KEGG   Drosophila simulans: Dsimw501_GD10385
Entry
Dsimw501_GD10385  CDS       T01065                                 
Symbol
Dsim_GD10385
Name
(GenBank) uncharacterized protein
  KO
K14314  nuclear pore complex protein Nup210
Organism
dsi  Drosophila simulans
Pathway
dsi03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:dsi00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    Dsimw501_GD10385 (Dsim_GD10385)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:dsi03019]
    Dsimw501_GD10385 (Dsim_GD10385)
Messenger RNA biogenesis [BR:dsi03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     Dsimw501_GD10385 (Dsim_GD10385)
SSDB
Motif
Pfam: Big_2
Other DBs
NCBI-ProteinID: KMY91654
FlyBase: FBgn0182157
UniProt: A0A0J9R7I6
Position
2R
AA seq 1876 aa
MESILCMILLILARNHASEAARLNHPRVLLPIFEDKAINFTLEVDEPNCYKWSSSRQDLI
SVMPIYKGFSECAYQAVVTVRTHDRRRNTAIVFAEEVQTGETLRSDVIVDAIASLNVRTA
TRQLYLEEAPAMFELHAFDEQGNEFFTLEGIEFDWEILEPGSKRPTAMRYLTFTDSPYHT
VPPSIEKFEADGKKGHMILLEGINTGTAKVTISMPQAEYKHVRAVEVYISVLANIIIEPS
EVTIIAGDSVSFRILQLKMDRLHVIDNNQYYLELEDSSIAYLRGNSATGAALGRTQVFLR
DRNMADSDEVQKGPSALLTVAYPNRLSISLLPHLNWVTVQGEHHAIAFDLFAADGQKITM
GTKYSINSEVDESFFAIVDRTRNGSRLFGQAKKEGITQVYGSYKDLSVQAELQIYEELQL
APTKVVLPYDPNSLKPLKLQFHASGGDNNYAWFSGNPQVIQIDTQGQATTEIRDVKSAYV
NQEVLKDGSKLTAHTTVKVALSKNQKISRVAHIYFLPPERLQITRSNFETALKDFVDVHV
GVYARINNSEVPYTSCDNLHFQLDFSQPILQLESNEGAEAAHEACHVLRLRATAVGTTSL
RVSYMYMDKVLYDIIDLYVFEPLVVLNPIENEVVLPVGSSRNIIYNNGPQRSFTVAAEII
KSTAFDEKILKVSKLEFDTQNLITAFTVLCRELGETQFTYRVHNSLPIPSFAIYQSEITT
KVHCVRPRFLKLYARHNLRDSCPLEKRTSLLFLKDPENKIEIEIEVHDSNNRRLMNISSL
GLDWEFAAGEERYQKNIIPHRQISELEFNHGVTLPSRDLLVLTLSEVATNFRIKGTVSQY
NDKLFAQHGIHAERPPFGIKNPQTGLVYTPLIENEIRLHAVNSTLLPKDYVSIFLASGYS
ERIPIAQGSGYLQLELSESGIVQVEYNEDTRILVLTPLRLGHVRLELTDRCLMNEPSHLS
ISVVGIGAIEVASMDRLERTTKIEAIVKLFDTNDNLLLVDRSKLSAYDLSEVVADQSIVS
VRLGDQENVGPGEIRYTITGNQVGETKILFQSGKGIHKVESDPVNIQVFAPIRLLPRAST
LIVGSSIQLYFHGGPHPNTNMIISVEKEQVATISSAVVTAHKLGTTKIVGKCLLKNPVTG
KDEVVSQDSVEVHVVALKGVQIRTPLVRIHSGAVMPATLWGLSDLSPMVLGTLQNIKISW
KVSQPQVVEIFNVFTAAGIEYQSGDLISVRVRALNPGKATITASVTLADGTILPPATVDL
QVFKTLELVTPNAIKMDSILAAPRSTLQLKSNMDDVVYKLDDRSNGIVSVTPDGLVHTKD
SLGRDLIIATTADQSLPIGIEVKNVQYILVTLMPILKLRELEHKIPRGMNFVFKVSLHDN
LGNELSHNIEDFNGLRYELGNKDDVDVQIDNNLTFALNLMRETNNVIAISLKDSTGVKHS
MDFIKLSVVESDNLFPTKTIFSVGDIICFDSPLTLSATWRSSNEQMVYINKLTGIAQVLS
HRLKPGEKIEITNGDETKRGGFLKYDLEVRESDTILFVKSLDTFSGPEYRGQLVIRNHLQ
SEKYSNFIAQNVSKCARELGTLPVNVFTCRLAAKDALGRNLLKMYKVDALFDASVGQYSC
RLQLLTSFIELLSVVKTNDVYLELEAVVAKGVSDKMSLKLVPGIKVYPESVRVTDLKPHE
IHISGLDKALLKVQVKPSNSKYFAVDFIEHGHGLSKYRLELFEDLPLDEHFYILVVSPDT
KQSIEVPIIGNTMLSQKCTDNRYGGPLVYRVLENLGFVLTTTVIVIISIWVYMSCFQTQG
VTQVNFEAFKKQKSMTELMQQSGRSSQEDTFGDSYNVRNFSPGQRSRRSNALSEAYIYGH
PQLNSPNRSETSTSFS
NT seq 5631 nt   +upstreamnt  +downstreamnt
atggaatctattctttgcatgattttgctgattttggcaagaaatcacgcttctgaggca
gctaggttgaaccacccgcgtgtgttactacccatatttgaagacaaggctattaacttt
