KEGG   Brassica rapa (field mustard): 103857869
Entry
103857869         CDS       T03449                                 
Name
(RefSeq) ABC transporter B family member 6 isoform X1
  KO
K05658  ATP-binding cassette, subfamily B (MDR/TAP), member 1 [EC:7.6.2.2]
Organism
brp  Brassica rapa (field mustard)
Pathway
brp02010  ABC transporters
Brite
KEGG Orthology (KO) [BR:brp00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    103857869
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:brp02000]
    103857869
   04147 Exosome [BR:brp04147]
    103857869
   04090 CD molecules [BR:brp04090]
    103857869
Enzymes [BR:brp01000]
 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
     103857869
Transporters [BR:brp02000]
 ABC transporters, eukaryotic type
  ABCB (MDR/TAP) subfamily
   ABCB1, 4, 5 subgroups
    103857869
Exosome [BR:brp04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   103857869
CD molecules [BR:brp04090]
 Proteins
  103857869
SSDB
Motif
Pfam: ABC_membrane ABC_tran SMC_N AAA_29 Zeta_toxin AAA_21 AAA_15 AAA_22 AAA_16 AAA_30
Other DBs
NCBI-GeneID: 103857869
NCBI-ProteinID: XP_009133368
UniProt: M4C7F8
Position
A03:complement(9963272..9971126)
AA seq 1445 aa
MKITLIYFLLLLPLNQPLNRERSTEIKNPQKPRDLLPLPPVAMMVSRGLFGWSPPHIQPL
TPVSEVSEPPESPSPYLDPSAENGGGGGAGMATQAEEEEEMDEPEEMEPPPAAVPFSQLF
ACADRFDWVLMVLGSVAAAAHGAALIVYLHYFAKIVQVLAYGTGSGRRGAEDQFDRLVEL
SLTIVYIAGGVFISGWIEVSCWILTGERQTAVIRSKYVQVLLNQDMSFFDTYGNNGDIVS
QVLSDVLLIQSALSEKVGNYIHNMATFISGLVIGFVNCWEIALITLATGPFIVAAGGVSN
IFLHRLAENIQDAYAEAASIAEQAVSYIRTLYAFTNETLAKYSYATSLQATLRYGILISL
VQGLGLGFTYGLAICSCALQLWVGRFFVIHGRANGGEIITALFAVILSGLGLNQAATNFY
SFDQGRIAAYRLFEMISRSSSGTNQEGTILSAVEGNIEFRNVYFSYLSRPEIPILSGFYL
TVPAKKAVALVGRNGSGKSSIIPLMERFYDPTLGEVLLDGENVKNLKLEWLRSQIGLVTQ
EPALLSLSIKENIAYGRDATLDQIEEAAKKARAHTFISSLEKGYETQVGKAGLTLTEEQK
IKLSIARAVLLDPKILLLDEVTGGLDFEAERVVQEALDLLMLGRSTIIIARRLSLIRNAD
YIAVMEEGQLLEMGTHDELINLGNLYAELLKCEEATKLPRRMPVRNYNDPAVFQAERDSS
AGRGFQEHSSPKMAKSPSLQRGHNVFRPQDMCFNSEESHNDHSPAPDKVGENGSSLDVAE
KEPTIKRQDSFEMRLPELPKIDIQCPQRQKSNGSDPESPILPLLISDPQNERSHSQTFSR
PLGHSDDTKTNVKVESPSFWKLAQLSFPEWLYAVLGSIGAAIFGSFNPLLAYVIALVVTA
YYNSKGSHLRKEVDKWCLIIAGMGLVTVFANFLQHFYFGIMGEKMTERVRRMMFSAMLRN
EVGWYDEEENSPDTLSMRLANDATFVRAAFSNRLSILIQDSFAVIVAILIGLLLGWRLAL
VALATLPILTLSAIAQKLWLAGFSKGIQEMHRKASLVLEDAVRNIYTVVAFCAGNKVMEL
YRLQLQRILRQSFLHGMAIGLAFGFSQFLLFACNALLLWFTAFSVKRGYMKLSTALTEYM
VFSFATFALVEPFGLAPYILKRRRSLASVFEIIDRVPTIEPDDTSALSPPNVYGSIELKN
