KEGG   Apteryx mantelli mantelli (North Island brown kiwi): 106490322
Entry
106490322         CDS       T04298                                 
Symbol
NUP214
Name
(RefSeq) nucleoporin 214
  KO
K14317  nuclear pore complex protein Nup214
Organism
aam  Apteryx mantelli mantelli (North Island brown kiwi)
Pathway
aam03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:aam00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    106490322 (NUP214)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:aam03019]
    106490322 (NUP214)
Messenger RNA biogenesis [BR:aam03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     106490322 (NUP214)
SSDB
Motif
Pfam: Nup214_FG ANAPC4_WD40 WD40 NUP214
Other DBs
NCBI-GeneID: 106490322
NCBI-ProteinID: XP_013805158
UniProt: A0A8B7J5H3
Position
Un
AA seq 2026 aa
MQNQLGEDPNKIVENIQSTVVPMKFPVQHLALSCDNLTLSVCMMSSEIGSFIGFFDVRTF
LNQAKQQKRAFAYHRLAKDSGNAAMVNDLKWNPASPAMVAICLSDGSISVLQVTDSVKVY
ATLPSSVAVTSVCWSPKGKQLAVGKQNGTVVQYLPNLQEKKVIPCPPFYDSDNPVKVLDV
LWIGTYVFTIVYAAADGTLVTPPEVVVAILPKKEEKRPEKFVNFMEPCYGSCTERQHHYF
LNYVEEWDLVLAASAASTEVSILARQGDQNWESWVLEDSSRAELPVTDKSDDTLPVGVAV
DYTSNMPIPISDEKTLAPAPVLILLSTDGVLCPFYMINQNPGVRSLIVTPEPLLIEGERV
PKSAGSTGTSLTTPPTSVKPDTGPGVPPTTPATSLPPAGGGAAAFSFMPSTVKMPGSTSG
DPPPYPFATDASKQALGPSLTGTATFSFSSASSKTSMTSAPSASTTTATATSFSFGSMNF
KPAADSSPGPPLSTTPVTQKSSFTPSASSVKVNLNEKFTAVDTSTPTSSSGHASSTMFSF
STASKAATGGPLSQSTPLSASPATPLKASTPVPAAVARPAQNMPSASILQKTAKITPSAA
KPSSTQGKSALSSTGMEKQVHQWKDSDPVIAGIREEIAHFQKEMEELKTRTSKACFQVGT
PEEMKMLRTESEDLHTFLLEIKETTESLHGDISILKTTLLEGFAGVEEAREQNERNHSSG
YLHLLYKKPLDPKSEAQLQEIRRLHQYVKFAVQDVNDVLDLEWDRHLEQKRKQKRLIVPE
RETLFNTLANNREIINQQRKRLNQLVNSLQQLRLCNQTSQWSVPSDTSSLSSAQSFDSDL
ESLRNALMKTTLESHAKPLPKVPAKLSSVKQAQLRNFLAKRKTPPVRSTAPANLSRSAFL
STRYYEDLDEVSSTSSVSQSLENEDSQAVDQEEEAAPVQVPRHAPVVRTPSIQPGLMAQS
PSFGKQHVSLGTLLPTSSNRIIPQGADSTMLATKTVKHGAPAPTVTVPAPQAAAAAALRR
QMANQSPAVSTSLTESTLKNVPQVVNVRELKTGALTPAVSAVIGSSVPHSAAQAVHQVLA
TVATNQAKQTPLTSSLKAQTPPSSASAPCAMASTTGPTSSGNKISGQGTVKTVAAVTSTV
TSVPATTAQISKAFSFSSVGSGFNFGVVTSAAASPTPPSLTSSQAPAKESTQPDSFSLGG
GSKFGAVPPESSFAFGSLKPASTSGASAANSAPADGTQSNKPAATMSSAPSAASGKLDIP
PSKPADHLFQSNLGGETLGSFSGLRVGQADDNIKTTTKGPSTSVAGTQSTKTSTIPSGFT
FGTPLPLGKPGEATSTSVTTAGTASMSISTTATGNLFGNVQITSTGSSGVFNLGGSSSNK
PTFSFGIQQANSMSTCTSAPSTLTASTSLSFESFLSSAQTAVPAATSSKGAGDVKLPPAS
EKPPENEVVAAGSSPPLSQAQSSHPQIQLSESIKESALPQATTGDTSAVGSSAISVVPPP
