacagctgttatgattatagcc
tatcatgcagtttgttcaccaaaagaacggcagagtcacccagcatttatcccaaggaca
cctcctcaacacagccagaacagtttctctgtatcacctgtgctttccttcagtcctcag
tcctcaagcaggaaaacaagcccaccatctgcgctctggagcactgattatggttcacgt
taa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (23)   
   KEGG ORTHOLOGY (1)   
   RefGene (19)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (4)   
   Pfam (4)   
All databases (35)   

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