KEGG   Vigna radiata (mung bean): 106773101
Entry
106773101         CDS       T04126                                 
Name
(RefSeq) ABC transporter B family member 19
  KO
K05658  ATP-binding cassette, subfamily B (MDR/TAP), member 1 [EC:7.6.2.2]
Organism
vra  Vigna radiata (mung bean)
Pathway
vra02010  ABC transporters
Brite
KEGG Orthology (KO) [BR:vra00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    106773101
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:vra02000]
    106773101
   04147 Exosome [BR:vra04147]
    106773101
   04090 CD molecules [BR:vra04090]
    106773101
Enzymes [BR:vra01000]
 7. Translocases
  7.6  Catalysing the translocation of other compounds
   7.6.2  Linked to the hydrolysis of a nucleoside triphosphate
    7.6.2.2  ABC-type xenobiotic transporter
     106773101
Transporters [BR:vra02000]
 ABC transporters, eukaryotic type
  ABCB (MDR/TAP) subfamily
   ABCB1, 4, 5 subgroups
    106773101
Exosome [BR:vra04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   106773101
CD molecules [BR:vra04090]
 Proteins
  106773101
SSDB
Motif
Pfam: ABC_membrane ABC_tran SMC_N ABC_ATPase AAA_29 AAA_16 Zeta_toxin AAA_22 RsgA_GTPase AAA_5 RhodobacterPufX
Other DBs
NCBI-GeneID: 106773101
NCBI-ProteinID: XP_022642083
UniProt: A0A3Q0FE83
Position
9:complement(2986568..2994029)
AA seq 1505 aa
MDDSFSFDGDSFSSHQRRHYPTPASYHSVSGSFIPSSFHSDATSTTRTARRNRVPTTPFA
SDDDHSWQEEVSWKFEATGWHHYSTNYGSLLTPWATSPPSDHSRVFRRSANDFYLSRTSG
FRGIASSSSYEHSGYGRVELKSYVARDNDQSYFDNGLSTSGFIHQQSSRKSKSSPLAEED
ELSMIDYSITEERVISPNVNGHGLESPYLKHGHGDYGGSCYVGHGLPSYDGSHLSGSGGG
YTYRHHDIEKHSGYDEEGEEDMDEEDASPPKAVGLFSLFRYSTKWDWMLVFVGCLGALIN
GGSLPWYSYLFGDLINKISEADKDKKQMMKDVEKICLFMAGLAAVVVVGAYLQITCWRLV
GERSAQRIRSEYLRAVLRQDITFFDTDINTGDIMHGIASDVAQIQEVMGEKMAHFIHHIF
TFICGYTVGFKRSWKVSLVVFSVTPLTMFCGMAYKALYGGLTAKEEASYRKAGSVAEQAI
SSIRTVFSFVAESQLAGKYDELLQQSAPIGAKVGFAKGIGMGVIYLITYSTWALAFWYGS
VLIAKNELDGGSAIACFFGVNVGGRGLALALSYFAQFAQGTVAASRVFYVIERIPEIDPY
SPEGRKLSGVRGRVELKSVSFAYPSRPDSLILHSLSLIIPSSKTVALVGASGGGKSTIFA
LIERFYDPTEGIITLDGHDLRTLQVKWLRDQIGMVGQEPILFATSILENVMMGKDDATKE
EAIAACIAADAHSFISSLPLSYDTQVGDRGTKLSGGQKQRIALARAMMKDPKILLLDEPT
SALDAESESAVQRAIDKISAGRTTIVIAHRIATVKNAHTIVVLEHGSVIEIGDHRQLMSK
PGAYHNLVKLATEAISKPLAIENGIQKANDVSIYDKSVAALSRSRYVVDIPMSKDLISMH
GVEKQEDMEDDEQDTKAKKYSLSQVWKLQKPELVMLFSGLILGMFAGAILSLFPLVLGIS
LEVYFGHDTHKMKRDVAHLCLTLVGLGIGCILSMTGQQGLCGWAGSKLTQRVRYILFQSI
LKQEPGWFDFEENSTGVLVSRLSLDCVSFRSVLGDRFSVLLMGLSSAAVGLGVSFAFNWR
LTLVAAAVTPFALGASYINLIINVGPRVDNDSYGKASNLASGAVSNIRTVTTFSAQEQIV
KSFDRALSEPRRKSLRRSQLQGLMFGLFQGSMYGAYTLTLWFGAYLVQHDKAKLGDVFKI
