KEGG   Vigna radiata (mung bean): 106768181
Entry
106768181         CDS       T04126                                 
Name
(RefSeq) brefeldin A-inhibited guanine nucleotide-exchange protein 5
  KO
K13462  guanine nucleotide-exchange factor
Organism
vra  Vigna radiata (mung bean)
Brite
KEGG Orthology (KO) [BR:vra00001]
 09190 Not Included in Pathway or Brite
  09193 Unclassified: signaling and cellular processes
   99995 Signaling proteins
    106768181
SSDB
Motif
Pfam: Sec7 Sec7-like_HUS Sec7-like_HDS DCB BIG2_C Mon2_C Nop Stonustoxin_helical
Other DBs
NCBI-GeneID: 106768181
NCBI-ProteinID: XP_014508660
UniProt: A0A1S3URL8
Position
7:complement(46985234..47000292)
AA seq 1778 aa
MAGGAAGGFVTRAFDSMLKECYGKKFPELQKAIQNYTDITKEAGQKKQSEVNQAAPSAES
GSSNETDDGVATRTEADQSQKAEHASDDRPKTGNINVVLASAGNTLEGDDAEIVLNPLRL
AFETKSLKILESALDCLHKLIAYDHLEGDPGLEGGKNVPLFTDILNMVCSCVDNSSPDST
ILQVLKVLLTAVASTKFRVHGEPLLGVIRVCYNIALNSKSPVNQATSKAMLTQMISIIFR
RMETDPVEAPSVSGGQTISKAASAENLNPKSDESSTGDSNEKEMSLGDALTQAKDASPTS
LEEIQNLAGGADIKGLEAVLDKAVHTEDGKKITRGIDLESMGIVQRDALLVFRTLCKMGM
KEDNDEVTTKTRILSLELLQGLLEGVSHSFTKNFHFIDSVKAYLSYALLRASVSQSPVIF
QYATGIFLVLLLRFRESLKGEIGIFFPLIVLRPLDGLEFPVNQKLSVLRMLEKVCKDPQM
LVDIFVNYDCDLEAPNLFERMVTTLSKIAQGTLNADPNSVVVSQTASIKGSSLQGLVSVL
KSLVDWEQSHRDLEKLKINQQEGISAEDSSEIRVREDVTSDFEKAKAHKSTLEAAIAEFN
RKPMKGVEYLISNKLVENTPASVAQFLKNTPSLDKATIGDYLGQHEEFPLAVMHAYVDSM
KFSGLKFDTAIREFLKGFRLPGEAQKIDRIMEKFAERYCADNPGLFKNADTAYVLAYAVI
MLNTDAHNPMVWPKMAKSDFVRMNARDDPDECAPRELLEEIYDSIVKEEIKMKDDTSLIG
KSSRQKPDGEEGRLVSILNLALPKGKSSGDAKSESEAIIKKTQAIFRNKGVKRGVFYTAQ
QIELVRPMVEAVGWPLLATFSVTMEEGDNKPRVVLLMEGFKAGIHITFVLGMDTMRYAFL
TSLVRFTFLHAPKEMRSKNVEALRTLLILCDSDMNALQDTWNAVLECVSRLEFITSTPSI
SATVMHGSNQISKDAVVQSLRELAGKPAEQVFMNSVKLPSDSVVEFFTALCGVSAEELKQ
TPARVFSLQKLVEISYYNMARIRMVWARIWTVLANHFISAGSHHDEKIAMYAIDSLRQLS
IKYLERAELAKFSFQNDILKPFVVLMRNSPSESQRRLIVDCIVQMIKSKVGSIKSGWRSV
FMIFTASADDELESIVESAFENVEQVILEHFDQVVGDCFMDCVNCLIRFANNKSSHRISL
KAIALLRICEDRLAEGLIPGGALMPINANLESTLEVTEHYWFPMLAGLSDLTSDQRPEVR
SCALEVLFDLLNERGSKFSTSFWESIFHRVLFPIFDHVRHAGKEGFTSTDDDWFRETSIH
SLQLLCNLFNTFYKEVCFMLPPLLGLLLDCAKKTDQTVVSISLGALAHLIEVGGHQFSAT
DWDTLLKSIRDASYATQPLELLNALTFENLRNPGSLISDSEGNPGDSGAIRSVDNEVMAD
HQLNVNSNGKLSPLASSNTNADEVEDSVSQTNVDQSEGLPSPSGRTPKTADGGGFQRSQT
LGQRIMGNVENLFLRNITKTKSHISDASQPSSPVKVADTVEPDTKNEESPFMATVRGKCI
TQLLLLGAIDGIQKKYWAKLKAQQKVSIMDILLSVLEFAASYNSSTNLRTRMHQIPDERP
PINLLRQELAGTGIYLEILQKATTCFETKEAESDGFQDADSTEVNGSSIALDLDAEQKFE
RLAEEKLVSFCEQVLREASDLQSSTGEANNMDIHRVLELRAPIIVKVLQSMSFMNNMIFR
RHLRELYPLLTKLVCCDQMDVRGALGDLFQAQLKPLLP
NT seq 5337 nt   +upstreamnt  +downstreamnt
atggcgggaggtgcagccgggggtttcgtcactagagcattcgattctatgctcaaggag
tgttatggcaagaagtttcccgaactccagaaagctatccagaattacacagatatcacg
aaagaggccggccagaaaaagcagagcgaggtcaatcaagctgcgccctcagctgaatct
