KEGG   Xiphophorus maculatus (southern platyfish): 102227239
Entry
102227239         CDS       T02923                                 
Name
(RefSeq) multidrug resistance-associated protein 1-like
  KO
K05665  ATP-binding cassette, subfamily C (CFTR/MRP), member 1 [EC:7.6.2.3]
Organism
xma  Xiphophorus maculatus (southern platyfish)
Pathway
xma02010  ABC transporters
Brite
KEGG Orthology (KO) [BR:xma00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    102227239
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:xma02000]
    102227239
Enzymes [BR:xma01000]
 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
     102227239
Transporters [BR:xma02000]
 ABC transporters, eukaryotic type
  ABCC (CFTR/MRP) subfamily
   ABCC1, 2, 3, 4, 5, 6, 10, 11, 12, 13 subgroups
    102227239
SSDB
Motif
Pfam: ABC_membrane ABC_tran SMC_N AAA_16 AAA_29 nSTAND1 MMR_HSR1 ABC_ATPase RsgA_GTPase AAA_22 Dynamin_N AAA_25 GTP_EFTU DUF87
Other DBs
NCBI-GeneID: 102227239
NCBI-ProteinID: XP_014331524
Ensembl: ENSXMAG00000004906
UniProt: M3ZRU3
Position
5:complement(20101743..20134178)
AA seq 1510 aa
MDAFCRLSGLDPLWDWNRTWYTANPDLTQCFQNTVLVWVPCVYLWLLVPFYCVHLYCHDR
GRIQMSCLCTAKMMLGFLLASFGFVEFFYILLERSQDIQHHMVFLLSPIIRSMTVILALC
IIQLERIRGCRSSVFLFLFWVLSVVCSLVPLRAKIQLAIDEGIASDIVRYLAFFSYFSIQ
LAQLFLCCFADRPPQGKPVLEKNPCPVEDASFLSKILFWWFTGLVVKGYRTPLEAEDLWT
LRKEDTSHKIISELQQDWTDECAKLQKQQKALASGAALGSRLPDQAQLLRKLQKEQSSGF
FLLRTLARKFGPYFLTGTLCIIFHDAFMFAIPQVLSLLLGFMRDEDAPLWKGYFYATLMF
LLSCLQSLFNHQYMYTCFTVGMRVKTAVMGLVYRKSLVINSSARRTCTVGEIVNLVSADT
QKLMDFVVYFNAVWLAPIEIALCLFFLWQHLGPSALAGITTVILIFPLNGFIAKKRSKLQ
EIQMKFMDGRIRLMNEILNGIKILKFYAWEKAFLEQVLGYREKELKALKKSQILYSISIA
SFNSSSFLIAFAMFGVYVMLDDRNVLDAQKVFVSMALINILKTPLSQLPFAISTTMQALV
SLRRLGKYLCSEELRVDNVSKTLLSPDGEDVMIESGTFSWTPEGPPCLKRINVRVPRGSL
VAVVGHVGSGKSSLLSAMLGETEKRSGQVTVKGSVAYVPQQAWIQNATVQDNILFGRDKL
KTWYQRVLEACALLPDLDILPAGDATEIGEKGLNLSGGQKQRVSLARAVYRKADVYLLDD
PLSAVDAHVGQHIFDRVIGPKGVLRDKTRILVTHGMSFLPQADLILVLADGEITESGSYQ
ELLSRHGAFADFIHTFASTERKESVIQRAGSRRSNARLSMVDFMPFSRDLSQEQLIGGDT
TNTNLQNMEPVSETDQDQIPEDLGKLTEVDKARTGRVRLTLYKKYFKTIGLAIIILIVFL
YAFQQGASLAYNYWLSMWADDPVVNGTQIDTDLKLSVFGALGFVQGIAIFGTTVAISICG
IIASRQLHMDLLVNVLRSPMSFFESTPSGNLLNRFAKEIDAIDCMVPEGLKMMLSYVFKL
LEVCIIVLMATPFAAVIILPLAFLYAFVQSFYVATSCQLRRLEAVSRSPIYTHFNETVQG
ASVIRAFGEQPRFILQANERVDFNQTSYFPRFVATRWLAVNLEFVGNVVVLAAAILSVMG
RSTLSPGIVGLAVSHSLQVTGILSWIVRSWTDVENNIVSVERVNEYADTPKEASWSTEGS
SLPVAWPQSGTIELQDYGLQYRKGLELALKDITLHINPKEKVGIVGRTGAGKSSLALGIF
RILEAAKGKIFIDGVNIADIGLHDLRSRITIIPQDPVLFSGSLRMNLDPFDTYTDEEIWS