accctggaagtcgacgagccgaactgctacaaatggtcgtcctcacgccaggacttgata
tctgtcatgcccatttacaagggcttcagcgaatgtgcataccaggcggtggtgacagtc
cgcactcacgatcgtcggaggaacactgcaatcgtctttgccgaggaagtgcaaacgggc
gagacgctgcgttccgacgtgattgtggatgccattgccagtctaaatgtgcgcaccgcc
actcgacaactttacttggaggaggcgcccgccatgttcgagctgcacgcctttgatgag
caaggtaacgagttttttaccttggagggaattgagtttgactgggagattttggaaccc
ggtagcaaaaggcccaccgcaatgcgatacctcacgtttacggacagtccctaccacact
gtgccgcccagcattgaaaagtttgaagccgacggcaagaaggggcacatgatccttctt
gagggcattaacactggcaccgccaaggtgaccatctccatgccccaggccgagtacaag
catgtgcgggcagtcgaggtgtacatcagcgttcttgcaaacattataattgagccttcc
gaggtcaccataattgctggggactctgtctcatttcgtattctgcagctaaagatggac
cgactgcacgtaatagacaacaatcagtattatttggagctggaggactccagcattgca
taccttcgcggcaacagtgccaccggagcggctctgggtcgcacccaggtctttctccga
gatcgcaacatggcggactctgatgaggtccaaaagggacccagcgctttactgactgtt
gcatatccgaataggttgtccatcagtctgttgccccatctcaattgggtgacagtacaa
ggcgagcatcacgctatcgcttttgatctttttgctgccgacggtcagaagattacaatg
ggcacaaaatattcaatcaactcagaggtggatgagtcctttttcgccattgttgaccgt
actcgcaacggaagccggcttttcggtcaagcaaaaaaagagggaatcactcaggtgtat
ggctcatataaagacctgtcggtacaagctgaacttcagatctatgaggagcttcagtta
gcgccaaccaaggtggtgttgccgtacgatcctaacagcttaaaacccttaaagctgcag
tttcatgcatctggcggagataacaactacgcttggttctccggaaatccacaggtgatc
cagattgacacccagggccaagccacaactgaaatccgcgacgtgaaatccgcttacgtg
aaccaggaggtactgaaagatggtagtaaactgaccgcccacaccaccgtcaaggtggct
ctatccaagaaccagaaaatttcccgtgtggcacatatctactttctccctcctgagcgc
cttcagatcacgcggagcaactttgagaccgccctgaaggactttgtagacgtgcatgtg
ggcgtatacgctcgaataaataattcagaggttccctacacaagttgcgacaatcttcac
ttccaactagacttcagccagcccattctgcagttggagagtaacgaaggggcggaggct
gctcacgaggcgtgtcatgtgctgcggttgcgggccaccgctgtgggcaccacgtcgcta
cgcgtttcctatatgtatatggacaaagtgctttacgacattattgatctgtacgtcttt
gagccattagtcgtgctaaatcccatagaaaacgaggttgttcttcccgttgggtcatcc
cgtaatataatttataataatggcccgcagcgcagttttacggtggcagcagaaatcata
aaatctaccgcttttgacgaaaaaatattaaaagtgtctaaactagagttcgacacgcaa
aatttgataacagcgttcaccgtgttgtgtcgtgagctgggcgagacgcagttcacttat
cgagtgcataatagccttcccatcccaagttttgccatatatcaatcggagatcaccaca
aaggtgcattgcgtccgtcctcgcttcctaaagctctacgctcgccataacctgcgtgac
tcctgccccctggagaagcggacctcgttattattcttgaaagatccagagaataagatt
gaaattgaaatcgaggtacacgattcaaataatcgtaggctcatgaatatcagctcactg
gggcttgactgggagtttgccgctggtgaagagcgataccagaagaacatcatcccgcac
cgtcagatttctgaattggaattcaatcatggagttaccttgccgagtcgcgaccttctt
gtcttgacattgagtgaagtggcgaccaacttccgcattaagggaacggtgtcccagtac
aacgacaagctatttgcccaacacggtattcacgcggagcgtcctccctttggaatcaaa
aatcctcagacggggttagtttacactcccctgattgaaaatgaaattaggttacacgcc
gttaacagtacgttgttgccaaaagattacgtgagcatttttctggcgtcgggctatagc
gagcgaataccaatcgcgcagggcagcggctacttgcagctagagctctccgagtcaggt
attgttcaagttgaatacaatgaagatacccgaatcctagtgctgacgcccctacgcctt
ggccatgtgcgtcttgagttgaccgaccgttgtttaatgaacgaacccagccatttatcc
atctctgtggttggaatcggggctattgaagtagctagcatggaccggctagaacgcact
actaaaatcgaagctatcgtcaaactttttgataccaatgataatctcctgctcgtggac