DAVATTASTSDLKAPVPPAVSTSTQPDQNISATTSTTNIASPVEATSSLSVTSDVSTSVQ
SPAVGASVFVPTSASSSVFPQPPNSSSSGSAFSQPTGDTTTTPSTPPVFGQLPAGTTASS
PFGQLTTGTLSTATTTTQAASSGFGASAFGTTTTGGFGQPAFGQAPTFGQPASSSSSGFT
FSQAGFGTMPAFGQPAASTAASSSGSVFGAPASTNSASTFSFGQLSASTGSGLFGQSSPP
VFGQNTAFGQGGSVFGNAATVTTTTSSAGFSFCQASCFGSSNTGSVFGQAANTGATVFGQ
QPSSSSGGLFGAGSGGRGGGFFSGLGGKPSQDAANKNPFSSSSGGFGSAASQNSSSLFGN
SGAKTFGFGSSSFGEQKPTGTFSSGGGSVASQGFGFSSPSKAGGFGAAPVFGSPPTFGGS
PGFGGVPAFGSAPTFSSPLGSTGGKVFGEGTAAASAGGFGFGGTSNNTASFGTLANQNTP
TFGSLSQQGTGFGTQSSGFSAFGTGGGGFGFGSSNTSSSGFSGWRS
NT seq 6081 nt   +upstreamnt  +downstreamnt
atgcaaaaccagctgggagaagatcccaataaaattgttgagaatattcagagtaccgtg
gttcccatgaagtttcctgtgcagcacctggctctaagctgtgataatctcactctgtca
gtctgtatgatgtccagtgagatcggttccttcattggcttttttgacgtccgcacgttc
ttaaatcaggcaaaacagcagaaacgtgcatttgcgtatcacagactagccaaggactcg
ggaaacgcagcgatggtcaatgacctgaagtggaaccctgctagtcctgccatggtggcc
atctgcctgtccgatggcagcatctctgtcctgcaggtcacagactcggtgaaagtgtac
gccacactgccttcctctgtagctgttacatccgtgtgttggagcccgaagggaaagcag
ttggctgtagggaagcaaaatggcaccgtggtccaatatctgcctaacctgcaggagaaa
aaagtaattccttgtcctccgttttatgactcggacaatcctgttaaagtcttggatgta
ctgtggattggtacatatgtcttcactattgtatatgcagctgctgatgggacactggta
acacccccagaagtggtcgtagccatattgcctaaaaaggaagagaagcggccggagaag
tttgtgaatttcatggagccttgttatgggagctgcactgagagacaacatcattacttc
ctcaactatgttgaggaatgggatctggttctggcagcatcggcagcttccacagaagtc
agcattcttgccagacaaggggatcagaactgggaatcgtgggttttggaagactccagc
agagcagaacttcctgtgacagataagagcgatgacaccctgcctgttggtgttgccgta
gactacaccagtaacatgcctatcccaatcagtgatgagaagacccttgctccagctcca
gttctgatcttgctctctacggatggtgtgctctgcccattttacatgatcaaccaaaac
cccggggtcagatcgcttattgtgactccagagccattactgatagaaggggaaagagta
ccaaaatcggcaggaagtactggcacatctctgaccactcctccaacttctgtaaagcct
gacacaggaccaggtgttcctcctactactccagccacaagtctccctcctgctggaggt
ggagcagctgcattttccttcatgccttcaactgtaaagatgcctggctctacaagtggc
gaccccccgccttacccctttgcaactgatgcctccaagcaagccctgggtcccagtctg
actggaacagcaacgttctctttctcctctgcttcttccaagacatctatgacttcagcc
ccttctgcaagcaccactacagctactgccacctccttttcttttggatccatgaacttt
aaaccagctgcagatagctcacctgggccaccgctgtccacaacacctgttacacagaag
tcatctttcaccccttcggcttcttcagtcaaagtgaacctcaatgagaagttcactgct
gtagacacttctactcccactagcagcagcggtcatgccagttccacgatgttttcattc
tcaactgcttcaaaagctgctactggaggtcctctgagccagtccacgcccctctcggcc
tctcctgccacaccactgaaggcttctacccctgtgcctgctgccgtggcacgtcctgct
