KEGG   Breviolum minutum: v1.2.022641.t1
Entry
v1.2.022641.t1    CDS       T04349                                 
Symbol
symbB.v1.2.022641.t1
Name
(OIST) -
  KO
K05658  ATP-binding cassette, subfamily B (MDR/TAP), member 1 [EC:7.6.2.2]
Organism
smin  Breviolum minutum
Pathway
smin02010  ABC transporters
Brite
KEGG Orthology (KO) [BR:smin00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    v1.2.022641.t1 (symbB.v1.2.022641.t1)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:smin02000]
    v1.2.022641.t1 (symbB.v1.2.022641.t1)
   04147 Exosome [BR:smin04147]
    v1.2.022641.t1 (symbB.v1.2.022641.t1)
   04090 CD molecules [BR:smin04090]
    v1.2.022641.t1 (symbB.v1.2.022641.t1)
Enzymes [BR:smin01000]
 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
     v1.2.022641.t1 (symbB.v1.2.022641.t1)
Transporters [BR:smin02000]
 ABC transporters, eukaryotic type
  ABCB (MDR/TAP) subfamily
   ABCB1, 4, 5 subgroups
    v1.2.022641.t1 (symbB.v1.2.022641.t1)
Exosome [BR:smin04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   v1.2.022641.t1 (symbB.v1.2.022641.t1)
CD molecules [BR:smin04090]
 Proteins
  v1.2.022641.t1 (symbB.v1.2.022641.t1)
SSDB
Motif
Pfam: ABC_membrane ABC_tran SMC_N AAA_16 AAA_29 AAA_22 AAA_21 ABC_ATPase AAA_30 RsgA_GTPase ATP-synt_ab Zeta_toxin AAA_7 DEAD AAA_15 G-alpha
AA seq 1309 aa
MTEVQTIVVGASEGSPTSPQTGKSAKTEDDVIADLQPVAAEETEQEKAKRLVKEKSEALK
EWGGKASLGTLFSLTTCTEKMVLLLGVIGAAGHGAGQPLLCLITMFTAPPTGSFANMTME
EYAALQADGMMTQVSDIAVKFILIGAGVLVAATMQGFGFSWFAAHQVAKMRPLYLDAMLH
RDVGWFDTHSAGALPGEMASDLEAFAEGLGFLSLGGFGSKLGVAVMSLSGLIAGLAVGFV
LSWQISLLMLVTLPLMALGAVLMATAVEDAMKEVQGPYEKAAALADEVLFAIRTVVAFGG
EAWELGRYGAATQLAKRGGLKNRIKTGIGMGYIWLIYFSSMALAFWFAMTLMYDGDEDLT
SGKVMSAFFCVLTVGFMVGNIGPGFAGIAAAQAAMARFFYVVKHDSEIQRRQKDDRVKVD
QIETLELQNVQFAYPARPEIQVLQGISLTINKGQKVAFVGESGSGKSTIMALLERFYDPI
SGAVLVNNQDLRNLNIQSYRKQIGYVGQEPVLFATSVRANIMQGCSGATEEDLKAAAKSA
QLDFIQNLPQQFDTYVGSGGSQFSGGQKQRIAIARALLKKPSVLFLDEATSALDSSSEKM
IQKTIDDLGRSSNLGSMTIVTIAHRLSTVENSDVIYVLQSGEVIEQGSHKELTAKEGGMY
QALAAAQGAVMTRQVSDREEKEQKAVLSNAKVDLSVAKSEKVEEAEDEDAREARIAKTYK
VPTSRLLGFSRKYWCFFLPGFLGALVSGACFPILGAYILVDAIVALMNPDKEAMRSNAEM
AAVWFVIFGVMKCIATTVQFGSFGIIAEVTTRESRVAMLTNIFRQEIGYHDNPDNTPGKL
VAALKIYAYRVSRLIVTFGDKVDALCSVLVGLVIAFIACWEMALAMLLAIPIFGIAQGVQ
MAVMMGAEKAESHSLKQASQVISDSLLNARTVQASGNEKDVLKLYSDMISKLSEGLTRGT
FLGSLAFGVSSGVVFWVMAGGFYIMGLLIQDGRADFQTGQQAFMGILYGAMGVGMASALT
GDLAKAKVAAHEIFKLVDKKSLINGLEPVGSNLDVGSTVGRIEFKDVKFAYPFRADVQVL
KGVSFVLEAGTSAGLVGPSGGGKSTVMAMIQRFYDPASGSVLIGQSGKPLSSLNIRWWRK