FLILVLSSFSVGQLAGLAPDTSTAATAIPAVQDIIKRRPLIDNDRTKGRKVDRSKPFNIE
FKMVTFTYPSRPEVTVLRDFCLKVKGGSTVALVGPSGSGKSTVIWLTQRFYDPDQGKVMM
SGTDLREIDVKWLRRQMALVGQEPALFAGSIRENIAFGDPNASWSEIEEAAKEAYIHKFI
SGLPQGYETQVGESGVQLSGGQKQRIAIARAILKRSRVLLLDEASSALDLESEKHIQEAL
KNVAKDATTIIVAHRLSTIREADKIAVMRDGEVVEYGSHDTLMASTQNGLYASLVRAETE
ANAFS
NT seq 4518 nt   +upstreamnt  +downstreamnt
atggatgattctttttcctttgatggtgactccttctcaagccaccagagacgccactat
ccaacaccggcgagttatcacagtgtgtctggctctttcataccatccagctttcacagc
gatgccacttccacaaccagaacagctcgccgcaaccgagttcctaccacacccttcgct
tcggacgatgaccattcatggcaagaagaggtttcatggaagtttgaggccacagggtgg
caccattacagcacaaactatggttctcttctgactccatgggcaaccagccccccttct
gatcacagccgagtttttcgacgatcagccaatgacttctacctttcaagaacaagtggg
ttcagaggtatcgcaagctcttcttcttatgaacattctggctatggtagagttgaactt
aagagctatgttgcgagggacaatgatcagagttactttgataatggattatctacatcg
gggttcatccaccagcagagtagtagaaaaagtaagagtagtccattggctgaagaagat
gagctaagtatgatagattatagcataacagaagaacgtgtaatttcacctaatgtcaat
ggtcatggtcttgaatccccatatcttaaacatggtcatggtgattatggtgggagttgc
tatgtcggtcacggactaccatcatatgatggtagccatctaagtggaagtggtgggggc
tatacttatcgccatcatgacattgagaagcattcaggatatgatgaagaaggtgaggag
gacatggatgaggaagatgcaagtcctccaaaggctgttggattgttcagcttgtttagg
tactcaacaaagtgggattggatgcttgtgtttgtggggtgtttgggggccctcataaat
ggaggatcacttccttggtactcttatctttttggagacttgatcaacaagatttcagaa
gcagacaaggacaaaaaacagatgatgaaggatgtagaaaagatatgcctgtttatggcg
gggctagctgctgttgtggtagttggagcatatttgcagatcacatgttggaggttagtg
ggggagagatctgcacagagaattagaagtgagtatctaagagcagttcttagacaggat
attactttctttgatacagatatcaacacaggtgatattatgcatggaattgcaagtgat
gttgcacagattcaagaagttatgggagagaagatggcacacttcattcatcatatattt
acattcatatgtggatacacagttgggtttaaaagatcatggaaagtctctcttgtggta
ttctcagtcactccattgacaatgttttgtggcatggcttacaaagcactttatggaggc
ctaacagcaaaagaagaagcttcttataggaaagctggtagcgttgcggagcaagccata
agctcaattaggacagttttttcatttgttgcagaaagccaattagctggaaaatatgat
gaactactgcagcaatcagctccaattggggcaaaagttggttttgctaaaggtataggc
atgggtgtgatctacttgataacctattcaacatgggcactggcattctggtatggctct
gtattaattgccaagaatgaacttgatggaggttcagctattgcttgtttctttggtgtc
aatgttggaggaagaggattggcactggcactttcatattttgcacagtttgctcaaggg
actgttgcagcaagccgtgtattctatgttatagagagaatccctgagattgatccctat
agccctgagggtaggaagctttctggtgttcgtggaagggttgagttaaaaagtgttagt
tttgcatatccatcacgtcctgattctctgatacttcattcccttagtttgataatacca
tcttcaaaaactgtggcattagttggtgccagtggtgggggaaagtccactatctttgct
ctcatagagaggttttatgatcctactgaagggattattaccttggatggtcatgatttg
aggacattgcaagtaaagtggctacgtgatcagattgggatggttggtcaggagccaatc
ctctttgccacatctattctggaaaacgtgatgatggggaaggatgatgccacaaaggaa
gaggcaattgctgcttgcattgctgctgatgctcacagcttcatctctagcctaccacta