ggcagttcgaacgagactgatgatggagtggcaactaggacagaagcagatcagtcacag
aaggctgagcatgcttcagacgacaggcctaagactggaaacattaatgttgtcctggct
agtgccgggaatacacttgaaggagatgatgcagaaattgttttaaatccacttcgtctt
gcatttgagactaagagcttgaaaatccttgaatcagctttggattgtcttcataaactt
attgcgtatgaccatttggagggagatcctgggttagagggtggtaaaaatgtcccattg
tttacagacattctaaacatggtttgcagttgtgttgacaattcatcacctgacagtacc
attctccaagtgctgaaggttcttctgactgctgtggcttctacaaaattcagagtacat
ggcgaacctctactgggagttatcagagtatgctacaatattgctctcaatagcaagagc
cctgtaaaccaagcaacatcaaaggcaatgctgacacagatgatcagcatcattttcaga
agaatggaaactgatccggttgaagctccatctgtttctgggggccaaacaatatcaaag
gcagcttcagctgagaatttgaacccaaaatctgatgaatcttcaactggagactcaaac
gaaaaagaaatgagtttaggtgatgcacttactcaagccaaggatgcatctccaacatct
cttgaggaaattcaaaatcttgctgggggtgctgatatcaagggcttagaagcagtactg
gataaggctgtgcatacagaagatggtaaaaagataacacgtgggattgatttggagagc
atgggcatagtacaacgcgatgctttgctggtattccgcactctttgcaagatgggtatg
aaggaagataatgacgaagttacaaccaagacaaggatattgtctcttgagcttcttcag
ggtttgttggagggagtcagccattcatttacaaagaacttccattttattgattcagtg
aaggcatatctttcatatgcactgttacgagcttcagtttcacaatcccctgtcatattt
cagtacgcaactggaatattcttggtgctgttattgcgattcagggagagtctcaaaggg
gaaatagggatcttctttcctttgattgttcttagaccactggatggtttggaatttcct
gtcaaccaaaaactcagtgttcttcggatgttagagaaagtatgtaaggatccacagatg
cttgttgacatctttgtgaattatgattgtgatcttgaggcgccaaacttgtttgaacga
atggttactactctatccaaaatagctcaagggactctaaatgctgatccaaattcagtt
gttgtttctcagacagcttcaattaaaggctcgtcacttcaaggtcttgtgagtgtgctt
aaatctctggtggattgggagcaatctcatagggatttggaaaagttaaagattaatcag
caagaagggatctcagctgaagattcttctgaaataagagtcagggaagatgtgactagt
gattttgagaaggctaaggctcataaatccacgttggaggctgcaattgctgagttcaac
agaaaaccaatgaagggggtggagtatctaatatcaaacaaattggtggaaaacacacct
gcttcagttgctcaatttttgaaaaacactccaagtttggataaggctacaattggtgac
tatttaggtcaacatgaagagttcccccttgccgtgatgcatgcctatgtagattcaatg
aaattttctggattgaaatttgatactgcaatcagggagtttcttaaaggatttcgactt
cctggggaagctcaaaagatagatcggatcatggaaaagtttgcagagagatactgtgca
gacaatccaggccttttcaaaaatgcagatactgcatatgtgctagcttatgctgttatt
atgttaaatactgatgctcataatcccatggtgtggcccaagatggccaagtcagacttt
gttcgcatgaatgctagggatgatccagatgaatgtgctcctagagaactactggaagag
atctatgattctattgtcaaagaggagattaaaatgaaagatgacacatctttaattgga
aaaagcagcagacagaagcctgatggtgaagaaggacggcttgtcagtattcttaatctg
gcactccctaaaggaaagtcatccggtgatgccaagtctgaaagtgaggccattattaag
aaaacacaagctatattcaggaataaaggggtgaaaagaggagttttctacactgcccag
cagattgaacttgtaaggcccatggttgaagctgttgggtggcctttgcttgctacattt
tctgtaacaatggaggaaggcgataacaagcctcgagttgttttgttgatggagggattt
aaagctggcatacatattacgtttgtgcttggcatggataccatgcgatatgcatttcta
acatctctcgtcaggtttactttcttgcatgcccccaaggaaatgcgtagcaaaaatgtg
gaagctttgcgcacattgttgatcctgtgtgattcagatatgaatgctcttcaagacaca
tggaatgcagttctagaatgtgtttctcgccttgaatttataacatcaactccttcaatt
