KEGG   Osmia bicornis bicornis (red mason bee): 114877611
Entry
114877611         CDS       T06109                                 
Name
(RefSeq) nuclear pore complex protein Nup214 isoform X1
  KO
K14317  nuclear pore complex protein Nup214
Organism
obb  Osmia bicornis bicornis (red mason bee)
Pathway
obb03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:obb00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    114877611
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:obb03019]
    114877611
Messenger RNA biogenesis [BR:obb03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     114877611
SSDB
Motif
Pfam: ANAPC4_WD40 WD40
Other DBs
NCBI-GeneID: 114877611
NCBI-ProteinID: XP_029046237
Position
Unknown
AA seq 1611 aa
MKTAPDPKDVQEFLFKQSHTSQILDAFTSVPIACSLLTADKKRGLLYVGQSNKIIVLKPG
EDNEPEWKLELNIAVAVSKLMVNCDCSYLAVAPHGPLILIYDVQALVANSIQLLYEIRIS
TSNTDVFVNDLRWNPAIPGMLCTVASDYTVGSFKIKEKKEKSIELKALEKFNDLDVLCAA
WSPKGKQIVVGCKNGSIVQFKPDLKVARTIPGPDPYIGEVIGILWISNYQFCAAYLGSEQ
KLNVLIIDAPKGETNAIFTSYEDITYGITDTTEEGIIPRYYFDHVPEWGLIIAASSNSSE
VAVLGSTDGGVSWNQWQLVDSGRAELPLIRTTESYPVGLAIDKSSVRKLPWGAESTLPYP
VPMLHILSTSGQLCTFHMVNLIPNCPEINSPPTEIVAPPLHLLQSNVNLSETSIVMNGLI
TSTPRPKQGDNITERPKPIPTRNIFDKSIQGNSFFPQSAAEKPKQLEEKSESASREMMKM
EPVNETRVKSDMKLAVVPMKEGVSQESVKRKASADEDGRDIRAYIEEHNLFEKELRNKLE
RQTWECGTEEERRKLVETSVVIDQFLRELRETTNSLSSDISYLKALLLQSFAWVEETKSK
NAATNEVTTRNCGDTNKISDLQKLYYYTRTQVSQASKILDLEWSNHKSEEMSRMKIPHLE
FVYQNLILHNKIIQEEKSKLEHLKKRWKLITRNNNIFGLNRSLSNLSITSSKSSTSLPRN
AGVIEARCKAIASKTLTFTQEKEIKLREHLSVSSPRIIKPVNPSPIQHRLEATLSSLASL
DTTVADTKNKTEHSVLKQITPTKLVAAAEKPKQQSPLASLNSIVARIGTSETCNNVSTQS
KQLNFSINFPTPSGNKHSQVEKKSTVPPITSSTVSQNAKPKQDTVLPFGQVSSSAQQYLP
NLTKSFAKVNTITFGTPAKKSEDNTAEKSSALEESGTKSGKENVPSDSFKVENNLFGTGK
LKDVLSETTSDRVQGIYASNSVKFKTAVFTTTTTTAATATSVIPTTTKIEAATTFSFATA
NTTASAVVKSMSQNALTTPQTSAQTFSFALKPSNVTTAFNLKMPPAAAVKTTTASQTQDS
LNVTNLIVGLETSNQTATTVSTSNVSAEGKYNYKPTFGAHSFQMLLGQNNTSSNNQISIS
LVSGTTSKETITTTTTTTTASSVTIENILSTKSKALSLATSSVQASLASSTRSFFNSQIN
TPNISVFGGMPSSTPSTSTFAVATTLPGIQITTTSSIPIFGGFTTASSITSTATAVVTTS
NTVSSPFQSSLTKPTFGETATNLSTVSAPATTITTTTTTTATSVTTATTATTTATTTSTL
NFGSITTASVASVFGKPASTMNTQFSTTSVVSSTASTFGKSIISPTSMPFGSSTNASIFG
QIPTTSTNASVFSGTGATSIFGGNTQASPSASIFGGDSSSVNTFGTSQKSIFDNNAQNSI
FGSASNSGSTSFFGGTMNNTTPGPSSPGSPSVFGGGTANNASQMGLEQPAFGQAPAFGAK
PVFGSPPTFGASKLAGFSSGFGATAFGASASPPAFGSLPAMGGTTTTTTTTPAPVDSSTM
PKVFGNVDGSNTFESLASQSGGLSFSSLAQKNVEAPKSPVFTSGSSFSTWR
NT seq 4836 nt   +upstreamnt  +downstreamnt
atgaaaactgcgcctgatccaaaagacgttcaggaatttttattcaaacaatcgcatact
