KEGG   Danaus plexippus (monarch butterfly): KGM_213261
Entry
KGM_213261        CDS       T04344                                 
Name
(GenBank) ATP-binding cassette sub-family B member 2
  KO
K05658  ATP-binding cassette, subfamily B (MDR/TAP), member 1 [EC:7.6.2.2]
Organism
dpl  Danaus plexippus (monarch butterfly)
Pathway
dpl02010  ABC transporters
Brite
KEGG Orthology (KO) [BR:dpl00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    KGM_213261
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:dpl02000]
    KGM_213261
   04147 Exosome [BR:dpl04147]
    KGM_213261
   04090 CD molecules [BR:dpl04090]
    KGM_213261
Enzymes [BR:dpl01000]
 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
     KGM_213261
Transporters [BR:dpl02000]
 ABC transporters, eukaryotic type
  ABCB (MDR/TAP) subfamily
   ABCB1, 4, 5 subgroups
    KGM_213261
Exosome [BR:dpl04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   KGM_213261
CD molecules [BR:dpl04090]
 Proteins
  KGM_213261
SSDB
Motif
Pfam: ABC_membrane ABC_tran SMC_N ABC_ATPase AAA_21 AAA_22 AAA_28 AAA_16 AAA_29 RsgA_GTPase AAA_18 AAA_30 AAA_5 Rad17 DUF5906 AAA_7 MMR_HSR1 NACHT nSTAND1 SbcC_Walker_B G-alpha Zeta_toxin RNA_helicase AAA_15 Mg_chelatase PduV-EutP ATPase_2 DUF2207_C
Other DBs
NCBI-ProteinID: OWR44581
UniProt: A0A212ET05
Position
Unknown
AA seq 1811 aa
MKRNESVKSVQRFSRQSRSEQRPALALSFRQNSLTISSLAQQAAFIAEKAYKEEESDPNR
QTEAVSYFKLFRFAQRWEFVMLFAGIIFACLNGLFVPVGVIIYGEFTSLLIDRTVMNGTS
TPTLTINWFGGGRILTNASPEENRRALIEDSQAFGIGCTVFSVLQFLCGVISVDLFNYAA
LRQIERVKERFLQSVLRQDITWYDLNTSMNFATKVLLVLLVPVKLWLWLGLGLGLGTNAS
PEENRRALIEDSQAFGIGCTVFSVLQFLCGVISVDLFNYAALRQIERVKERFLQSVLRQD
ITWYDLNTSMNFATKVSDDVEKYREGIGEKVPMLIYLVMSFVTAVLISLAYGWELTLVIL
SCAPVIIATTAVVAKVQSSLTTQELKAYSIAGVIAEEVLASIRTVVAFGGEEKEIERYQE
RLAPAKKTGVKKGIYSGIGSGVMWFIIYATYALSFWYGVGLILDSRHLPTPVYTPAVLMI
VFFSILQGAQNVGLTAPHLEAIANARASAGAIFSVLDRKPAIDSLSTEGTTPVLDGDLEL
KDVYFRYPARKDVQVLDGLSLKINRNETVALVGASGSGKSTVLQLLQRMYDPDVGSVTAS
GHDLRDINVRHFRNHIAVVGQEPVLFAGSIKENIRMSNPTCTDEEIIMASKQAYCHSFIK
HLPNGYDTMIGERGAQLSGGQKQRIAIARALVRKPKILILDEATSALDSQSEAKVQRALD
AAAHGRTTIMVSHRLATVLNANRIVFIEKGEVLEEGTHEELLSLRGRYYQLVLENEPSIA
PSSADTDTPGKPNNQTVTDTKFRRSKLTKMVSLDSMKSDSIDEDSASEDSVVIEEKEERE
FEPTTWQILKLCKPEKYLMCIGIFAAFAVGSSFPCFAILFGETYGLLESKNEDYVRQGTN
YIAIFFLMVGIYTGIGIFFQIFIFNLTGVRLTARLRVAAFRAMLRQEIGWFDDAVNGVGA
LCSRLAADAAAVQGATGTRIGALMQASATILIGILVSMYYTWKMTLVSLVSVPMVIIAVV
LEGRVLAEGIAAIREASNKATTIATEAITNIRTVCAFCGEEGTLSRYKDAGGAARVAARS
SLRWRGAVFAFGQTAPVAGYALALWYGGVLVANGEVPYKDVIKVSEALIFGAWMMGQALA
FAPNFGAAVLAAGRVMTLLARQPLVADTHAPSVPEAYVAEGKIQYKNIKFRYPTRREVQV
LRGLSLSVSMGRRVALVGPSGCGKSTLIQLLQRLYDPDDGNVYLDDHSIVSDMRLSTLRR
NLSIVSQEPVLFDRTIAENIAYGDNTRNVSIEDIVAAAKAANVHSFIAALPNGYETRIGA
RASQLSGGQKQRIAIARALVRDPRVLLLDEATSALDTHSERVVQEALDRASEGRTCLIIA
HRLATIQNADVICVIDQGVVAEMGTHRELIALKKIYARLYELQCGFIEESGEEGTLSRYK
DAGGAARVAARSSLRWRGAVFAFGQTAPVAGYALALWYGGVLVANGEVPYKDVIKVSEAL
IFGAWMMGQALAFAPNFGAAVLAAGRVMTLLARQPLVADTHAPSVPEAYVAEGKIQYKNI
KFRYPTRREVQVLRGLSLSVSMGRRVALVGPSGCGKSTLIQLLQRLYDPDDGNVYLDDHS
