KEGG   Glycine soja (wild soybean): 114416744
Entry
114416744         CDS       T06057                                 
Name
(RefSeq) nuclear pore complex protein NUP205
  KO
K14310  nuclear pore complex protein Nup205
Organism
gsj  Glycine soja (wild soybean)
Pathway
gsj03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:gsj00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    114416744
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:gsj03019]
    114416744
   03036 Chromosome and associated proteins [BR:gsj03036]
    114416744
Messenger RNA biogenesis [BR:gsj03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     114416744
Chromosome and associated proteins [BR:gsj03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    114416744
SSDB
Motif
Pfam: Nup192
Other DBs
NCBI-GeneID: 114416744
NCBI-ProteinID: XP_028237531
Position
6:complement(26914117..26968288)
AA seq 1887 aa
MVSPKQLLGTIESALLGTSPPMAAHRVELLHALRTSRTSLQSLLSYPPPKPSDRSQVQSK
SVRLPDSPPISLDDQDVHIALKLSDDLHLNEVDCVRLLVSANKEWGLMGREPLEILRLAA
GLWYTERRDLITSLHLLLRAVVLDQGLQDDILVDIQKYLEDLISSGLRQRLISLIKELNR
EEPSGLGGPQCESYVLDSRGSLVERQAVVSRERLILGHCLVLSILVVRTCPKDIKDIFSV
LKDSASEVSESNATVKHQITFCLLFALVIAFVSDGLSTVPDKASVLSSNTSFRHEFHELV
MTTGNDPHVEGFVGGIRLAWVVHLMLIQDGVPARETISSGSSNELGYLSQCLEAIFSNNV
FQFLLDKVLRTASFQTEDEDMIYMYNAYLHKLITCFLSNPLARDKIKESKERIMSVLSPY
RVVGSHDFAQDSNSSSLHGTEMGPLPFNSILDFVSEIYQKEPELLSGNDVLWTFVNFAGE
DHTNFQTLVAFLNMLSTLACSQEGASKVYELLQGKAFRSIGWSTLFECLTIYDEKFKQSL
QTAGAMLPEIQEGDAKALVAYLNILKKVVENGNPTERKTWFPDIEPLFKLLSYENVPPYL
KGALRNAIATFIKVSPVLKDSIWTYLEQYDLPVVVGLDIPNSPQSMGTQVYDMQFELNEI
EARREQYPSTISFLNLINALIAEERDLSDRGRRFIGIFRFIYDHVFGPFPQRAYADPCEK
WQLVGACLKHFHMVLSMYDIKDEDYEGVVDQSRLSATKESSPLQTQLPVLELLKDFMSGK
TAFRNIMSILLPGVNSVIAERSSQLYGQLLENAVQLSLEIIILVLDKDLLLSDYWRPLYQ
PLDIILSHDHNQIVALLEYVRYDFQPKVQQSSIKIMSILSSRMVGLVQLLLKSNASNSLI
EDYAACLELRSEELQNLENNNDDPGILIMQLLIDNISRPAPNITHLLLKFDLDTPIERTV
LQPKFYYSCMKVILDILEKLLKPGVNALLHEFGFQLLYELCVDPLTSGPTMDLLSNKKYL
FFVKHLDTIGIAPLPKRNSNQSLRNSSLHQRAWLLKLLAVELHAGDVRSSNHREACQTIL
SYLFAHGLNDIGGGQAMPPFLLHDTSENAAIRTVSKSKVLELLEIIQFRCPDSTTQLSNI
VAGMKYDLPAEDILGNPGNSGKGGVYYYSERGDRLIDLASFHDKLWQKYNSAYAQASNLG
SEVELNNVRETIQQLLRWGWKYNKNLEEQAAQLHMLTAWSQIVEVSASRRLTMLEDRSEI
LFQVLDVSLSASASPDCSLRMAFILSQVALTCMAKLRDERFLFPGSLSSDNITCLDLIVV
KQLSNGACLTILFKLIMAILRNESSEALRRRQYALLLSYFQYCQNVVDPDVPTTVLQFLL
LSEQDNEYIDLPKIDKEQAELARANFSTLRKEAQSILNLVVKDATHGSEPGKTISLYVLD
ALINIDHERFFLSQLQSRGFLRSCFTAISNVCNQDGSLSLDSLQRACTFEAELALLLRIS
HKYGKSGAQILFSMGILEHLASGRAINLQGSLRWVETRLRRDMAVDVDRQRMIITPVLRL
VFSLTSLVDTSDFLEVKNKIVREVIDFIKGHQSLFDQVLRLDIAEADELRTEQVNLVVGI
LSKVWPYEESNEYGFVQGLFGLMHALFSRDSKIPSFAQSRVSPENQRNSELQMFNLCYSL
SSYLYFLVTKKSLRLQPSDACSSYAASVELQQPTLSLLNSLLFSVTTAFERAAEEKSLLL
NKIRDINELSRQEVDEIINMCVRQDSVSSSDNIHKRRYIAMVEMCRVVASRDQLIILLLP
LSEHVLNIILIHLQESSVALDSTLSTKTIAYGAKYDAQQDVAMLYGKLVPTLERLELLSE
EKVGHNLKVFRRLATSAKDLAIQKLIV
NT seq 5664 nt   +upstreamnt  +downstreamnt
atggtgtctccgaagcagctcctgggcaccatcgaatctgcgcttctcggaacttcgcct
