KEGG T02911: 102058677

Falco cherrug (Saker falcon): 102058677

Entry

102058677         CDS       T02911

Symbol

NUP214

Name

(RefSeq) nuclear pore complex protein Nup214

K14317

nuclear pore complex protein Nup214

Organism

fch Falco cherrug (Saker falcon)

Pathway

fch03013

Nucleocytoplasmic transport

Brite

KEGG Orthology (KO) [BR:fch00001]
09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    102058677 (NUP214)
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:fch03019]
    102058677 (NUP214)
Messenger RNA biogenesis [BR:fch03019]
Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     102058677 (NUP214)

SSDB

Motif

Pfam:

ANAPC4_WD40 WD40 NUP214

Other DBs

NCBI-GeneID:

102058677

NCBI-ProteinID:

XP_014137813

Position

Unknown

AA seq 2082 aa
MAHDTDFQFRALKKVRIFDAPGDLPKERSSLLAVSNKYGLVFAGGGTSLQIFHTRNLLMQ
NQLGEDPNKIVENVQSTLVPMKFPVQHLALSCDNLTLSVCMMSSEIGSFIGFFDVRTFLN
QAKQQKRAFAYHKLAKDSGTAAVVNDLKWNPASPAMVAVCLSDGSISVLQVTDSVKVYAT
LPSSVAVTSVCWSPKGKQLAVGRQNGTVVQYLPNLQEKKVIPCPPFYDSDNPVKVLDVLW
IGAYVFTIVYAAADGTLETPPEVVVAILPKKEEKRPERFVNFMEPCYGSCTERQHHYFLN
YIEEWDLVLAASAASTEVSILARQGDQNWESWVLEDSSRAELPVTDKSDDTLPVGVAVDY
TSNMPILISDEKTLAPAPVLILLSTDGVLCPFYMINQNPGVRSFIVTPESLQLAGERVPK
SAGSTATTPTTPPTSLKSDTVPGVAPTAPASSQPPAAGGAAAFSFTPSTAKAPGSTGSDP
PPYPFATDASKQALAPSLTGAATFSFSSASPKASMTPAPSVGTTAATATSFSFGSMNFKP
AADSSPGPPLSTTPVAQKSSFAPSASSVKVNLNEKFTAVDTSSPTSSSGQCTSTMFSFST
PSKTASGGPLGQSTPLAASLATPLKTSTPVPVTVARPAQNTPSASLLQNTGKIMPSAAKS
SSTQGKSGLPSTALEKQAHQWKDSDPVIAGIREEIAHFQKEMEELKARTSKACFQVGTQE
EMKMLRTESDDLHTFLLEIKETTESLHGDISILKTTLLEGFAGVEEAREQNERNHSSGYL
HLLYKKPLDPKSEAQLQEIRRLHQYVKFAVQDVNDVLDLEWDRHLEQKRKQKRLIVPERE
TLFNTLANNREIISQQRKRLNHLVNSLQQLRLYNQTSQWSVPSDTSSLSSTQSFDSDLES
LRNALMKTTLESHAKPLPKVPAKLSPVKQAQLRNFLAKRKTPPIRSTAPASLSRSAFLST
RYYEDLDEVSSTSSVSQSLENDDSQAVDQEEEAAPVQVPRHAPVVRTPSVQPGLMAQSPS
FGKQHLSLGTLLPTSSNRIIPQGADSTMLATKTVKHGAPAPSVTVPAPQAAAAAALRRQM
ANQSPAVSTSLTESTLKNVPQVVNVRELKTGALTPAVSTVIGSSVPHSAAQAVHQVLATV
ATNQAKQTPITSSLKGQTPPSSVSAPCPMASTAGPASSGSKISGQGQVKTVTAVTSATVT
SVQATTAQLNKAFSFSSVGSGFTFGVVTSAASSPTLPSLASSQAPAKESTQTDSFSLAGG
PKFGVVPESSFAFGSIKPASAPGALVGNSSSTDGTQSNKPAATTSSAPSTASGKLDIPPS
KPGDHLFQSNLAGETLGSFSGLRVGQVDDNAKTTTKAPPTSVAGPQSTKVSTIQSGFTFG
APLSLGKAGEAASMSVTSAGTASPSTSTSAAGSLFGNVQITNTGSSGVFNLGGSSGSKPT
FSFGIQQANSMSTSTSTPSTLSASTSLSFGSFLSSSQTAVPSATSNKSAGDAKLPSVSEK
PSENEAVAAGSSPPMMQLPQPQLQLSESSKEAALPQATAGDAVSMGSGTTSVAPPPDAVA
TPASTSDLKAPVPPTVSASAPPDQNVSVTASTTNIASPAEATSALAAASDVATCVQSPAV
GASVFSPTSAGSSVFSQPPSSSSSGSAFSQPAGDTAATPSTPPVFGQLPAGTTASSPFGQ
LATSTLSTATATTQTASSGFGTSAFGTTTTGGFGQPAFGQAPTFGQPASSSSGGFTFSQS
GFGTMPAFGQPAASTAASSSGNVFGAPASTNSASSFSFGQPSASTGGGLFGQSSPPAFGQ
NTGFGQGGSVFGSAAAVTTTTSSAGFSFCQASGFGSSNTGSVFGQAANTGGTVFGQQPSS
SSGGLFGTGSGGRGGGFFSGLGGKPSQDAANKNPFSSSSGGFGSAASQNSSSLFGNSGAK
TFGFGSSSFGEQKPTGTFSSGGGSVASQGFGFSNANKAGGFGAAPVFGSPPTFGGSPGFG
GVPAFGSAPTFSSPLGSTGGKVFGEGTAAASAGGFGFGGTSNNTASFGTLANQNTPTFGS
LSQQGTGFGTQGSGFSAFGTGGGGFGFGSSNTSSSGFSGWRS

