KEGG   Amphiprion ocellaris (clown anemonefish): 111581710
Entry
111581710         CDS       T06018                                 
Name
(RefSeq) multidrug resistance protein 1-like isoform X1
  KO
K05658  ATP-binding cassette, subfamily B (MDR/TAP), member 1 [EC:7.6.2.2]
Organism
aoce  Amphiprion ocellaris (clown anemonefish)
Pathway
aoce02010  ABC transporters
Brite
KEGG Orthology (KO) [BR:aoce00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    111581710
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:aoce02000]
    111581710
   04147 Exosome [BR:aoce04147]
    111581710
   04090 CD molecules [BR:aoce04090]
    111581710
Enzymes [BR:aoce01000]
 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
     111581710
Transporters [BR:aoce02000]
 ABC transporters, eukaryotic type
  ABCB (MDR/TAP) subfamily
   ABCB1, 4, 5 subgroups
    111581710
Exosome [BR:aoce04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   111581710
CD molecules [BR:aoce04090]
 Proteins
  111581710
SSDB
Motif
Pfam: ABC_membrane ABC_tran SMC_N AAA_22 AAA_16 ABC_ATPase Zeta_toxin Rad17 RsgA_GTPase G-alpha AAA_5 AAA_29 AAA_7 AAA_28 PRK AAA_30 AAA_15 NCA2
Other DBs
NCBI-GeneID: 111581710
NCBI-ProteinID: XP_023145773
Ensembl: ENSAOCG00000017203
Position
Unknown
AA seq 1307 aa
MDTAETVAQNVPDADMEEKNEMEMLSSAKPEQNGDLRENEDDDDLKGKKKKKKKEEKIPM
VGPIAVFRFSDNLDTLMILVGTLMAMVNGVVLPLMCIVFGDMTDSFISDSAAGLGNITLP
PNFTDFYANSTLQEEMTTFAIYYSIMGAVVLVAAYLQVSLWTLAAGRQVKRIRTLFFHRI
MQQDIGWFDVNETGELNTRLTDDIYKIQEGIGDKTGMLIQGFTTFIASFVIGFTKGWKLT
LVILAVSPALGISAALFSKVLTSFTSKEQTAYAKAGAVAEEVLSSIRTVFAFSGQEKEID
RYHKNLEDAKQMGVKKAISANIAMGFTFLMIYLSYALAFWYGSTLILKGEYTIGSVLTVF
FVVLIGAFTLGQTSPNIQTFASARGAAHKVYAIIDHNPTIDSYSETGFKPDFIRGDIEFK
NINFTYPSRPDVQILHNLSLDVKSGQTIALVGSSGCGKSTTIQLLQRFYDPQEGAVFIDG
HDIRSLNVRYLREMIGVVSQEPILFATTITENIRYGRPDVTQQEIEQATKEANAYDFIMK
LPDKFETLVGDRGTQMSGGQKQRIAIARALVRNPKILLLDEATSALDAESETVVQAALDK
VQQGRTTIIVAHRLSTIRNADVIAGFQKGEVVELGTHSELMENKGVYHTLVTMQTFQKAD
EDEEDEDEGSADEKSPLTKQFSNSSVRRRKSTRGSSVTASEGGKEEKEKLTEKTEEDENI
PGASFFKVMALNVSEWPFILVGTICAIINGVIQPLFAVLFSRIITVFANPDHEVVRERSN
FFSLMFVAIGAVSFITMFLQGFCFGKSGEVLTLKLRLSAFKAMMRQDLGWFDDPKNSVGA
LTTRLATDAAQVQGAAGVRMATLAQNFANLGGGLILGLVYGWELTLLLLAVVPVIALAGA
LEMKALAGHAAKDKKELEKAGKIATEAIENIRTVASLTREPKFESLYQENLHVPYKNAKK
KAHIYGFTYAFSQAMIYFAYAGCFRFGAWLIFAGRMDAQGVFLVISAILFGAMAVGEANS
FAPNYAKAKMSAAHLIMLINKEPAIDNLSHEGESPDKFNGNVSFESVKFNYPSRPDVPIL
RGLNLKVKKGETLALVGSSGCGKSTTIQLLERFYDPLEGSVMLDNMNAKQLNIHWLRSHI
GIVSQEPILFDCTLAENIAYGDNSRKVSMEEIEAAAKSANIHSFIEELPQKYNTQAGDKG
TQLSGGQKQRIAIARAILRNPTVLLLDEATSALDTESEKVVQDALDQASKGRTCIIVAHR
LSTIQNADRIAVFQGGVVVEQGTHQQLLAKKGVYYMLVTTQMSHSPQ
NT seq 3924 nt   +upstreamnt  +downstreamnt
atggacacagcagagactgttgcacaaaatgtccctgacgcagacatggaggagaagaac
gagatggaaatgctgtcttcagccaaacccgaacaaaacggagatttaagagaaaatgag
gatgacgacgacttgaaaggaaagaagaagaagaagaagaaagaagagaagataccgatg
gtcggacccatagccgtgttcaggttttcggacaacttggacacgctcatgatcctggtc
gggacgttgatggcgatggtcaacggcgtggtgcttcctctcatgtgcatcgtgttcgga
gacatgacggacagcttcatctcggactctgcagccggcctcggcaacatcaccttaccc
cccaatttcacagacttttacgcaaacagcaccttacaagaggaaatgacaacctttgcc
atctactactccatcatgggagctgtggtcctggttgccgcctacctgcaggtgtccttg
tggacgctggcggccggtcggcaggtcaaacggatccgcaccttgttcttccaccgaatc
atgcagcaggacatcggctggtttgatgtcaatgagacgggagagctgaacactcgactc
acagatgacatctataagatccaggagggcatcggagacaagaccgggatgctgattcaa
ggcttcaccaccttcatcgcgtccttcgtcatcggcttcaccaaaggctggaagctgacc
ctggtcatcctggctgtgagtcctgctctgggcatctctgctgcgctcttcagtaaggtg