ccgatggcggcgcaccgcgtcgaactcttgcacgctctccgcacttctcgaacctccttg
cagtcccttctctcgtatccccccccaaagccctctgatcgaagtcaagttcagtcaaag
tcagtcagacttcctgattctcctcctatttcacttgatgaccaggatgttcacattgcg
ctcaaattgagtgacgatctccatctcaatgaagtagattgtgttcgtttgcttgtatca
gctaataaagagtggggcttaatgggaagggaaccactggaaattttacggcttgcagca
ggactctggtatacagagagaagagatttgataacgtccctccatttgctcttaagggct
gtggtgctagatcagggactgcaagatgatatattggtagacattcaaaagtatttggaa
gatcttatcagttctggacttagacagcggttgatttctcttatcaaggaactcaataga
gaagagccttctggtttgggtggtcctcagtgtgagagttatgttcttgattcaagaggc
tctcttgtggagaggcaggcagtggtctctagagaaagacttattctggggcattgtctt
gtgctttcgattctggttgttcggacatgcccgaaggatataaaagatattttttctgtt
ttgaaggatagtgcttctgaagttagtgagagcaatgccactgtaaaacatcagattacc
ttttgtcttctctttgctcttgtgattgcatttgtttctgatggtttgagtacagtgcct
gataaagcatctgtcctttcttctaatacttccttcagacacgaatttcatgaacttgta
atgactactgggaatgatccacatgttgagggctttgttggtggcataaggcttgcttgg
gtggtacatttgatgttaatacaagatggtgttccagctagagagactatttcaagtggt
tcatcaaatgaactgggttatcttagtcaatgcttggaagccattttctcaaataatgtt
tttcagtttttacttgataaagttcttcgtactgcttccttccagactgaagacgaagat
atgatctacatgtacaatgcttatctgcacaagctgattacgtgcttcttgtctaaccct
cttgcaagagacaagataaaagaatccaaggagcggattatgagtgtgcttagtccatac
cgagttgtgggatcacatgattttgcacaggacagtaattcaagttctctacatggcact
gagatgggccctttaccatttaattcaatcttggactttgtgagcgaaatttatcagaaa
gaaccagagctcttgtcgggcaatgatgtgttgtggacgtttgtaaattttgctggagag
gaccatacgaatttccaaacgcttgtggcgttcttgaatatgctgagcaccttggcttgt
agtcaagaaggtgcttcaaaggtttacgagttgctgcaaggtaaagcattccgttcaatt
ggatggagcactttatttgaatgcttaacaatttatgatgagaaattcaaacagtctctt
caaactgcgggagcaatgctgcctgaaattcaggagggggatgccaaagcccttgtggca
tacttgaatattctaaagaaggttgtagaaaatgggaacccaacagaaaggaaaacctgg
tttcctgatattgaaccattgttcaaacttcttagttacgaaaatgtacccccttatctt
aagggtgctctaaggaatgcaatagccacatttattaaggtctctccagtgctgaaggat
agcatctggacctatcttgagcaatatgatctgccagtggttgttgggcttgatatccca
aacagtccacaatctatgggtactcaggtttatgatatgcaatttgaactgaacgagatt
gaagcaaggagagaacaatatccttcaactatatctttccttaatttgataaatgctcta
attgcagaagaaagagatttgtctgatagagggcgaagatttattggaatatttaggttc
atctatgatcatgtttttgggccatttcctcagagagcctatgcggatccctgtgaaaaa
tggcagttagttggtgcatgccttaaacattttcacatggtattaagcatgtacgacatc
aaggatgaggactacgagggtgtagttgatcagtcacgactttcagcaactaaagaatca
tcaccacttcagacacagctcccagttttagagttgctgaaagatttcatgagtggaaag
actgccttccggaacataatgagtattcttctgccaggggtgaattctgttattgctgaa
cgcagtagtcaattatatgggcaacttttagagaatgcagtgcagctttctctggaaatt
ataatccttgtccttgacaaagatttacttctttctgattattggcgtcctctataccag
ccattagatattatactctcccatgatcataatcaaatagtggccctcttggagtatgtc
agatatgattttcagccaaaagttcagcaatcctccatcaaaatcatgagtattttaagc
tctcgcatggttgggcttgttcaactattgctaaaatctaatgcatcaaacagcttgata
gaagattatgcagcctgccttgagttacggtcagaagagcttcagaatcttgaaaataac
aatgatgatccaggcattcttattatgcaacttctaattgacaatatcagccggccagcc
cctaatatcactcatttactgcttaaatttgatctagacacacctattgagcggacagtt
ttacagcctaaattttattacagttgcatgaaggttattcttgatatcctggaaaagctt