QVGFVGQEPILFDASVLDNVLYGLEEGETASPEHLEKCKKMANLNFIDNHKAPGSCWETQ
VGPRGGRLSGGQKQRVAICRALVRNPPILLLDEATSALDSQSERLVQKALEAAKQGRTSM
AIAHRLSTIEDCDVILVVSEGQVAEVGTHSQLMEQKGVYYKLQMGKKEK
NT seq 4466 nt   +upstreamnt  +downstreamnt
ggtaagtggatttgctgctgcccatttgtcggaagtggatgaagaaagacctgcaaagct
cttggcagactgcgacaaagagaaggaggataaggcaaaggtacttgcaggcctctcttc
tgcctgaaaagcaacatgtgcgctgaaccaaagttttttgtcaaagtccattggaaaaac
atgaattttgcagcaacttcagggttttttcacatcatgtggctgcatgttgccttggct
caaagcttttcacacaattttttgcagccatgacggaagtccaaactattgtggttggtg
ccagtgaagggagtccaacaagtccacaaactgggaaatctgcaaaaacggaagatgatg
tcattgcagaccttcaacccgtagcggcagaggaaacggaacaggaaaaagcaaagcgat
tggtcaaggaaaaatcagaagcattgaaagagtggggtggcaaggcctctctcggaacgc
tgttctcgcttactacatgcactgaaaagatggtgttgttgcttggtgtcattggagcag
ctggacatggagctggtcagcctttgctttgcctgattacgatgttcacagctcctccaa
ctggatcctttgccaacatgacgatggaggaatacgcagcattgcaagcagatggaatga
tgacccaggtgagcgatattgctgtgaagttcatcttgattggtgctggtgtgttggtcg
ctgcgacgatgcaaggctttgggttttcctggtttgcagcccatcaagtggccaagatgc
gacccttgtacttggatgccatgttgcatcgagatgttggatggtttgatacacactctg
caggagcacttccaggagagatggcatcagatttggaggcatttgcagaaggcctgggat
ttctctcattgggaggctttggcagcaaacttggtgttgctgtgatgtcactgtctggct
tgatcgccggcttggctgtgggcttcgttttgtcttggcagatctcgcttttgatgttgg
tcactctacctttgatggctcttggggcagtgctaatggcgacagctgtcgaagatgcta
tgaaagaagttcagggcccttacgagaaagctgctgcattagcagatgaagtgctttttg
ccatccgaacagtggtcgcgtttggtggagaggcgtgggagcttgggcgctatggagcag
cgacacaacttgcaaagagaggaggtttgaagaatcgcatcaagacgggcattgggatgg
gctacatttggctcatttacttctcctcaatggccttggccttctggtttgcgatgactc
tgatgtatgatggcgatgaggatctcacttcgggcaaagtcatgtcagcctttttctgtg
tgctgactgtgggtttcatggttggtaacattggccctggatttgctggcattgctgcag
cgcaggcggcaatggctcgtttcttctatgttgtgaagcatgattcagaaatccaacgaa
gacagaaggatgatcgagtgaaggtcgaccagattgagactttggagttgcaaaacgtgc
agtttgcttaccctgctcgaccagaaatccaagttcttcagggcatctctttgaccatca
acaagggccaaaaggttgccttcgtcggggagtctggcagtggaaagagcaccattatgg
ccttgctggagcgtttctatgatcccatttctggggccgtattggtgaacaatcaagacc
tcaggaatctgaatatccagtcctaccgcaagcagattggatatgttggccaggagccgg
ttctcttcgccaccagcgtccgagcaaatatcatgcagggatgcagtggagccacagagg
aggacttgaaggcagctgctaagagcgctcagttggatttcattcaaaacttgccgcaac
aattcgacacctacgtgggttctggagggtctcagttctctggtggtcaaaagcagcgca
ttgcaattgctagggctttgctgaaaaagccctccgttttatttttggatgaagctacaa
gtgctttggatagcagctctgaaaagatgattcaaaagaccatcgatgacctgggaagga
gcagcaatcttggcagcatgaccattgtgacgattgcacatcgtttgagcacagtggaga
attcggatgtcatctacgtcctccaaagtggagaggtcatcgagcaaggctcacacaagg