agctatgacactcaggtgggagataggggaacaaaactctccggaggtcagaagcagaga
attgcattggctcgagcaatgatgaaagatcctaaaatccttcttctagatgaacctact
agtgctcttgatgctgagtcagagtctgcggtccaacgggcaattgacaagatttctgct
ggacgaacaaccattgtgattgctcacaggatagcaacagtgaagaatgctcataccatt
gtggttcttgaacatggttctgtcattgagattggtgaccatcgacagcttatgtcaaaa
ccaggagcataccacaaccttgtcaagcttgctaccgaagccatttcaaaacctctagct
atagagaatggcatacaaaaagccaatgatgtatccatctatgataaatctgttgctgct
ttatcacgatcaagatacgtggttgatatccctatgtctaaagacttaatatctatgcat
ggggtggagaaacaggaagacatggaagatgatgaacaagacacaaaggcaaaaaaatac
agcctttctcaagtatggaaactgcaaaagccagagcttgtgatgctattttcaggactt
attctgggaatgtttgctggtgctattctgtcccttttcccattggttttaggcatatcc
ttggaagtatattttggccatgacactcataagatgaaaagagatgttgcacacctttgt
ttaacccttgttggccttggaattggttgcatactttctatgacaggacaacaaggtctg
tgtggttgggctggatcaaagctgacacaaagagttagatacatcttgtttcaatccata
ctgaaacaagaacctgggtggtttgactttgaagaaaactctacgggagtgttggtatca
aggctctcactcgactgtgttagttttcgatcagtactcggtgacagattctcagtcctt
cttatggggttgagttcagctgctgttggccttggtgtgtcctttgccttcaactggaga
ctaacgcttgtggcagctgctgtaactccttttgcacttggtgcaagctacataaacttg
atcataaacgttgggccgcgtgtggacaacgactcttatggcaaagccagtaaccttgct
tctggtgcagtgtcgaacataaggacagtcaccacattttctgcccaggaacagatagtt
aagtcctttgatagagccctatcagaacctagaagaaaatcattacgaagatcacaactt
caaggtcttatgtttgggttgtttcaaggttccatgtatggagcatacaccttaacactt
tggtttggcgcataccttgtacaacatgacaaggcaaaacttggagacgtgtttaagatc
tttctcattcttgttctgagctcattctctgtgggacaactagctggcttggcaccagat
acttctacggcggctacggcaattcctgcagttcaagatatcataaaacgcaggccactg
attgacaatgatagaacaaaaggtaggaaagtagacagatcaaagccattcaacatagaa
ttcaagatggtgacttttacatacccatctaggccagaagtgactgtgttgagggacttc
tgtttaaaggtcaaaggtggaagcacagtggctctggtgggaccaagtggatcagggaag
tcaacggtcatatggttgactcagaggttctatgatcctgaccaaggaaaggtgatgatg
agtgggacagatttgagagagatcgatgtaaagtggttgaggaggcaaatggctttggtg
ggtcaagaacctgcactgtttgctgggagcataagggagaatattgcatttggggaccca
aatgcttcatggtctgaaattgaagaggctgcaaaggaggcttacatccacaagttcatc
agtggccttcctcagggttatgagacacaggttggtgaaagtggggtccagttatcaggt
ggccagaaacaacgaattgctattgcaagggccattttgaagagatcaagggtacttttg
cttgatgaggcaagcagtgccttggacttggaatcagagaagcacatccaagaagccctt
aaaaatgttgccaaagatgcaacaaccataatagttgctcaccgtctttccacgatcaga
gaagctgataagatcgcagttatgagagacggggaagtggtggagtatgggagccatgac
actctcatggcttcaacacaaaatggcttgtatgctagcctagttcgagctgaaacagaa
gccaatgccttttcttga

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (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 (11)   
   Pfam (11)   
All databases (28)   

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