KEGG   Vigna radiata (mung bean): 106756044
Entry
106756044         CDS       T04126                                 
Name
(RefSeq) uncharacterized protein LOC106756044
  KO
K14311  nuclear pore complex protein Nup188
Organism
vra  Vigna radiata (mung bean)
Pathway
vra03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:vra00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    106756044
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:vra03019]
    106756044
Messenger RNA biogenesis [BR:vra03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     106756044
SSDB
Motif
Pfam: Spt5-NGN
Other DBs
NCBI-GeneID: 106756044
NCBI-ProteinID: XP_014493767
UniProt: A0A1S3TJ29
Position
2:2006411..2027837
AA seq 1962 aa
MADISSVDASLWWDSFTVLLTELENSSLSSDLPPNLAKKLKDNHAWFVDTLSRFKPPNQS
SKEALNSKTLKIGSHQVTVQPHLKDKALQISSILLLDEVQSYIFVERSIKHNDAVADSMA
PEFLHMMLIQYYKERQCLLKCIRWILMHAIHNGPVSEDNTMKEEARKLFHDGLESKLILF
FDNLLSCSYPEQMDVELFTLWAEETLIEDNLVLDILFLAYYDSLCTCSGEIWKKFIALYK
GILAGDYNLGKLAITAETQQLSYHAKVQLLLILIETLNLENVLQMVHDEVPYRKGKSTFS
MTDVQEMDALVSTFNAFEMNEAGPLVLAWAVFLYLLLTLMEKDENNDLTEIDHISYVRQA
FEAGSLRYCLEILECDILKDYDGPMCGYRSVLRTFISAFIASYEINLQPDDGNSTLILDI
LCKIYRGEESLCIQFWDKGSFIDGPIRSLLCNLESEFPFRTVELVQLLSSLGEGTWPAEC
VYNFLNRSLGISSLFEINGDSQIVEAQQVVQVPGVQGLFIPAGTRGHVLRVVGENTALVR
WEYTSSGIFVLLLHLAQEMYLDNKDEVAFTLDMLSRLVSFNTGICFAVMDISNSLQFDAV
GLMNEQVEKRVWAVEIICNLIKKLSLNSGDAALMSMGIKILSIMLICSPSNVAAATLNAN
LFDMTLKTPVLNVGSNGLSSGSWLLSSELARMLSIDCEQNSNDCPLAISVLDFTIQLVET
GVEHDDLLALIIFSLQYVLVNHEYWKYKTKHIRWKITLKVLELMKKCISSTPNYGKMGEI
IRNVLFSDSSIHNTLFQIVCTTSHSLEKLHISRLFDPMEIEGLQLAISSVLDILSVMLTK
LSKDTSVNFPVFLQAVFSCTTKPVPVVTSVLSLISYFQDPAIQYGAVRFISMLFAIADCI
QPFSYGITCFVPDNEIMDLRQSLSYILLEQSVSNEDLFVATVNLFTSAAHYQPSFIVAIF
APEENTKDHLSIGDAKLQKEETSPIHAVFRKPSLIDALVHYIERADDLIKSNPRILLCVL
NFMIALWQGAPQYANLLESLRRHGKFWEHLANAISNISSSEISLPTSLKEKDAFNLAYTF
HCQSSILGIMAYELFLQRKLFHAESTVKDAAESKEKEQNVTRTEKSKATNLHDLKGIWSS
LFNDSILKKLIKSYTSYGNNNDIYNGAKVATSLFSVHVMMKLAVCDSGSLSVLLLQKIHG
ILAKLSIHPAFSELLSQYSQRGYSEGKELKKLILSDLYYHLQGELEGRKIGIGPFKELSQ
YLVESNFLGTYQHQFNEDAFTKNMFTKNVYLFDLAHLREDLRLDVWDCNNWRTSKEVAEV
MLRFLQDANSVMLLSSSKLSALKGLIAVLAVNHDSQGRATAGGRISDELIFTFMDNICQS
FLSNVEILSSVLDASEDILNFLACEVELIFQLTRTVRKSLSLDVSLLVLKCASSGLRLLG
SLKPAPSEANVIMKLLLTLLLSVLQSNSLNAHSGVVTKDNSGEVLSKVSNATLGLLPILC
NCVATSDHCMLSLSVMDLILRSFLTPRTWLPVLQNHLQLPVVMLKLHDRSSTSIPVIMKF
FLTLARVRGGADMLYCSGFLSSVRVLFAESGEDFSTISENLGASCEKFVIPQDIWGLGLA
VVTAMVKSLGDHSSGTTIVDSMIPYFFSEKAHFIFYSLNAPDFPSDDRDKKRPRALRAFI
SLATLKETEHTLMLMCELAKHWNSWIKAIRNVDRQLREKCIHLLAFISRGSQRFGELSSR
NAPLLCPPTLKEDFEISSKPSFVNSKNGWFALSPLGCVPKPKFSSFSTTSTHGQATESTD
LIPKTCFSDTVALQVYRIAFLLLKFLCLQTEGAAKRAEEVGFVDLAHFPELPMPEILHGL
QDQAIAITTELCQANKQRVSPEIQDVCNLLMQILEMALHLELCVLQICRIRPVSGRVEDF
SKEAKSLFSALEGHAFLKASCNSLKQMISCVYPGLLQAENFI
NT seq 5889 nt   +upstreamnt  +downstreamnt
atggccgatatcagttcggtcgatgcttctttatggtgggactcattcaccgtgctcctc
accgagcttgagaattcctctctgtcctcagatctcccacctaacttggccaaaaagttg
aaggacaaccatgcctggttcgtagacacactgtcgcgcttcaaaccgcccaatcagagt
tccaaggaagctctgaattcaaaaacactgaaaattggatctcaccaggtcactgttcag