cggagcaaacttagtgcgtacgatttatccgaggttgtcgcagaccaaagtatagtgagc
gtgcgcctaggcgaccaggaaaatgtaggacccggggagatccgctacacaattacgggc
aaccaagtcggcgaaaccaaaatattatttcagtctggcaagggcattcataaggtggaa
agcgaccctgtaaatattcaagttttcgctccaattcgcctccttccgcgcgcttcaact
ctaatcgtgggcagcagcatacagctatacttccatggaggaccgcacccaaataccaac
atgataatctcagtggagaaggagcaagtagcaactataagctctgctgttgttacggca
cataagctggggaccaccaaaatcgtaggcaagtgtcttctaaaaaaccctgtcactgga
aaggacgaggtggtctcccaggactcggtggaggtacacgtagtggctctgaaaggagta
cagattcgaacgcctttggtccgcattcatagtggggccgtaatgcccgccaccttgtgg
ggactttctgatttgtcgcccatggtcttgggtaccttgcaaaacatcaaaatctcctgg
aaagtaagccaaccacaggtggttgagatatttaatgtatttacggctgcaggaatagag
tatcagagtggggatttgatatcagttagagtaagagccctcaatcccggaaaggcaaca
atcacggcatcggttactttggcagacggcacaatactgccaccagctacagtggactta
caagtttttaaaacattggagctggtaacaccaaatgccattaaaatggattccatcttg
gctgcgccgcgaagcactcttcagcttaaatctaatatggatgatgtggtctataaactg
gacgatcgaagtaatggcattgtcagtgtaaccccagatggccttgtacacacaaaggac
tctcttggccgtgatctgataattgcgacgaccgcggaccaatccctacccataggaatt
gaagtaaaaaatgtgcagtacattttagtaacgctgatgccaatcctcaaattaagagag
cttgaacacaagatcccgcgtggaatgaactttgtgtttaaagtgtcgcttcacgacaat
ttaggcaacgagctctcacacaacattgaggatttcaacggactacgatacgaactcggc
aacaaagatgatgttgatgtccagatagataataatctaacgtttgcattgaacttgatg
cgagagaccaacaatgtcattgccattagtctaaaggactcaacgggtgtcaagcactca
atggactttataaagctatctgttgtggagtcggacaatttatttcccaccaagacaatt
ttctctgttggcgacatcatttgtttcgattcacctttaacgttgtcagcgacttggaga
agctcgaatgagcagatggtttacattaataagcttacaggcattgcccaggtgttaagt
catcgactaaagccgggagaaaagattgagatcaccaatggcgacgagacaaagcgcggc
ggatttttaaagtatgacctggaagttcgcgaatcggatacgattttgtttgtcaaatca
ttggacacatttagcggaccagaatatcggggacaactagttattcgcaaccatttgcag
tccgaaaagtatagtaactttattgcacaaaatgtttcaaaatgtgccagggaattggga
accttaccggtgaatgtctttacatgccgcctggcggccaaggatgcactgggacgcaat
ttactaaaaatgtataaagttgatgccttgtttgatgctagcgtcgggcagtactcttgt
cgactacagttgctcaccagttttattgagttgttaagtgttgtcaagacaaacgacgtc
tacttggagctggaggcagtggtggccaaaggagtttccgataaaatgtcattgaaatta
gtacccggtatcaaagtttaccccgaatcagtgcgtgtcaccgacctaaagccccatgaa
attcatataagcggactagacaaggcgttgctcaaggttcaggtgaagccatcgaattca
aaatactttgctgtggactttatcgagcatggacatggtctaagcaaatatcgtttggaa
ctgtttgaggaccttccgctggatgaacacttttacattttagtagtttccccggacacg
aagcaaagcatcgaggtgcccatcatcggcaatacaatgctgtcccaaaagtgcactgac
aaccgatatggcggtcctcttgtgtatcgggtgctggagaatttgggcttcgtgctgact
acgactgttattgtaatcatttccatatgggtatacatgtcttgctttcaaactcagggc
gtcacgcaagttaattttgaagcattcaaaaaacaaaagtcgatgacggagttgatgcaa
caatctggaagaagcagtcaagaggatacatttggtgactcctacaacgtacgaaacttt
tctccgggtcagcgaagtcgccgatcgaatgctttgtcggaggcgtatatttatggacac
cctcaattgaactctccaaacagatcagaaacctcgactagctttagttag

  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)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (10)   

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