tcccaaattttagatgcatttacatctgtaccaattgcttgcagtttattgactgcagat
aaaaagagaggattattatacgtaggtcaaagcaataagataatcgttttaaaacccggc
gaagataatgaaccggaatggaagctggagttgaatatagcggtagctgtgtccaaatta
atggttaattgtgattgctcttatttagcagtggcaccgcacggaccattaattttaatt
tacgatgtacaggcgcttgttgcaaatagcatacaattattatacgaaattaggatttct
acgtcaaacaccgacgtctttgtgaacgatctacgatggaatcccgctataccaggaatg
ctgtgtacagtagctagcgattacacagttggtagttttaaaataaaagaaaagaaggaa
aaaagtatagagttgaaagctttagaaaaatttaacgacttggatgttttgtgcgcagca
tggagtcctaaaggaaagcaaatagtagtaggttgcaaaaatggaagtatcgtgcaattt
aaacccgatctgaaagttgcaagaacaattcctggtcctgatccgtacatcggagaggtt
attggtattttatggatcagcaattatcagttttgcgctgcttatttaggtagcgaacag
aaacttaatgttttaataatcgatgctcctaaaggtgaaacaaatgcaatttttaccagc
tacgaagatatcacttatggaataacagatacaacggaggaaggaataatcccacgttat
tattttgatcatgtaccagaatggggtttaatcattgctgctagtagtaacagtagcgaa
gtggcggttttgggatctacagacggaggagttagttggaatcagtggcaattggttgac
agtggcagggctgaattaccattgatccgtactacggaaagttatccagttggtttagct
atcgacaaatcttctgttcgaaaattaccatggggcgcagagtccaccttaccttatcca
gttcctatgcttcatatcctttcaacatccggacaattatgtaccttccatatggtaaat
ctgattcctaattgtcctgagattaattccccgcctacagaaatagttgcacctcccttg
catttactacagtcgaatgttaatttatccgaaacgtctatcgttatgaatggtttaata
actagtaccccacgccctaaacaaggagataatattactgaacgtccgaaaccaattcct
acgagaaatatttttgacaaatctatccaagggaatagtttttttccacaatccgcagct
gagaagcctaaacaattggaagagaaatccgaaagtgctagcagagaaatgatgaaaatg
gagccggtgaatgaaactcgggtaaagtcagatatgaaattggcggtggtaccgatgaaa
gaaggagtttcgcaagaatccgtgaaacggaaagcgtccgcagacgaggatggtagagat
attcgtgcttatatagaggagcataatttatttgaaaaagaattgcgtaacaaattggaa
cgacagacatgggaatgtggtaccgaagaagaacgtcgaaaactagtcgagactagtgtt
gtaatagatcagtttcttcgagaattgcgagaaacaacaaacagtttatccagtgacatt
tcatatttaaaggcattactgttacagtcatttgcttgggtcgaagaaaccaagtcaaaa
aatgcagctactaacgaggttacaactcgaaattgtggagatactaataagatatctgat
ttacaaaaactttattattatactcgcacacaagttagtcaagctagtaaaattttggat
ttagaatggtcgaatcataagtctgaagagatgtcgcgaatgaaaattccacatctcgag
tttgtttatcaaaatctgatattgcataataagataatacaagaagagaagagcaaattg
gaacatcttaagaaacgatggaaattaataactcgtaacaataacatatttggattaaat
cgttcgttatctaatttaagcatcacgtcgtctaaatcatcgacttcgcttccaagaaat
gcaggagtaatagaggcgcgttgcaaggctatcgcttccaagactttaacttttactcaa
gagaaagaaattaaattaagggaacatttgtctgtttcttctccaaggattataaaaccc
gtcaatccttcgccaattcaacaccgtttggaagcaactttatcctctttagcttctctt
gatacgacagttgccgataccaagaataaaacggaacattctgttttaaagcagatcacg
cctactaaactagtagcagctgccgagaaaccgaaacaacaaagtccgttagcttcttta
aatagcatcgtagcaagaattggtacaagtgaaacttgtaataatgtatcaacgcaaagc
