KEGG   Pomacea canaliculata (golden apple snail): 112556733
Entry
112556733         CDS       T05881                                 
Name
(RefSeq) multidrug resistance-associated protein 1-like isoform X1
  KO
K05665  ATP-binding cassette, subfamily C (CFTR/MRP), member 1 [EC:7.6.2.3]
Organism
pcan  Pomacea canaliculata (golden apple snail)
Pathway
pcan02010  ABC transporters
Brite
KEGG Orthology (KO) [BR:pcan00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    112556733
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:pcan02000]
    112556733
Enzymes [BR:pcan01000]
 7. Translocases
  7.6  Catalysing the translocation of other compounds
   7.6.2  Linked to the hydrolysis of a nucleoside triphosphate
    7.6.2.3  ABC-type glutathione-S-conjugate transporter
     112556733
Transporters [BR:pcan02000]
 ABC transporters, eukaryotic type
  ABCC (CFTR/MRP) subfamily
   ABCC1, 2, 3, 4, 5, 6, 10, 11, 12, 13 subgroups
    112556733
SSDB
Motif
Pfam: ABC_membrane ABC_tran SMC_N AAA_16 MMR_HSR1 AAA_29 AAA_22 nSTAND1 FKBP_N_2
Other DBs
NCBI-GeneID: 112556733
NCBI-ProteinID: XP_025081797
Position
LG2:complement(20443922..20463190)
AA seq 1564 aa
MEGFCDSAFWNTSLVWNSDWPEVTTCFQDTVLVWIPCGFLWFAAPIYALFLFRTCSNAYP
TSTLYKSKLLVCSLLAAAITVDFVREVSIHTQNNSSAWKSEVVALFIQLISVLLTAVFIE
MERRKGFVTSGVLFIYLLLWAFCSLVPFYSLIFKQMYLPEVIMFNFKYLLIIVLFILHCF
AEKAASHATKSKKMCPETSASFISRLTFWWLNRLMVEGFKAPLTEEKVNDPNPQQLAKNV
IPAFLKNWDSAYKVVKTNQNSMSQHKKSHHVSDHIISVHFPDNDKLEPLLINQHLSQSVN
KNKECSKISLFKVLWKTYGMKILMIQSWQLIKELMWISNPLVLGCLIDVVQDKTIQAWKG
YFFAVLLFVLVILQAILDKQIIHHSGCIGLQIRTALMSAIFRKALKMDSKSKKDSSTGEI
VNLMSDDAEHIEQTMAFCSAAWACLLDISICMYLLYNVLGPPMFAGLALLLLIIPSNIIL
YGRVRKLYDEIMKMKDERLKILSEVLNGIKILKMYAWESSFFSKVNAIREKEMHLRKKYA
IMEVFLHFSWTVAPFLVSLAMFVTYIYMDKDHHLEPRTAFVTLALLNVIRIAMNWGPWVL
NACIRAAVSIRRISCFLNQKDLDMDGMLKKSNEEPGPALSIENGTFTWDESLGLTLKNIC
IEIPQGSLVGLVGTVGSGKSSLLSAFLGEMHRVEGKVCIKGSIAYVPQQPWIQHDTVRGN
ILFGKDMNQEIFDRSIIACALGPDLDSLPDGDMTEIGEKGINLSGGQKQRVSLARAIYNS
ADIYLLDDPLSAVDINVGLHIFEQVIGPNGLLAGKTRVLVTHGVHWLPHVDVIIMMKDGC
VITTGTYQDLITHDGPFVQYVRCLMTEQIESDEEEDPEVLEIKHQIMKQLEAISGEDEEE
KLSYKNSPINNHLASHTASDLNGVVPAEAIRHHQLTSQLSREKKKEKEAERTKEEFDLDL
AQKKHILVEEEMVEDRKIGWDVVATLIRSVGPVYFVAMIVVFVAYHVASLASNIYLSKWT
DDTTLQNFTAFPANSSLRMDRNNYYLSLYGGFGAAQAFLLIVFRLLDDFRLISASRILHN
NLLKTILQAPMSFFDTTPFGRIINRFSQDISTIDNSLQYSISGGIESTCLVCCSLIIIVY
STPWFLVALIPLSILYIMLQRFYVATSRQLRRLDAKFRSPIYSHFSETLQGCSVVRAFGA
QLRFVEEAERRIDENTHFRFYLYGGNRWLGFRLSFLGAVVVLTTSLMAVATRQSESAGLM
GLAFLYSLEITGIMDFFVGSWSTLESDMVSVERVKEYTDLGVEAPWEISAHKPPDSWPEH
GDVKIDDIALRYRDGLDLVLDGVSVHVSSKEKVGIVGRTGAGKSSLTTALFRLVELARGK