IDFCYPTRPEVLVLSNFSLKVSGGQTLAVVGVSGSGKSTIISLIERYYDPVAGQVLLDGR
DLKSYNLRWLRSHMGLIQQEPIIFSTTIRENIIYARHNASEAEMKEAARIANAHHFISSL
AHGYDTHIGMRGVELTQGQKQRIAIARVVLKNAPILLIDEASSSIESESSRVVQEALDTL
IMGNKTTILIAHRAAMMRHVDNIVVLNGGKIVEQGTHDTLSSKNGLYVRLMQPHYGKGLR
QHRLI
NT seq 4338 nt   +upstreamnt  +downstreamnt
atgaaaataacattaatctatttcctcctcctccttcctctcaaccaacctttaaacaga
gagagatccactgaaatcaaaaatccccaaaaacctagagaccttctccccctcccaccc
gtcgctatgatggtttccaggggcttattcggctggtctccgccgcacatacaaccctta
actcccgtctccgaagtctccgagcctcccgagtctccatctccttacctcgatcccagc
gccgagaacggcggcggcggcggcgcggggatggcgacgcaggcggaggaagaggaggag
atggatgagcccgaggagatggagcctcctcccgcagctgttcctttctcccagctcttc
gcttgcgccgatcggttcgattgggtgcttatggtgctcggatccgtggctgctgctgct
catggagctgcgctgattgtttacttgcattacttcgccaagattgttcaggttcttgct
tacggtactggatcgggtcggcggggagctgaggatcagtttgatcgccttgttgagctt
tcgctgaccattgtatacatcgctgggggtgttttcatatctggctggattgaggtgtct
tgctggatactgactggagagaggcagactgctgtgatcaggtcaaagtacgtccaagta
ctactaaatcaggatatgagtttctttgatacctatgggaataacggggatattgtaagc
caagtgctgagtgatgtccttctcattcagtcggctctaagcgagaaagttggaaattac
attcataatatggctacatttatcagtgggcttgttatcggttttgtcaactgctgggaa
attgcgctcattacgttagccactggtcctttcattgttgctgccggaggcgtatcaaat
atatttctccacagacttgcggagaacattcaagatgcttatgctgaagcagccagcatt
gctgaacaggcggtctcttatattaggacgttgtatgcttttacaaatgaaactcttgca
aaatactcttatgcaacctctctccaagcaactctgagatatggtatattgattagtctt
gtgcaaggacttggacttggatttacatatgggcttgctatatgttcatgtgctctgcaa
ctttgggttggtcggttctttgttattcatggaagggcgaatggtggagaaatcattaca
gcccttttcgctgttattttgagtgggctgggtttaaatcaagctgctacaaacttttat
tcatttgatcaaggaaggattgcggcatataggctttttgagatgataagtcgttcatca
tctgggactaatcaagaaggaactattttgtctgctgttgaaggaaatattgagtttcgg
aatgtatatttcagctatttgtcacggcctgaaattccaatcttgagtggattttacctc
actgtgcctgctaagaaagctgttgcacttgttggtagaaacggttctggaaaaagcagc
attattcctcttatggaacggttttatgatcctacactaggagaagttctacttgatggg
gaaaatgttaaaaatctaaaattagagtggctgagaagccaaataggtctggtcacacaa
gagcctgctttacttagcttgagcataaaagagaatattgcatatggccgagatgctact
ctggatcagatagaggaggcggctaaaaaggctcgtgcacatacatttattagctccctt
gaaaaaggatatgaaactcaggttggaaaagctggtttaacgttgacggaggagcagaaa
ataaaactatcgattgctagagctgtactcttagatccaaaaattcttttgcttgatgag
gtcactggaggactagactttgaagctgaaagagttgtccaagaagctcttgatcttctc
atgttaggacggtctaccataataatagctcgaagattaagtctgataagaaatgctgac
tatattgctgtaatggaagagggtcagctacttgagatgggtacacatgatgaattaatc
aaccttggtaatttgtatgccgagcttctgaagtgtgaagaagcaacaaagctacccaga
cggatgccagttaggaactacaacgaccctgctgttttccaagctgagagggattcttca