agttgactgccaaagagggcggtatgtaccaagcattggcagcagcgcaaggagcagtga
tgacacgacaggtttccgacagagaagagaaagagcagaaggctgtcttatcgaatgcga
aggtggatttgtctgtagccaagtctgaaaaggttgaggaagcagaggatgaagatgcgc
gtgaagccaggatcgccaaaacatacaaggtcccgacttctcgtttgcttggtttcagtc
gcaaatattggtgcttcttccttccaggctttctgggtgctttggtcagtggagcttgct
ttcctattttgggtgcttatatcctggtggatgccatcgtggcactcatgaatcctgaca
aggaagcgatgagatccaatgcggagatggctgcagtttggtttgtgatctttggcgtca
tgaagtgcatagcgaccactgtacagtttggaagctttggtatcattgccgaggtcacaa
ccagagaatcccgcgttgcaatgctgacgaacattttccgtcaagagattggctatcatg
acaatccagataatactccgggcaaattggtggctgctttgaaaatttacgcctaccgcg
tttcgcgactcatcgtgacctttggcgacaaagtggatgccctgtgctctgtccttgtcg
gtttggtgattgcttttatcgcatgttgggagatggcacttgcgatgctgttggcaattc
caatttttggcatcgcacaaggcgtccaaatggccgtgatgatgggtgcagagaaagcag
aatcccacagcttgaagcaagcatcgcaagtgatatcagactcattgttgaatgcgcgca
cggtccaagcatctggaaatgagaaagatgttctgaaactctacagcgacatgatatcaa
agctgtccgaaggactcacgaggggtaccttccttgggagtcttgccttcggagtttcca
gtggagtggtcttctgggtcatggcaggtggattctacatcatgggtttgctgatccagg
atgggcgggcagattttcagactggtcaacaagccttcatgggaattctctatggtgcca
tgggtgttggaatggcttcagctctcacgggtgatttggccaaagcgaaagttgctgcgc
atgagattttcaagcttgtggacaagaagagtttgatcaatggacttgaaccagtgggtt
ccaatctggatgttggttccacagttggacgaattgagttcaaagatgtgaagtttgcat
atcctttccgcgcagatgtgcaggttctcaaaggagtgtcttttgttcttgaagctggaa
catcagccgggttggttggaccttctggtggaggcaaaagcactgtcatggcgatgattc
agcgcttctacgacccagcttcaggatcagtgctgattggtcaaagtggaaaacctttga
gcagtctgaacatcaggtggtggcggaagcaagttggctttgtcggccaagagccgattc
ttttcgatgcaagtgtcttggacaatgttttgtatggactcgaagaaggagagactgctt
ctcctgagcacctggagaagtgtaagaagatggccaatttgaattttattgacaaccaca
aggcacccgggagctgttgggagacacaagtcggtcctcgtggtgggcgtttgtcgggtg
gacagaagcaacgagttgccatttgtcgtgcccttgtgcggaatccaccgattttgctct
tggatgaagccacgagcgcactggattctcaaagtgagcgcctcgtgcagaaagctttgg
aggcagcaaagcaaggtcgaacatcaatggctatcgcacaccgtttgtctaccattgagg
attgcgatgtgattctggtagtctcagagggtcaagtcgcagaagttggaacccactcgc
agctcatggagcagaagggggtctactacaagctccaaatgggcaagaaagaaaagtaaa
tcgttccgtgtgaaagcttttgtttttgtctcgaatgagacacgttttgtgttctttcca
cgcttgcgtcagaatccaaaggattcgatgcctatagagcacgctttaaaattttgctcc
tgccagccaagggttgtgcagaaatccttgtgctggcccaaccgattgttttccagatca
attggttgtgatgataattctgatgtgacaaagatcgggttgattcttaaacacattgga
caaatcagtaaattataaaaattgat

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (647)   
   KEGG ORTHOLOGY (1)   
   RefGene (645)   
   OC (1)   
Protein domain (16)   
   Pfam (16)   
All databases (671)   

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