VYIDDRDTSLMGLHDLRSGLAILPQDPVIFAGSLRSNLDPFSQYNDQEVWTALEHAHLKT
FVTCLPDGLEYDCGEGGTNLSMGQRQLVCLARTLLRKNKVLVLDEATAAVDMETDELIQQ
TLRTQFAACTILTIAHRLNTIMDYDKILVLDKGQVMAFDTPQHLLQDSNSIFYKMVESAG
LLTS
NT seq 4695 nt   +upstreamnt  +downstreamnt
atggaaggattctgtgattccgcattctggaacacatctctagtttggaacagtgattgg
ccggaggtcacaacctgtttccaagacactgtacttgtttggattccctgtggctttctg
tggtttgctgcaccaatctatgcactctttctcttcagaacttgttctaatgcctatcca
accagcacactgtacaaaagcaagcttctagtctgcagtttgttagcagctgcaatcaca
gtagactttgtcagagaagtctccatccacacgcagaacaacagttcagcatggaagtca
gaagtggtggctttatttatacagctgatctcagtgttgctgactgctgtgtttatagag
atggagagaaggaagggttttgtcacatctggagtgctgttcatctacctgcttctttgg
gcattctgctccctcgttcctttctattcacttattttcaaacagatgtacctgccagaa
gtcatcatgtttaacttcaagtatctgttaataattgtgctttttatacttcactgcttt
gctgagaaagcagcttctcatgccacgaagtcaaagaaaatgtgccctgagacatctgcc
tcttttatttcaagattaacgttttggtggctgaacaggctgatggtggaaggatttaaa
gcaccactcacagaggaaaaggtaaatgatcccaatccacagcagcttgcaaaaaatgta
ataccagcttttttgaaaaactgggattcagcctacaaagtggtcaagacaaaccagaac
tccatgtcacaacacaaaaaatctcaccatgtatcagaccacatcatctccgttcatttc
ccagacaatgacaaactggagcctctgttaataaatcaacaccttagtcagtctgtcaac
aagaataaggaatgcagcaagatctccttgttcaaagtgttgtggaagacatatggcatg
aaaatacttatgattcaaagctggcagttgatcaaagagcttatgtggatatctaatcct
ctggtgctgggatgccttattgatgtcgtccaagacaagacaatccaagcatggaaaggg
tatttttttgcagtcctcttgtttgtgttggtcattttacaagccattttagataaacag
atcatccatcatagtggatgtattggacttcaaatccgtacagcgctaatgtcagcaatt
tttagaaaggcactgaaaatggattcaaagtctaagaaagattcatcaacaggggagata
gtaaatctgatgtcagatgatgctgagcacattgagcaaaccatggccttttgttcagca
gcctgggcctgtttactggatatttcaatctgcatgtatctgctatataatgtgcttgga
cctcctatgtttgcaggtctggcattgctgcttttgataattccttctaatattattctc
tacggtagggtcagaaaactgtatgatgaaatcatgaagatgaaagatgagcgtctgaag
atactcagtgaagtgctaaatggaatcaagatcctcaagatgtatgcttgggaatcatca
ttcttcagcaaagtcaatgctatcagggaaaaggaaatgcacctaagaaagaaatatgct
ataatggaagtgtttcttcatttctcatggactgtagcaccatttttagtatctttagca
atgttcgtgacatacatctacatggataaagaccatcatctagagccaagaacggccttt
gttacactagctctgctaaatgtcatccgaattgccatgaactggggtccatgggtactc
aatgcttgcatcagggcagcagtgtctataaggagaatcagttgtttcctaaatcagaaa
gaccttgatatggatggcatgttgaaaaaatctaatgaagagcctggtccagcattgtcc
attgaaaatggaacatttacatgggatgaaagtctaggcttgacccttaaaaacatctgt
atagaaatcccacaagggtcactagtaggtttagttggtacggttggctcaggaaaatcc
tcgctgttgtcagctttccttggagaaatgcatagggttgaaggaaaagtctgcatcaaa
ggttccatagcatatgtcccacaacaaccctggatacaacatgacactgtacgaggcaac
attctgtttgggaaagatatgaaccaagaaatttttgacagaagcattattgcatgtgca
ttaggacctgacttggacagtctgcctgatggagatatgacagaaattggagagaaggga
ataaacctaagtggaggtcagaaacaacgggttagccttgctcgtgctatctacaactct