caaaatatgccttcagcttctatactacagaagactgccaaaatcaccccttctgcagca
aagccaagctctactcagggcaaatcagcactctccagcactggtatggagaagcaggtc
caccagtggaaggattcagaccctgtcatagcaggaatcagagaggagattgcccatttc
caaaaggagatggaggagctgaagactcggacttccaaagcctgtttccaagtgggtact
ccagaggaaatgaagatgctgcgaactgaatctgaggatcttcacaccttccttttggaa
attaaagagacaacagagtctcttcatggagatattagtattttgaagacaaccttgctg
gagggatttgcaggggtagaagaggctagagaacagaacgagcggaatcacagttcagga
tatttacacttgctctataagaaacctttggatcccaagagtgaagcacagcttcaggaa
attcgacgcttgcaccagtacgtgaaatttgctgttcaggatgtgaatgatgttctggat
ttagagtgggatcggcacctggaacagaagagaaagcagaagcgcctgatagttcctgag
cgagagactttgtttaacaccctggctaataaccgggaaataatcaatcagcagaggaag
agactaaatcagctggtaaacagcctgcagcagctccgactgtgtaatcagacatctcag
tggagtgttcccagtgatacatcttctcttagcagtgctcaaagttttgacagtgacctt
gaaagcctgcgcaatgctttgatgaaaactaccttggaatcgcatgccaaacccctgcct
aaagtacctgctaaattatcctctgtgaaacaggcacagttaaggaattttctagccaag
aggaagactccacccgttagatctacagctccagcaaacttgtcccgatctgccttcttg
tccacaagatactatgaagatttggatgaagtcagttcaacatcttccgtctcccaatcg
ctcgagaatgaggattcacaggcagtggaccaggaagaagaggctgctcccgttcaagtt
ccccgtcatgcacctgtggtccgtactccctctatccagcctggtttgatggctcagtct
ccatcctttgggaagcagcatgtctccctgggtactttattgcctacatcttcaaacaga
atcataccacaaggggcagacagtacaatgcttgcaacaaagactgtgaaacatggggcc
cctgctcccacggtcactgtgccggcaccacaagcggctgctgcagcagctctaagaagg
cagatggctaatcagtccccagctgtaagcacgtccttgactgaatcaactctgaagaac
gttcctcaggtggtgaatgtgcgagaactcaagactggtgcgttgactccagctgtctct
gcagtaataggatcatctgtacctcactctgcagcccaggcagtccaccaagttctggca
accgttgctacaaatcaagctaaacagacacctctaacaagctcacttaaggcacagact
ccaccttcctctgcatcagcaccttgtgctatggcttctacaactggtccaacatcatct
ggcaacaaaatctcaggacaagggacggtaaaaacagttgcagctgtgacttctacagtg
acatcagtaccggcaacaactgcacagattagcaaggcattctcattttcttctgtcggg
tctggatttaattttggtgttgtcacatcagctgctgcatcaccaacaccacccagcctc
acttcctcgcaagccccagctaaggagtccacccagcctgattcattttctcttggtggg
ggctctaaatttggagcagtccctcctgagagttcctttgcttttgggtccctcaagcca
gcaagtacttcaggagcctcagcagcaaatagcgctccagcagatggcacccagtcaaac
aagcctgccgcaacaatgtcctctgctccttccgcagcctctggcaagttggatatccct
ccatctaagccagcagatcacttgtttcagagcaatctaggtggggaaactcttgggagc
ttctcgggactacgggttggtcaagcagatgataatatcaagactaccactaaaggacca
tccaccagtgttgcagggacacagtcaaccaaaacatctacaataccttctgggtttacc
tttggcacccccctgccattaggaaaacctggagaagctacttcaacatcagttacgact