ttgaagcctggtgtaaatgcattacttcatgaatttggttttcagctgctttatgaattg
tgtgtagatccactaacaagtggaccaacaatggatctgttgtcaaataaaaagtaccta
ttctttgttaagcaccttgatacaattggtattgccccacttcctaaacgaaatagcaac
cagtcacttcgtaacagttcccttcatcagagagcatggcttttgaaacttttagcggtt
gaactacatgctggtgatgttaggagctccaatcatagagaagcatgtcagacaatcctt
tcttatctttttgcccatggtcttaatgacattggtgggggccaggccatgcctccattt
ttgcttcatgatacttctgaaaatgctgctataagaactgtcagcaagagtaaggtatta
gaattgcttgaaatcattcagtttagatgtccagattccactactcagctctcaaatatt
gtggctggtatgaaatatgacttgccggcagaagacatacttggaaatccgggaaattcc
ggaaagggtggtgtgtactattattccgagagaggtgatcggctaattgaccttgcttct
ttccatgacaaactttggcagaaatataattcagcatatgcccaggcaagtaaccttggc
agtgaagttgaacttaataatgttcgtgagacaattcaacagttgctgagatggggttgg
aaatacaataaaaatcttgaggaacaagctgcacaacttcatatgttgactgcttggtct
cagattgttgaggtgtctgcttctagaagattaacaatgcttgaagatcgatctgaaatt
ctttttcaggtccttgatgtgtctcttagtgcatctgcttctcctgactgttcattgagg
atggcattcatactatcacaggtagcattgacatgcatggctaagctgcgagatgaaaga
tttttgttccctggcagtctgagttctgataacatcacatgccttgatctcattgtggtg
aagcaattatcaaatggtgcttgtctgaccatattgtttaagcttatcatggcaattctt
agaaatgaatcttcagaagctcttaggagacgtcaatatgctctacttcttagctatttc
cagtattgccaaaatgtggttgatcctgatgttccaaccaccgttcttcaattcttgctg
ctcagtgaacaagataatgaatatattgatctcccaaagattgacaaagaacaagcagaa
ctggctcgtgcaaacttttcaactttgaggaaagaagctcagagcattttgaatctggtc
gtaaaagatgcaacccatggtagtgaacctggaaagacaatatcactttatgttcttgat
gcattgattaatatagatcatgagcgctttttcttgagccaacttcaaagcaggggtttt
ttaaggtcttgctttacagccataagcaatgtttgcaatcaggatggtagtctttcactg
gactcattgcagagggcatgcacttttgaggctgaacttgctttactactaagaatcagt
cacaagtatggaaaatccggagcacagattttattttccatgggcatattggagcatctt
gcatctggcagagcaatcaatttacagggaagtttaaggtgggttgagacaagacttaga
agagatatggctgtggatgttgatagacaacggatgattattactccagtcttgagatta
gtgttttcactaacttccttggttgatacatctgactttttggaggttaagaataaaatt
gtccgtgaagtaatcgattttatcaaagggcatcaatcactgtttgatcaagttctccgt
ttagacattgccgaggcagatgaactaagaacagagcaggtcaatttagttgttggtatt
cttagcaaggtttggccatatgaagagagcaatgagtacggttttgttcaagggcttttt
ggtctgatgcatgctcttttctcacgtgattcaaagattcctagttttgctcaatcaaga
gtatcacctgagaatcagaggaattcagaactacagatgtttaatttgtgctacagcctg
agctcttacttgtattttctagtcacaaagaaatccctgagattacagccttcagatgcc
tgttccagttacgctgcttctgttgaacttcaacaacccacattgagcttgcttaattct
cttcttttttctgtcacaactgcttttgaaagggcagctgaggagaaatccttgttactg
aataagattcgagacataaatgaactgtcaaggcaggaagttgatgaaatcatcaatatg
tgtgtccggcaagactctgtttcatcttcagataacatacataaaaggaggtacattgca
atggtagaaatgtgtcgagttgttgctagtagggatcagctaatcattttattactgcca
ctctctgaacatgtgctaaatatcatccttatccatcttcaagagagctctgttgcactc
gattctaccttgagtacaaaaacaattgcatatggtgccaaatatgatgcacaacaggac
gttgctatgttatatggaaagttagttccaacccttgagcgacttgagttgctgagtgag
gagaaagtagggcacaatctcaaagtattccgcagattagcaacttctgccaaagatctt
gcaattcaaaaattgattgtgtag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (11)   

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