tctgctactgttatgcatgggtcaaatcaaatctccaaggatgctgttgttcaatctctg
agagaattagctgggaaacctgctgaacaagtttttatgaatagtgtcaaactacctagt
gattcagttgtggaattcttcactgctctttgtggtgtatcagctgaagagctaaaacaa
actccagctcgtgtcttcagcttgcagaagcttgttgaaattagttattacaatatggct
cgcatacgtatggtctgggctagaatctggactgttctagcaaatcacttcatatcagca
gggagtcatcatgatgagaaaattgctatgtatgcaatagattctctaagacagcttagt
ataaagtatttggagcgtgctgaactggccaagttttcatttcaaaatgatattctcaaa
ccatttgttgttcttatgcgaaatagtccaagtgaatcccaaaggaggctaattgttgac
tgcatcgtccagatgataaaatctaaggttgggagcataaagtctgggtggcgtagtgta
tttatgatatttacagcttctgcagatgatgaattagaatcaattgtggagagtgcattt
gaaaatgttgagcaggtcatcttagaacactttgatcaagtagtaggggactgtttcatg
gattgcgtgaattgtctgattagatttgccaacaacaaaagttcacatcgcattagtttg
aaggctattgcactcctgcggatctgtgaggaccgtcttgcagagggccttattcctgga
ggtgctttaatgcccattaatgctaatttggaatcgactttggaagtaactgagcattat
tggttcccaatgctggctggtttgtctgatctaacctcagaccaaaggccagaggtcaga
agttgtgctcttgaagtcttgtttgatttattgaatgaaagaggtagcaagttctccaca
tcattttgggagagtatttttcatcgagttctatttccaatttttgatcacgtgagacat
gctggaaaagagggttttacttccaccgatgatgattggtttcgtgaaacaagcatacat
tcgcttcagctgctatgcaaccttttcaacacattctataaggaggtttgttttatgttg
cctccactattgggtctgctgttagattgtgctaaaaaaacagatcaaacagtggtctct
atatctcttggtgctctggcgcatctcattgaagtcgggggacaccaattcagtgccact
gactgggatactttacttaaaagcataagagatgcttcatatgctacacaacctttagag
ctgcttaatgcattaacttttgaaaatctgagaaaccctggaagccttattagtgattct
gaaggcaacccaggggacagtggtgccatcaggtctgttgacaatgaggtaatggctgat
catcaacttaatgtcaatagtaatgggaaattatcccccttggcatcctcaaatacaaat
gctgatgaagttgaagattctgtatcacaaaccaacgtagatcagtctgaaggtcttcca
tctccatcaggaagaactcccaaaactgcagatgggggaggtttccagcggagtcaaacc
ttgggtcaacggattatgggaaatgtggaaaatctcttccttcgaaatattacaaaaact
aaaagccatatatctgatgcttctcaaccatcatctccagttaaggttgctgatactgta
gagccagataccaagaatgaggagagtcctttcatggcaactgtcaggggaaagtgcatt
acacagttattacttcttggtgctattgatggtattcagaagaaatattgggctaagtta
aaagcacagcagaaggtttctataatggatattttgctgtctgtgttggagtttgctgcg
tcatataactcatccaccaatcttagaactcgtatgcaccaaattcctgatgaaaggcct
ccaataaatcttcttcgtcaggagttagctggtactggcatatatctcgaaatcttacaa
aaagcaactacttgcttcgaaaccaaagaggcagaatctgatggatttcaagatgcagac
tctacagaagttaatggctcgagtattgctctagatcttgatgcagaacagaagtttgaa
aggttagctgaggagaagctggtctctttctgtgaacaagtgctcagggaggcatctgat
ctccagtcaagtacaggagaagccaataacatggatattcatcgagtcttagaactgcgt
gctcccatcattgttaaggtgcttcaaagcatgagttttatgaacaatatgatttttaga
agacatctaagggaattataccctttgctaacaaaacttgtttgctgtgaccagatggat
gttcggggagctcttggtgatttattccaagcacaattgaaacctcttttaccataa

  All links  
Ontology (1)   
   KEGG BRITE (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 (8)   
   Pfam (8)   
All databases (19)   

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