gctggcacagcatccatgtccatcagcactactgccacaggcaatctctttggtaatgtc
cagataaccagcacagggtcttctggagtatttaatcttggaggatctagcagcaacaaa
cctaccttttcatttggtattcagcaagcaaacagtatgagcacgtgcacctctgcccct
tctactctcactgcctcaacatcactgtcatttgaaagtttcttgagttcagcccaaact
gctgttcctgctgcaacttctagtaagggtgcaggggatgtcaagttaccacctgcatca
gaaaagccacctgaaaatgaagttgtagcagctgggtcttcacctccattgtctcaggca
cagtcgtcacatccacagatacagctttcggagtccattaaagagtctgctttaccccag
gccacaactggggacaccagtgctgtgggttccagcgctatatcagtagtgcctccccct
gatgcagttgctactactgcctccaccagtgatttgaaggcaccagtgcctcctgctgtc
tctacatctacccaaccagatcagaatatctcagcaacaacctctacaacaaacattgcc
tctcctgtagaagcaacaagctcattgtctgttacttctgatgttagtacatctgtccaa
agtccagctgttggtgcctctgtgttcgtccccacttctgcaagttcctcggtgttcccc
cagcctccaaattccagctcttctggctcagcatttagtcagcctactggtgatacaact
accactccttccacaccacctgtttttggacaactaccagcaggtaccacagcatcctct
ccgtttgggcaactcaccactggtacattgtccactgccaccactaccacacaggctgcc
agctcaggttttggggcttctgcttttggcaccaccactactgggggctttggtcagcca
gctttcggacaagcaccgacctttgggcaaccagcaagcagttcttcaagtggttttacc
tttagtcaagctgggtttgggacaatgcctgccttcggccagccagcagcttccactgca
gcatcaagcagtggcagtgtttttggagcaccagctagcaccaacagtgccagcaccttc
tccttcggacagctatccgccagcactgggagtgggttgtttggacaaagcagccctcca
gtgtttgggcagaacaccgccttcgggcaagggggatccgtcttcggtaacgctgccact
gttactactactacatcgtctgctgggttcagcttctgtcaagcttcatgttttggttct
agcaacacaggttccgtgtttgggcaagcagctaatactggagccactgtctttggccag
cagccatcttcttccagtggaggcttgtttggagctggaagtggtggaagaggtggaggt
ttcttcagtggtttgggaggaaagccaagtcaggatgcagccaataagaatcctttcagt
tcctccagtggaggatttggatctgcagcttcccagaattcttctagcttatttggaaac
agtggggccaagacctttggatttggcagctcctcgtttggagagcagaaacctacaggc
actttcagctctggtggtggaagtgtggcatctcaaggctttgggttttctagtccaagc
aaagcaggtggcttcggtgctgctccagtgtttggcagccctcccacttttgggggatcc
cctgggttcggaggggtgccagcattcggttcagccccaaccttttcaagccctctgggc
tctacgggaggcaaagtgttcggcgagggtacagcagcagccagcgctggaggatttggg
tttggtggtaccagcaacaatacagcatcgtttggcacgctagcaaatcaaaataccccg
acgtttggatcactatcccaacagggtaccggtttcggcacacagagtagtggattctct
gcttttgggacaggtggaggagggtttggttttggatcatctaacacatcttcctctgga
tttagtggatggagaagctaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (55)   
   KEGG ORTHOLOGY (1)   
   RefGene (51)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (66)   

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