NT seq 6249 nt +upstreamnt +downstreamnt
atggcccatgacactgattttcagttcagagcactgaagaaggtccgcatttttgatgct
cctggtgatcttcctaaagagcgctccagtctccttgcagtgtctaacaaatatgggctg
gtctttgctggtggaggaaccagcctgcagatatttcacactagaaatcttctcatgcaa
aaccagctgggagaagatcccaataaaattgtggagaatgttcagagtaccttggttccc
atgaagtttcctgtgcagcacctggctctcagctgtgataatctcacactgtctgtctgt
atgatgtccagtgagattggttccttcattggcttttttgatgtccgcacattcttaaat
caggcaaaacagcagaaacgtgcatttgcttatcacaaactggccaaggactcaggaact
gcagcagtggtcaatgacctgaagtggaaccctgctagtcctgccatggtggcagtctgc
ctgtccgatggcagcatctctgtcctgcaggtcacagactctgtgaaagtgtacgccacg
ctgccttcctctgtagctgttacatctgtgtgttggagcccgaagggaaaacaactggct
gtagggaggcaaaatggcaccgtggtgcagtatctgcccaatcttcaggagaagaaagta
atcccttgtcctcccttttatgactcggacaatcctgttaaagttctggatgtactgtgg
attggcgcatatgtctttactattgtatacgcggcagcggatgggacactggaaactcct
ccagaagtggtcgtagccatattgcctaaaaaggaagagaagcgaccagagaggtttgtg
aatttcatggagccttgctatgggagctgcacagagagacagcatcattacttcctcaac
tatattgaggaatgggacctagttctggcagcttcagcagcttccacagaagtcagcatt
cttgccaggcaaggggatcagaactgggaatcatgggttttggaggactccagcagagca
gaacttcctgtgacagataagagcgatgacactctgcctgttggtgttgctgtggactac
accagtaacatgcccattctgatcagtgatgagaagacccttgctccagctccagttctg
atcttgctctctacggatggcgtgctctgcccattttacatgatcaaccaaaacccagga
gtcaggtcatttattgtgaccccagagtcgctgcagttagcaggggagagagttccaaag
tcagcaggaagtactgccacaactccaaccactcctccaacttctttaaagtctgacacg
gtgccaggtgttgctcctactgctcctgcctcaagtcagcctcctgcagccggtggagca
gctgctttttcctttacaccttccactgcaaaggcgcctggctctactggcagcgatcct
ccaccttatccttttgccactgatgcctccaagcaagccctggctcccagtctgactgga
gcagcaacgttctctttctcctctgcttctcctaaggcatccatgactcctgctccttct
gtgggcaccactgcagctactgccacctccttctcgtttggatccatgaactttaaacca
gctgcagacagctcacctgggccaccactctccacaacacctgttgcacagaagtcatct
tttgccccttcagcttcttcagtcaaagtgaacctcaatgagaagttcactgctgtagac
acctcttctcccactagcagcagtggtcaatgcacttccacaatgttttcattttcaacg
ccttcaaaaactgcttctggaggtcctctgggccagtctacgcccctcgcagcctctctt
gccacaccgctgaagacttcgacccctgtgcctgtcacagtggcacgtcctgctcaaaat
acgccttcagcttctttactacagaacacaggcaaaatcatgccatctgcagcaaagtca
agctctactcagggtaaatcaggactccccagcacagctttagagaaacaggcccaccag
tggaaggattcagaccctgtcatagcaggaatcagagaggagattgcacattttcaaaag