cctcacctgaaagataaagcgttgcagattagctccatcctgctactagacgaggttcaa
tcatacatttttgttgaaaggtccatcaaacataacgatgcagttgctgattccatggct
ccggagtttcttcacatgatgttaattcaatattacaaggagcgacagtgcttgctaaag
tgcatcaggtggattctcatgcatgctatacataatggtcctgtgtctgaagataatact
atgaaggaggaggcaagaaaactgtttcacgatggtcttgaaagtaaattaatattattc
tttgacaatcttctgtcctgtagctacccagaacaaatggatgttgagctttttacactg
tgggctgaggagactctaattgaagacaacttggtcttagacatccttttcctggcatat
tatgactcattgtgtacctgtagcggggaaatctggaagaagtttattgctctttacaag
gggatcttagctggtgattataacttgggaaagctagcaattactgcagaaacacaacaa
ttgtcttatcatgctaaagttcagctgctgcttattttaattgaaaccctgaacctggag
aatgttcttcaaatggttcatgatgaagtaccatataggaaaggcaagtctactttttcc
atgaccgatgtccaagagatggatgcactagtttctactttcaatgcttttgaaatgaat
gaagctggtcctctagttctagcttgggcagtatttctctatctgctcttgacacttatg
gaaaaagatgaaaacaatgacctaacggagattgatcacattagttatgtccgtcaagcc
tttgaagctggatcgctgcgatattgtcttgaaattctggaatgtgacattttgaaagat
tatgatggcccgatgtgtggatatcgcagtgttttgaggacattcatttctgcattcatt
gcatcttatgaaatcaaccttcagcctgatgacggtaactccactctaatactggatatt
ctatgcaagatttatcgtggagaggaatcattatgtattcagttttgggacaaggggagt
tttattgatggtccaattcgatctcttctttgcaacctagagagtgagttccctttcagg
actgttgaacttgttcaactcctgtcatcccttggtgaaggaacttggccagcggagtgt
gtgtataactttctaaataggtctcttggtatatcatctttgtttgagattaatggtgat
tcacagatagttgaagcacaacaggtagtgcaagttcctggggttcaaggtctctttatt
ccagctggaactcgtggccatgtcttgagagttgttggagagaatactgcccttgtacga
tgggagtatacatcatctggaatattcgtattactcttacatttggcccaagaaatgtat
ttggataacaaggatgaagttgcttttacacttgacatgcttagtagattggtgtccttt
aatactggtatttgctttgctgtgatggacatcagcaactctttgcaatttgatgctgtt
gggttgatgaatgagcaggttgaaaagagggtctgggcggttgagataatttgcaattta
attaaaaaactgtctctgaattccggtgatgctgcacttatgtcaatgggtatcaagatt
ttatccattatgttgatttgttctccatctaacgttgcagcggctactctaaatgcaaac
ctgtttgatatgactttgaagacacctgtgttgaatgtaggcagtaatggcttatcaagc
gggtcatggttgctttcttctgaacttgctaggatgctttcaatagactgtgagcaaaac
agtaatgactgccccttggcaatatcagtgctggacttcaccatacagcttgtagaaaca
ggagtagagcatgatgatctgctggcattgataattttctctttgcagtatgttctagtc
aatcacgaatattggaaatacaagacgaagcatattagatggaaaataacacttaaggtg
cttgaattgatgaaaaaatgcatttcatcaacgcctaattatggaaaaatgggtgagatc
atacgcaatgtgttattctctgattcttccatccataacacattattccaaattgtttgc
acaacttcacattctttggagaaattgcatataagccgcctctttgatccaatggaaatt
gaaggattacagcttgctataagttctgttttagatattctttcagtcatgttgaccaaa
ctttccaaggatacttcagtgaactttccagtttttctccaagcagttttctcttgcaca
accaaaccggtccctgttgtcacttctgtcttgtccctgatttcatactttcaagatccg
gccatccaatatggagctgttaggtttatttcaatgttatttgccatagccgattgtatt
caaccattttcatatggaatcacatgcttcgttcctgataatgagatcatggatttgagg
caatctctgagctacatacttcttgagcaatcagtgtcaaatgaagatctatttgttgcc
actgttaatctgtttacttctgctgcacattaccagccttctttcattgttgctatcttt
gctccagaggagaacacgaaagaccacttgagcattggtgatgcaaagctgcaaaaggag
gaaacctctcctatacatgcagtttttagaaaaccaagtcttattgatgcacttgtgcac
tatattgaaagggcggatgatctgatcaagagcaatccccgcatactgctttgtgtactt
aacttcatgattgccttatggcaaggggctccccagtatgccaatctcttggagtcctta
agaaggcatggaaagttctgggaacacttagctaatgcaatctcaaatatttctagcagt