ctgacgagcttcacatccaaagagcagacagcttatgccaaagctggagcagtagcagaa
gaggtgctttcttccatcaggacagtttttgcctttagtggtcaagagaaagagatcgac
aggtatcacaagaacctggaggacgctaagcagatgggggtgaagaaggcgatctctgct
aacatcgctatgggcttcaccttcctgatgatctacctgtcctacgctctggccttctgg
tacggcagcacgctcatcctgaagggggagtacaccatcggatctgtgctcaccgtgttt
ttcgtcgtgctaatcggagctttcacattgggacagacgtctccaaacatccagacgttt
gccagcgcccgaggagctgcacataaagtgtacgccatcatcgaccataatccaaccata
gacagctattcagaaactggcttcaagcctgacttcatcagaggagacatagagttcaag
aacatcaacttcacctacccctcgaggccggacgtccagatattacataacttgagtctg
gatgtgaagagtggacagaccatcgccttagtgggcagcagcggttgcggtaaaagtacc
acgatccagctgctgcagaggttctacgatcctcaggaaggagctgtgttcattgacggt
catgatatccgctctttgaacgttcgctacctgagggagatgatcggggtggtgagtcag
gagcccatcctctttgccaccaccatcaccgagaacatcagatatggccgacctgacgtg
acgcagcaggagatcgaacaggccaccaaggaagccaacgcctacgatttcatcatgaaa
ctccccgataagtttgagacgctggtaggagatcgaggaactcagatgagcggaggacag
aagcagaggattgccatcgctcgagctttagtccgaaaccctaaaatccttctgctggac
gaagccacatctgctcttgacgctgagagtgaaactgttgtacaagctgcactggataag
gtccaacagggccgcaccaccatcatcgtggctcatcgcctctcaaccatcagaaacgct
gacgtgatcgccggcttccagaaaggtgaagttgtcgagttggggactcacagcgagctg
atggaaaataaaggcgtctaccacacactggtcaccatgcagacatttcagaaagccgat
gaggacgaggaagatgaggatgagggatctgcagatgagaagagcccattaacaaagcaa
ttttccaattcttcagtgcgacggaggaaatccacgagaggttcatcagtcactgcctct
gagggggggaaagaggagaaagaaaagttaacagaaaagacagaagaggatgaaaacatt
cctggagcgtccttcttcaaagtcatggctctgaacgtctctgagtggccttttattctg
gtgggaaccatctgtgccatcatcaacggcgtcattcagcctctgttcgctgttctcttc
tcaaggatcatcaccgtgtttgcaaacccggatcacgaagtggtcagggaacgatccaat
ttcttctcgctcatgtttgttgctatcggggctgtgtccttcatcaccatgtttctgcag
ggtttctgttttggtaaatctggagaagttctcaccctgaaactgagactcagtgccttt
aaagccatgatgagacaggacctcggctggttcgatgaccctaaaaacagtgttggagct
ttgactaccagactggccaccgatgcagctcaagtacaaggggctgcaggagttcgtatg
gcgacgctggcgcagaacttcgccaacctgggcggtggtctgattctgggcctggtgtac
ggctgggagctgacgctgctcctgctggctgtggttcccgtcatcgcgctagccggagct
ctggagatgaaggcgctcgccggacacgctgctaaagacaagaaggagctggagaaggcc
ggaaagattgctacagaggccatcgaaaatatccggactgtggcgtctcttacaagagaa
cccaagtttgagtctttgtatcaggagaacctccatgtgccgtacaagaacgccaagaaa
aaggcccacatatacggcttcacctacgccttctcccaggccatgatctacttcgcctac
gccggctgcttccgcttcggcgcttggctgatttttgcaggaaggatggacgctcagggt
gttttcctcgtgatctcggctatcctgttcggtgccatggccgtcggagaggccaactcc
ttcgctcccaactatgccaaggccaagatgtctgctgcccacctcataatgctgataaac
aaagagcccgccatcgataatctctcacatgagggagagtcaccggacaaattcaacggt
aacgtgagcttcgagtcggtgaagttcaactacccgtcgcggccggatgttcccatcctg
agaggcctgaacctgaaggtgaagaagggggaaacgctggcgctggtgggcagcagcggc
tgtgggaagagcaccaccatccagctgctggagaggttctacgacccgctggagggcagc
gtgatgctggacaacatgaacgccaaacagctgaacatccactggctcagatcgcacatc
ggcatcgtctcccaggagcccatcttgttcgactgcactttggccgaaaacatcgcctac
ggagacaatagccggaaagtatctatggaggagatcgaggcggctgccaagtcggccaac
attcacagcttcatagaagagctgccacagaagtacaacacccaggcaggcgataagggc
acccagctgtcaggaggccagaagcagcggatcgccatcgcccgagctatcctccgcaac
cccacagtgctgctgctggacgaggccacgtctgcactcgacaccgagagcgagaaggtg
gtgcaggacgctctggatcaggccagcaaaggccggacgtgcatcatcgtggcccaccgt
ctgtccaccatccagaacgccgaccggatcgccgtcttccagggcggcgtggtggtagaa
cagggcacccaccaacagctgctggccaagaagggagtctactacatgctggtcaccaca
cagatgagccacagtccacaatga

  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)   
   Ensembl (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (18)   
   Pfam (18)   
All databases (34)   

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