gaaatggaggaactgaaggctcggacttccaaagcctgtttccaagttggtactcaagag
gaaatgaagatgttgcgaactgagtcagatgatcttcacaccttcctcttggaaattaaa
gagacaacagagtcacttcatggagatattagtattctgaagacaaccttgctggaggga
tttgcaggggtagaagaggctagagaacagaatgaacggaatcatagctcggggtattta
catttgctctataagaaacctttggatcccaagagtgaagcacaacttcaggaaattcga
cgcttgcaccagtatgtgaagtttgctgttcaggatgtgaatgatgttctggatttggag
tgggatcggcacctggagcagaagagaaagcagaagcgtctgatagttcctgaacgagag
acgttgtttaacaccctggctaataatcgggaaataatcagtcagcagaggaagagatta
aatcatcttgtgaacagcctacagcagctccgactgtataatcagacatctcagtggagt
gttcccagtgatacatcttctcttagcagtactcaaagttttgacagtgaccttgaaagc
ctgcgcaatgccttgatgaaaactaccttggaatcacatgccaaacctctgcctaaagta
cctgctaaattatcccctgtgaaacaggcacagttgaggaatttcctagccaagagaaaa
actccaccaattaggtctacagctccagcaagtttgtcccgatctgccttcttgtccaca
agatattatgaagatttggatgaagtcagttcaacgtcctcggtttcccaatcactggag
aatgatgattcacaggcagtggaccaggaagaagaggctgctccagtccaagtccctcgt
catgctcctgtggtccgtactccctctgtccagcctggtttaatggctcagtctccatcc
tttgggaaacagcacctctccctgggtactttgctgcctacgtcttcaaacagaatcata
ccacaaggggctgacagtacaatgcttgcaacaaagactgtgaaacacggggcccctgct
ccctctgtcactgttccagcaccacaagcagctgctgctgcagctctgcggaggcagatg
gctaaccagtccccagctgtaagcacctccttgaccgaatcgactctgaaaaacgttcct
caggtggtgaatgtgcgagaactcaagactggtgcattgactccagctgtctccacagta
atagggtcatctgtacctcactctgcagcccaggcagtccaccaagttctggcaactgtt
gctacaaatcaagctaaacagacacctataacaagttcgcttaagggacagactccacct
tcctctgtgtctgcaccctgtcctatggcatctacagctggtccagcatcatctggcagc
aaaatctctggacaagggcaagtaaaaacagttacagctgtgacttctgctacagtgaca
tcagtacaagcaacgactgcacagcttaacaaagcgttctcgttttcttctgtggggtct
ggatttacttttggtgttgtcacgtcggctgcttcatcaccaacgctgcccagccttgct
tcctcacaagcccctgctaaagagtccacccagactgattcattttcacttgctggcggt
cccaaatttggagtagtccctgagagctcctttgcttttgggtccatcaaaccagcaagt
gctccaggagccttagtaggaaatagctcctcaacagatggcacacagtcaaacaaacca
gctgcgacaacatcttctgctccctccacagcctctggcaagttggatatccctccatct
aaaccaggagatcacttgtttcagagcaatctagctggggaaactcttgggagcttctca
ggactacgggttggtcaagtagatgataacgccaagaccaccacaaaagcaccacctacc
agtgttgcaggaccacagtcaactaaagtatctacaatacagtctggattcacttttggt
gctcccctgtcattaggaaaagctggagaagctgcttcaatgtcagtcacatcagctggc
acagcatccccgtccaccagcactagtgctgcaggcagcctctttggcaatgtccagata