gaaatttccttgcccacaagcctgaaagaaaaagatgctttcaatctggcatacactttc
cattgccagtcttcgatactagggatcatggcatatgaactattcttgcagagaaagttg
tttcatgcagagtccactgtgaaggatgcagcagaatctaaggagaaggagcaaaatgtc
acaagaactgagaaatctaaagccacgaatcttcatgatcttaagggaatctggtcttca
ttgttcaatgattccattttaaagaaactaataaagtcgtacacttcgtatggaaataat
aatgatatatataatggtgcaaaggtggccaccagtttattctctgttcatgtgatgatg
aaattagcagtttgcgactctggaagtttatctgtgttattgcttcagaagattcatgga
attctggctaagttgagcattcatcctgctttttctgaattgctgtctcagtattcacaa
cgtggttacagtgaaggtaaggaactaaagaaattgatactcagtgacctctattatcat
ttgcaaggagagcttgaagggagaaaaattggtattggaccgttcaaagaattatctcag
tatcttgtcgaatcaaactttttgggaacctatcaacaccagttcaatgaagatgctttt
acaaagaatatgtttacgaagaatgtatacttgtttgaccttgctcacttgcgagaagat
ttgagattagatgtgtgggattgtaataattggagaacatccaaggaggttgcagaagtc
atgttgcgtttcctgcaagatgcaaactcagtcatgttgctttcaagttcaaagctttct
gcattaaaaggattgatagctgttttggctgtcaaccatgattcacaagggagggctaca
gctggagggaggatctcagatgaactcatatttactttcatggataatatatgccaatct
ttcctttctaacgtggagatattatcatctgttctagatgcctctgaggatattctcaat
tttcttgcatgtgaagtagaactaatcttccagttgacaagaactgtcaggaaaagcctc
tcactagatgtatccctacttgttttgaaatgtgctagttcgggtcttagactattgggt
tcacttaagccggcaccttctgaggctaatgtgatcatgaaacttttactcacattgctg
ctttcagtattacagtccaactcccttaatgcacactcaggtgtggtaaccaaggataat
tctggtgaggtcttatcaaaggtttcaaatgcaaccctgggtctactacccattctttgc
aactgtgttgcgacttctgatcattgcatgctatccctgtcagtcatggatttaatactg
agaagcttcttgacacccaggacttggttacctgtcctgcagaatcatctccaattgcca
gtagttatgcttaaactccacgatagaagttcaacttctattccagtaataatgaagttc
tttttgacccttgcacgagttagaggaggtgctgatatgctttattgttccggctttttg
tcatctgtgagagtgttatttgcagaatctggtgaggatttctcgaccattagcgagaat
cttggggcctcgtgcgagaagtttgtaataccccaggatatttgggggcttggattagct
gtggttacagccatggttaaatccttgggagaccattcttctggaactactattgtggat
agcatgataccttactttttttcagagaaagctcattttatcttttattctctaaatgcc
ccggactttccttctgacgatcgtgacaagaaaagacctcgagcactgagggcatttata
tctttagctacacttaaagaaacagaacatactttaatgctcatgtgtgagctagcaaaa
cattggaattcgtggattaaggcaatacgaaatgtggatagacagcttagagagaagtgt
atccatcttttagccttcattagcaggggatctcaacgctttggtgaattgtcaagcagg
aacgccccacttttatgtccacctaccctgaaagaggattttgaaatttcctcaaaacct
tcctttgtcaatagcaaaaatggatggtttgctctttcaccacttggatgtgtgccaaaa
ccaaagttctcttctttctcaaccacttctacccatggccaagcaactgagagtactgat
cttattccgaaaacgtgcttctctgatactgtagccctgcaggtatatagaatagcattt
cttcttttaaagtttctctgtttacaaactgagggtgctgctaaaagggctgaggaggtt
gggtttgttgatcttgcacattttcctgagctgccaatgccagaaatcttgcatggatta
caggatcaagctattgccattactacggaactctgtcaagccaacaaacaaagggtctct
ccagaaatacaggatgtttgcaacttactgatgcaaatacttgaaatggccttgcacttg
gaactttgtgttctacaaatttgtcgcataagacctgtatcggggcgtgtggaggatttc
tcaaaggaagcaaagtctctgtttagtgcactggaaggtcatgcttttctaaaagcatct
tgcaactctctaaaacagatgatatcgtgtgtctatcctggattgttgcaagcagagaat
ttcatataa

  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)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (1)   
   Pfam (1)   
All databases (14)   

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