IVSDMRLSTLRRNLSIVSQEPVLFDRTIAENIAYGDNTRNVSIEDIVAAAKAANVHSFIA
ALPNGYETRIGARASQLSGGQKQRIAIARALVRDPRVLLLDEATSALDTHSERVVQEALD
RASEGRTCLIIAHRLATIQNADVICVIDQGVVAEMGTHRELIALKKIYARLYELQCGFIE
ESEENLPEEPE
NT seq 5436 nt   +upstreamnt  +downstreamnt
atgaaacgaaatgagtcggtgaagagcgtccaaagattttcgcggcaaagtcgcagcgag
cagcgaccggcgctagcgcttagctttcgccagaattcgcttacaatcagctcgctagct
cagcaagctgcttttatagctgaaaaagcttataaggaagaagagtcggatccaaatcgc
cagactgaagccgtttcatatttcaagctattcagattcgctcagcgatgggagtttgtg
atgttgttcgctggtattatattcgcgtgtctcaacggactattcgttcccgtgggtgtg
atcatctacggagagttcacatccctcctcatagatcgtaccgtcatgaacggaacctct
actcctacgcttaccatcaattggttcggcggtggtaggattctcacaaacgccagtcca
gaggaaaatcgtcgtgctttgatagaagactcacaagcttttggtataggatgcaccgtg
ttctctgtgcttcagtttctgtgcggtgtcatcagcgtagatctatttaattatgccgcc
ttaagacaaattgagagggttaaggaaagatttttacaatcagtcctccgtcaagacata
acttggtatgatcttaacacgtcgatgaattttgctactaaagttttactagttttatta
gtacccgttaagctctggctttggctagggttgggattggggctgggcacaaacgccagt
ccagaggaaaatcgtcgtgctttgatagaagactcacaagcttttggtataggatgcacc
gtgttctctgtgcttcagtttctgtgcggtgtcatcagcgtagatctatttaattatgcc
gccttaagacaaattgagagggttaaggaaagatttttacaatcagtcctccgtcaagac
ataacttggtatgatcttaacacgtcgatgaattttgctactaaagtatctgatgacgtt
gaaaagtatcgcgaaggtatcggtgagaaagtacctatgttaatatacctcgtgatgtcc
tttgtgacggctgtacttatatccctggcgtacggctgggaactgacccttgttatattg
tcatgtgctcctgttatcattgctaccacggctgttgttgctaaggttcaatcatcgctc
actacacaagaactgaaagcgtatagcatagctggagttatcgcggaagaagtcttggct
tctatccggacagtggttgcgtttggaggagaggaaaaagagattgagagataccaggaa
cgtttagctccggctaagaaaacaggagtgaagaaaggaatatattctggtatcggcagc
ggcgtgatgtggtttattatttacgctacatatgcactctccttttggtacggggtcggt
ttgatcctagacagccggcatctgcccactccagtttataccccagctgttcttatgatt
gtattctttagtatcctccaaggtgcacaaaacgttggtctgactgcaccccatcttgaa
gccatagcaaatgcaagagcatcagcgggggcgatattctctgttcttgatagaaaacca
gccatagacagcctttcaactgaaggaacaactcctgtcctagacggagatttagaacta
aaagatgtttacttcagatatccagctaggaaagacgttcaggtactagacggtcttagt
ctcaaaataaatcgcaatgagactgttgcgttagtgggtgcgagtggtagcggtaagtcg
acggtattacaactattgcaaaggatgtacgacccggatgttggctcagttaccgcttcc
ggtcacgatctacgtgatattaacgtcaggcactttaggaaccacatcgctgtcgtggga
caagaaccggtcctgtttgcgggaagtattaaagaaaatataaggatgagtaatccgact
tgtaccgacgaagagattataatggcatctaaacaagcttactgtcacagtttcattaaa
cacttgccaaatggctacgacacaatgatcggtgagcgcggtgctcaattatctgggggt
caaaaacaacgaatagccatcgctagagctttagttcgaaagcccaaaatacttatttta
gatgaggctacatcagcgttggactctcagagcgaggccaaagtacagcgagctttggac
gcagcggctcatggacgaaccacgatcatggtcagccacagattagccacagtactgaat
gcaaaccgaatcgtattcattgagaaaggcgaagttttagaagaaggaactcatgaagaa
cttttgagtctaagaggtcgctactaccagctggtgctggaaaatgaacccagcatagca
ccgagttcagcggatacggacactcctggaaaacctaataatcaaactgtcacagatact
aaatttcgaagatcgaaattgaccaaaatggtatctctcgattctatgaagagtgattca
atagacgaagactcggcttcagaagacagcgttgtaatagaagagaaggaagaaagagaa
tttgaaccgaccacgtggcaaattctcaaattatgcaaaccagaaaaatatctcatgtgt
attggaatctttgcagcctttgccgtcggatcatcttttccgtgtttcgctatactgttt
ggtgagacctatggtctcttggaaagcaagaatgaagattacgttcgtcaaggtactaac