gctggtcgtggctttcaagaacattcatcacccaaaatggccaagtctccatctcttcag
agaggtcacaatgtttttcgcccccaggacatgtgctttaatagtgaagagtcacacaat
gatcatagccctgctccagataaagtgggagaaaatggctcgtctttggatgtagctgaa
aaggaaccaaccattaaaagacaagatagcttcgagatgcggttgccagaactaccaaaa
attgacattcagtgtccacaacgtcagaaatcaaatggttcagatccggagtcccctata
ttaccccttttgatatcggatccccaaaatgagcgctcccattcacagacgtttagccgc
cctcttggccattctgatgacactaaaacaaatgttaaggtggagtcaccttccttttgg
aagttggctcagcttagttttccagagtggctatatgctgtattagggagtattggtgct
gccatctttggttctttcaatcctcttttagcttacgtcattgcattggtagtgacagca
tactataatagcaagggaagccacctgcgtaaggaggttgacaagtggtgtttgatcatt
gccggcatgggactagtgacagtttttgccaatttcttgcagcatttctactttggtatt
atgggggagaaaatgacggagagagtgcggcggatgatgttctcagcgatgctgcgtaat
gaagttgggtggtatgatgaagaagagaacagtccagatacgttatccatgcgcctagca
aatgacgccacttttgtccgagccgccttcagcaataggctttcgatacttattcaggat
agttttgctgttatcgttgccattcttattgggttgcttctcggttggcgcttggccctt
gttgcattggcaactttgccaatactaactctctccgccatcgctcagaaactttggcta
gctggattctcaaagggcatccaggagatgcatagaaaggcgtctttagtactcgaggat
gctgtcagaaacatatacactgttgttgctttttgtgccggtaacaaggtgatggaactc
tacagactgcaacttcaacggatactcagacagagctttctccatgggatggctattggc
ttagcgtttggcttctcccagtttctcctcttcgcctgcaatgctctcctactctggttc
accgcattttcagtaaagcgtggatatatgaaattgtcaacagctctaaccgagtacatg
gttttctcctttgctacatttgcccttgtcgagccattcggattagcaccttacattctt
aagcgccgtagatctctcgcttcagtatttgaaattatagatcgagtgcctacaatcgaa
cctgatgatacctctgctcttagcccgcctaacgtctatggaagcattgaactcaaaaac
atcgacttctgctacccaactcgcccggaagtgttagtactaagcaacttcagtctcaag
gttagcgggggacaaacattagctgtggttggtgtttctggttctggaaagagcacaata
atatcgttgatcgagagatactacgatccagtcgctggtcaggtcttattagacgggaga
gacttgaagtcatataatttgagatggcttagaagccacatgggtctgattcaacaggag
ccaataatcttttccacgacgatcagagaaaacatcatatacgcaaggcataacgccagt
gaagctgagatgaaggaagcagcgagaattgcaaatgctcaccatttcataagcagctta
gcccacggttacgacacacatatcgggatgagaggtgttgagctaactcaaggacagaaa
cagagaatcgccatagctcgtgtagtactgaagaacgctccaatactgttgattgatgaa
gcgagttcgtctattgaatcagagtcaagccgtgttgtgcaggaagctcttgatacgttg
ataatggggaacaaaacaacgattctgatagcgcatagagcagcgatgatgagacatgtg
gacaacattgtggttctcaatggaggcaaaatagttgaacaaggcacgcatgatacctta
tcgagtaagaacggattgtatgtgcgtttaatgcaaccacattatggcaagggtctacgc
caacatcgactgatctag

  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 (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (10)   
   Pfam (10)   
All databases (27)   

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