aagcaacttaactttagtattaattttccgacaccatctggaaataaacattcacaggta
gagaaaaaatcaactgttccaccaataacatcatctacggtgtctcaaaatgctaagcca
aagcaagatactgtactaccattcggtcaagttagttcttctgctcagcagtatttacct
aatttgacgaaatctttcgccaaagtgaacacaattacgtttggtacaccggcgaaaaaa
tctgaagataatactgcagaaaaatcatctgcactcgaagagtctggtacaaaatctgga
aaagaaaatgtaccaagcgattcctttaaggtggaaaacaatttattcggcactggcaaa
ttaaaagatgtattatcagaaaccacatcggaccgggtacagggaatttatgcaagtaat
tcggtaaaatttaaaacggcagtatttacaacaacaacaacaacagcagcaacagcaaca
tcggtgataccaaccacgacaaagattgaagcagctaccacatttagttttgctactgca
aatactactgcttctgctgttgtcaaaagtatgtcgcaaaatgcacttactacgccacaa
acaagtgcacagacattttcttttgctttaaaaccttcaaacgttactactgcgttcaat
ttaaagatgccaccggcagcggcagtaaaaacaacaacggcatctcaaacgcaagactca
ttaaacgtaacaaatttaattgtaggacttgaaacatctaatcaaacagctactactgtg
tctaccagtaacgttagtgccgaaggaaaatataactataaacctacgtttggagcacat
agttttcaaatgttattgggacaaaataatacatctagcaacaatcagatttcaataagt
cttgtaagtggaactacttcaaaagaaactattactactactactactactactactgca
tcatcggttacaattgagaatatactctctacgaaatcaaaagcactcagccttgcaaca
agttctgtacaagcttcacttgcatcttctactagatccttttttaacagtcagattaat
actcctaatatttctgtatttggaggaatgccaagttcgacaccaagtacatctacattc
gctgttgctactactttgcctggcattcagattacaaccacttcatctattccaatattt
ggtggttttacaaccgcatcgtcaataacaagcacagcaactgcagtggtaacaacttcc
aacacagtatcatctccatttcagagttctttaacgaaacctacttttggcgaaactgca
acgaatttatcaacagtatcagcccctgctactactattactactactactactactact
gctacttctgttactaccgctactactgctactaccaccgccaccaccacgtctacactt
aattttggtagtattacaactgcttcagttgcttcggtttttggtaaacccgcttcgaca
atgaatacacaattttctaccacttcagtcgtttcatcgactgccagtacttttggaaag
tcaattattagtcctacttcaatgccatttggaagttctacaaatgcatccatattcggt
cagattccaacaacttcaacgaatgcttcagtctttagcggaaccggtgctacctcgatc
tttggtggaaatactcaggcatcgccatctgcttcgatctttggaggggattcgtcgtca
gtaaatacatttggaacatcccagaaatcgatttttgataataatgctcaaaattcaata
ttcggctcagcgtcaaacagtggatctacatctttctttggcggaaccatgaataatacg
actccagggccatcatcgcctggctcaccatctgtatttggcggtggtacagctaataat
gcatcacaaatgggtttagaacaacctgctttcgggcaagctcctgcatttggtgctaaa
ccagtttttggatcaccgcctacgtttggagcatcaaaactggctggttttagcagtgga
ttcggagcaacagcatttggagctagtgcatcgcctccagcgtttggaagtttacctgca
atgggtgggacaacgacgacgacgacgacgactcctgcaccagttgatagcagcaccatg
ccgaaagtttttggaaacgttgatggtagcaacacgtttgaatccttagcgagtcaatcg
ggtggtcttagttttagtagtctagcgcaaaaaaatgtagaagcaccaaaatctccagta
tttaccagtggaagttcgttttccacctggcggtag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (2)   
   Pfam (2)   
All databases (13)   

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