SLELAHLKTFVSNLPDKLNYECSEGGENLSLGQRQLVCLARALLRKTKILVLDEATAAVD
LETDTLIQSTIRTQFEHCTVLTIAHRLNTIMDYTRVIVMDRGHISEMDSPANLISQRGQF
YRMCLEAGLV
NT seq 4533 nt   +upstreamnt  +downstreamnt
atggatgccttttgcagactgagtggcctggaccctctgtgggactggaaccgcacctgg
tacacagctaaccccgacctaactcagtgcttccagaacacagtgctggtgtgggtcccc
tgcgtctacctgtggttgttggttcctttctactgtgttcatctctactgccatgaccgt
ggacggatccagatgtcctgcctctgcactgccaagatgatgttgggtttcctgctggcc
tcattcggttttgttgagttcttctacattctgttggagaggagccaagacatccagcac
cacatggtcttcctactcagccccatcatacgtagcatgacagtgatcttggccttatgc
atcatccagttggaaagaataagaggctgtcgctcctccgttttcctcttcttgttctgg
gtcttgtctgttgtttgttctctggtgcctctaagagcaaagatccagctggccatagat
gagggcattgcttctgatattgtacggtacctcgccttcttctcctacttctcgatccaa
ctggcccagctcttcctgtgctgttttgcggatcggcctccacaaggaaaacccgtcttg
gaaaagaacccttgtcccgtggaagatgcctctttcctgtcaaagattctcttctggtgg
ttcactgggctcgtcgtcaaagggtatcgcaccccactggaagcagaagatctgtggacc
ctgagaaaggaagacacgtcgcacaagatcatctccgagcttcagcaggactggacagat
gaatgcgccaagctccaaaagcagcagaaagccttggcgtcaggcgcagctctgggcagc
cggctgccagaccaggctcagctcctcaggaagctgcagaaggaacagagctctggcttt
ttcctgctgaggacgctggcacgcaagttcggcccatacttcttgacaggcaccttgtgc
atcatatttcatgatgccttcatgttcgccatccctcaggtcttgagtcttcttctgggc
ttcatgagggatgaagacgctcctctgtggaagggttacttctacgccaccttgatgttc
ctcctctcctgcctccagtcccttttcaaccatcagtacatgtacacctgcttcacggtc
ggcatgagggtgaagacagccgttatgggcttggtttacaggaagtctctggtgataaac
agctctgccaggaggacctgcaccgtgggtgagatagtgaatctggtctcggcagacact
cagaagctcatggactttgtggtctactttaacgctgtctggctggctcctatcgagatc
gctctttgtctcttcttcctctggcagcatctaggcccgtctgctttggcaggaatcacc
actgtcattctcattttcccgctcaatggattcattgcaaagaaaaggagcaagctccag
gagattcaaatgaagttcatggatggccgcatcagactgatgaacgagatcctgaatgga
ataaagatcctgaagttttatgcctgggagaaggcgttcctggagcaggttttgggctac
agagagaaagagctcaaggccctgaaaaaatctcagattctttattccatctccatcgcc
tcattcaactcgtcctctttcttgattgcctttgccatgtttggagtctatgtgatgctg
gacgacagaaacgtcctggatgcacagaaggtctttgtctccatggcgctgataaacatc
ttgaagactccacttagccagctaccatttgcaattagcacaactatgcaggctctagtt
tcactgaggcgcctgggaaagtacctgtgctcagaggaactgagagtggacaatgtctca
aagactctgctgagccctgatggtgaagatgtgatgatagagagtggcactttcagctgg
actccagaaggtcctccatgcctcaaacgaataaatgttcgtgtgccacgaggctccctt
gttgctgtggttggacatgtgggcagtggaaagtcctctttgttgtctgctatgctcggt
gaaacagagaaaagaagtggccaagtcactgtcaagggcagcgtagcatacgttcctcag
caggcctggatccagaacgccacagtccaagacaacatattatttggccgtgacaagttg
aaaacatggtaccagcgtgtgctggaggcctgtgccctactgcctgacctagacatctta
cctgctggagatgctacagaaattggagaaaagggacttaacctgtcaggggggcaaaag