gctgatatctatcttcttgatgaccctctaagtgctgtggatatcaatgtgggtttacac
atctttgaacaagtcataggtcccaatggtctgctggctgggaagactcgtgttttagtg
actcatggtgtacattggctcccacatgtggatgtcatcatcatgatgaaagatggctgt
gtaataacaactgggacttaccaggatctcatcacacatgatgggccttttgttcagtat
gtcagatgcctcatgactgagcaaattgagagtgatgaggaagaggacccggaagtccta
gagatcaagcatcaaattatgaaacaactagaagccatttctggggaagatgaagaggaa
aaactgtcttacaaaaactctcccattaacaaccatctagccagtcatactgctagtgat
ctgaacggagtagtacctgcagaagctattcgacatcatcaattaacttcacagctaagc
agagagaaaaaaaaggagaaagaagcagaaagaaccaaagaagaatttgaccttgacctg
gctcagaagaagcacattttagtggaggaagagatggttgaagacaggaagataggatgg
gatgttgttgctacactgatccgctctgtgggaccagtatattttgttgctatgattgtt
gtgtttgttgcttatcatgtggcatcactggcttccaacatctatctcagtaagtggaca
gatgataccacacttcagaacttcactgccttccctgcaaacagctccctgcgaatggat
cgcaataattactacttgagtctttatggtggctttggagctgctcaagcatttttactg
atagtgttcagacttctggatgattttcgactgatttctgcctcacggattctccacaat
aacttgctgaaaactattctgcaagcgcctatgtcattctttgataccacaccttttggc
cgcataatcaacagattttcacaggacataagcacaattgacaatagcctccaatacagc
atctctggtggaattgaatcaacgtgtttagtctgttgttcgctgatcatcatcgtctac
agcacaccttggttccttgttgctctgattccattatctattttgtatataatgttgcag
agattttatgtagcaacctctcgacaactaaggagactggatgctaagttccgctcaccc
atctacagccattttagtgaaactctgcagggctgcagtgttgtccgtgcttttggtgca
caacttcgatttgttgaagaagctgaaagaaggattgatgaaaacacacattttcgtttt
tatctttatggtggaaataggtggctgggattcagattgtcatttttgggagcagtggtt
gtgttgacaacttcccttatggcagttgctacaagacagtccgagtcagcaggcctgatg
ggtttagcttttctgtattctttggaaatcacaggtatcatggattttttcgtgggctcc
tggagcaccttggagtcggatatggtcagtgttgaaagggttaaagaatacactgatctg
ggagttgaggccccttgggaaatctctgctcacaaacctccagattcttggccagaacat
ggcgatgtgaagatagatgatattgcccttcgctacagagatggccttgaccttgtccta
gatggtgtctctgtacatgtttctagcaaagaaaaggttggaattgtaggaagaacaggg
gcaggtaaatcttcactgactacagcactcttcagacttgtggagttggcaagaggcaaa
gtttatattgatgaccgtgacacttcacttatgggcttgcatgacctaaggtctggactt
gccatactaccacaggatccagtcatttttgctggcagtctccggtcaaatctcgatccc
ttctcccagtacaatgaccaggaagtgtggacagcgctggagcatgcacatctcaaaaca
tttgttacctgtctgcctgatggtctagaatatgattgtggagaaggaggcaccaattta
agcatgggacagagacaacttgtgtgtctagccagaactctgctacgcaagaacaaagta
ctggtcctggatgaggcaacggctgctgttgatatggaaactgatgaactcattcagcaa
accctccgaactcagtttgcagcctgcacaattctgactattgcccatcgattgaatact
atcatggactatgacaaaattctggtattagacaaagggcaagttatggcttttgacaca
ccacagcatctgcttcaagattcaaacagcatcttctacaagatggtggagagtgctggg
ctcctaacatcttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (9)   
   Pfam (9)   
All databases (23)   

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