tatatagcaatcttttttctgatggtaggaatttacactgggattggcatcttctttcaa
atatttattttcaacttgaccggagtccgcctcactgctcggttaagagtggcagctttc
cgtgcgatgctccgtcaagagattggctggtttgacgacgcggtgaacggcgtcggcgct
ctgtgttcccgactggcggcggacgcggccgccgtgcagggagcaacaggcacgagaata
ggtgctttaatgcaagcatcagctacgatcctcataggcattctagtgtcgatgtattac
acgtggaaaatgaccctcgtgtccctggtgtctgtgcccatggtgattatagcggtggtg
cttgaaggacgggtgctggcagaaggtatcgcggccatcagagaggcctccaacaaagct
acgacgatcgccaccgaggccatcactaacataaggacggtgtgtgctttctgcggcgag
gaggggacgttgtcgcggtacaaagacgctgggggagcagctcgggtcgcagctcgctcc
agcttgaggtggcggggagctgtgttcgctttcggacaaaccgcgcctgtagcgggctac
gcgctcgctctgtggtacggcggagtgttggtcgctaatggagaagttccttataaagat
gtcattaaggtgtctgaagctttgatatttggagcgtggatgatgggtcaagcgctggct
ttcgcacccaatttcggagctgcagtactggcggcggggcgagtcatgacattacttgca
agacaaccgctcgtcgctgatactcacgcgccctccgttcctgaagcttacgtagctgaa
ggtaaaatccaatacaaaaacataaaattccgatatccgactcggcgtgaggtccaggta
cttcgcgggttgtccctctcagtgtccatgggccgtcgggtagcactcgtgggccccagc
ggttgtgggaagtccacgctcatacagctactgcagagactatacgatcccgacgacgga
aatgtgtacttagacgaccacagcatagtaagcgacatgcgtctctcaactcttcgccgt
aacctcagtatagtatcgcaagagccagtgctgttcgaccggacgatcgccgagaacatc
gcctatggagacaacaccagaaacgtctcaattgaagacatagtcgctgccgcgaaagcc
gctaacgtacattcgtttattgccgctttacctaacggttacgagacacggatcggcgct
cgtgcgtctcaactgtccggtggccagaagcagcgtattgcaatagcgagagcactcgtt
cgtgacccgcgcgtgttacttctagatgaggcgacctccgccctcgacacacacagcgag
agggttgtccaagaagctttggaccgtgcaagtgaaggcagaacatgcctcataatagcc
catcgactagccacgatacaaaacgctgacgtcatttgcgtcatagaccaaggagtcgtc
gctgaaatggggacccatagagaactcatagcattgaagaagatctacgcgcgactgtac
gagttgcagtgcgggttcatagaggaaagcggcgaggaggggacgttgtcgcggtacaaa
gacgctgggggagcagctcgggtcgcagctcgctccagcttgaggtggcggggagctgtg
ttcgctttcggacaaaccgcgcctgtagcgggctacgcgctcgctctgtggtacggcgga
gtgttggtcgctaatggagaagttccttataaagatgtcattaaggtgtctgaagctttg
atatttggagcgtggatgatgggtcaagcgctggctttcgcacccaatttcggagctgca
gtactggcggcggggcgagtcatgacattacttgcaagacaaccgctcgtcgctgatact
cacgcgccctccgttcctgaagcttacgtagctgaaggtaaaatccaatacaaaaacata
aaattccgatatccgactcggcgtgaggtccaggtacttcgcgggttgtccctctcagtg
tccatgggccgtcgggtagcactcgtgggccccagcggttgtgggaagtccacgctcata
cagctactgcagagactatacgatcccgacgacggaaatgtgtacttagacgaccacagc
atagtaagcgacatgcgtctctcaactcttcgccgtaacctcagtatagtatcgcaagag
ccagtgctgttcgaccggacgatcgccgagaacatcgcctatggagacaacaccagaaac
gtctcaattgaagacatagtcgctgccgcgaaagccgctaacgtacattcgtttattgcc
gctttacctaacggttacgagacacggatcggcgctcgtgcgtcacaactatccggtggc
cagaagcagcgtattgcaatagcgagagcactcgttcgtgacccgcgtgtgttacttctg
gatgaagcgacctccgccctcgacacacacagcgagagggttgtccaagaagctttggac
cgtgcaagtgaaggcagaacatgcctcataatagcccatcgactagccacgatacaaaac
gctgacgtcatttgcgtcatagaccaaggagtcgtcgctgaaatggggacccatagagaa
ctcatagcattgaagaagatctacgcgcgactgtacgagttgcagtgcgggttcatagag
gaaagtgaagaaaacttgcccgaagaacccgagtaa

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (24)   
   KEGG ORTHOLOGY (1)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (28)   
   Pfam (28)   
All databases (61)   

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