cagagggtgagtctggccagagctgtctacagaaaggccgatgtgtacctgctggacgat
ccactttctgctgttgatgctcatgtgggtcaacacatctttgacagagtcattgggcca
aaaggagtccttagagacaagacccgcatacttgtgacccatggtatgagcttcctgccg
caggctgacctcatcctcgttctggcggacggcgaaatcacagaaagcggctcttaccag
gagctgctcagccgccacggcgcttttgcagacttcattcacacttttgcaagcacagaa
cggaaagagagcgtcatacagagagctggctccagaagatccaacgctcgactcagcatg
gttgacttcatgcctttttctagagacttgtcacaagagcagctaatcgggggagacacc
actaataccaacctgcaaaatatggagcctgtgtctgaaaccgaccaggatcagatacca
gaggacttggggaagctgactgaggtggacaaagctcgcactggacgagtgaggctgacg
ttgtacaagaagtacttcaagaccatcgggttggccatcattattctcatcgtcttcctt
tacgccttccagcagggcgcctctctggcctacaactactggcttagcatgtgggccgat
gatccagttgttaatggcacacagattgatacagatctcaaactgtctgtgtttggggct
ctgggatttgtgcaaggaattgccatctttggtaccactgttgccatctccatctgcggc
atcattgcttccaggcagctgcacatggacctgctggtcaacgttctccgctctccaatg
tcgtttttcgagagcacgcccagtggcaacctcctgaatcgctttgctaaagagatcgat
gccatcgactgcatggtccctgaaggcttgaaaatgatgctgagctatgtctttaaactt
ctggaagtctgcatcattgtgctgatggcgacgccctttgcagctgtgatcatcctgcct
cttgctttcctttacgccttcgtccagagcttctacgtcgccacatcctgtcagctgcgc
cggctggaggctgtgagccgctcgcccatctacacccacttcaatgagactgtgcagggt
gccagcgtgatccgagccttcggggagcagcccaggttcattctgcaggctaatgaaagg
gtcgacttcaatcaaacctcctactttccccgctttgtcgccactcggtggctggcggtc
aatctggagtttgtgggtaacgttgtggtccttgctgctgccattctttctgtgatgggg
agaagcactctgagtccaggcattgtcggtttggctgtgtcacattctctccaggtgacg
ggaatcctcagctggatcgtacggtcctggacggacgtggaaaataacattgtttctgtg
gagcgagtcaatgagtatgctgatactcccaaagaggccagctggagtacagagggcagc
tctttgcctgtggcttggccccagagcggcaccattgagttacaggactacgggctgcag
tacaggaaaggcctggagctcgctctaaaagacattacgctgcatattaacccaaaagag
aaggttggaattgtgggtagaacaggagctgggaagtcctcacttgcactgggaatcttt
aggatcctcgaggctgcaaagggaaagatctttattgacggagtgaatattgctgacatt
ggactccatgacctcagatctcgcatcacaatcattcctcaggatcccgtgcttttctca
ggctccctcaggatgaacctggacccctttgacacctacacagatgaggaaatttggagc
tctctggagcttgctcacctcaagacatttgtgtctaatctgcctgataaactcaactac
gaatgctcagaaggaggcgaaaacctcagcttgggtcagcgccagctagtctgcctggcc
agggccttgctgcggaaaaccaagatcctggttttggacgaagcaacggctgctgtggat
ctggaaacggacactctcattcagtcgacaatccgcacacagtttgagcactgcactgtg
ctgaccattgctcaccgacttaacactatcatggactacacaagggtgattgtcatggac
agaggccacatttctgagatggactctccagccaacctcatctcacagcggggacagttt
taccgaatgtgcctggaggctggactggtttag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (29)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (14)   
   Pfam (14)   
All databases (52)   

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