accaacacagggtcttctggggtatttaatcttggaggctctagtggcagcaaacccacc
ttttcatttggtattcagcaagcaaacagtatgagcacatccacctctaccccttctact
ctctcagcttcaacatccctctcgtttggaagtttcttgagttcatcgcaaactgctgtc
ccttctgcaacttctaataagagtgcaggggatgccaaattaccgtctgtgtcagaaaag
ccatctgaaaatgaagctgtagcagctgggtcttcacctccaatgatgcagttgccacag
ccacagctacagctttcagaatccagcaaagaagcggctttaccccaggccacagctggg
gatgcagtctccatgggctctggcaccacctcagtagcacctccccctgatgccgttgct
actcctgcctccaccagtgatttgaaggcaccggtgcctcctactgtctctgcatctgca
ccaccagatcagaatgtctcggtgacagcctctacaacaaacattgcctctcctgcagaa
gccacaagtgcattggctgctgcctctgatgtcgctacgtgtgttcagagtccagctgtt
ggtgcctctgtgttttcccccacttctgcaggctcctctgtgttctctcagcctccaagt
tccagctcttctggctcggcatttagccagcctgctggtgatacagctgccactccttcc
acaccacctgtttttggacagctaccagcaggtaccacagcatcctctccatttgggcaa
ctcgccaccagtaccttgtccactgccactgctacaacacagactgccagctcaggtttt
ggtacttcggctttcggtaccaccactactggtggctttggtcagccagcctttggacaa
gcaccgacctttgggcaaccagcgagcagttcttcaggtggttttacctttagccagtct
gggtttgggaccatgccagcctttggccagccagcggcttccacagcagcctcgagcagt
ggcaatgttttcggagcaccagctagcaccaacagtgccagctccttttcctttggacag
ccatctgccagcactgggggtgggttgtttggacaaagcagccctccagcgtttgggcag
aacaccggctttgggcaagggggatccgtctttggtagcgctgctgccgttaccactaca
acatcatctgctgggttcagcttctgccaagcttcaggttttggttctagtaacacaggt
tctgtgtttgggcaagcagctaatactggaggcactgtctttggccagcagccatcttcc
tccagtggaggcttgtttggaactggaagtggtgggagaggtggaggcttcttcagtggt
ttgggaggaaagccaagtcaggatgcagccaataagaaccccttcagttcctccagtgga
ggatttggatctgcagcttcccagaattcttctagcttatttggaaacagtggagcaaag
acttttggatttggcagctcatctttcggagagcagaagcccacgggcactttcagctct
ggtggtgggagcgtggcatctcaaggctttgggttctccaatgcaaacaaagcaggtggc
ttcggtgctgctccagtgtttggcagccctcccacttttgggggatcccctgggttcgga
ggggtgccagcattcggttcagccccaaccttttcaagccctctgggctcaacgggaggc
aaagtgttcggcgagggtacagcagcagccagcgctggaggatttgggtttggtggtacc
agtaacaatacggcatcgtttggcacactagcaaatcaaaataccccaacgtttggatcg
ctgtcacaacagggtaccggtttcggcacacaaggcagtggattctcagcttttgggaca
ggtggaggagggtttgggtttggatcatctaacacatcttcctctggatttagtggatgg
agaagctag

All links

Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (15)   

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