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PMID: 16861249
Ren XQ, Furukawa T, Yamamoto M, Aoki S, Kobayashi M, Nakagawa M, Akiyama S
A functional role of intracellular loops of human multidrug resistance protein 1.
J Biochem. 2006 Sep;140(3):313-8. Epub 2006 Jul 21.,
[PubMed]
Sentences
No.
Mutations
Sentence
Comment
44
ABCC1 p.Gly1161Pro
X
ABCC1 p.Gly1161Pro 16861249:44:80
status:
NEW
view ABCC1 p.Gly1161Pro details
ABCC1 p.Glu507Leu
X
ABCC1 p.Glu507Leu 16861249:44:57
status:
NEW
view ABCC1 p.Glu507Leu details
ABCC1 p.Glu1157Leu
X
ABCC1 p.Glu1157Leu 16861249:44:73
status:
NEW
view ABCC1 p.Glu1157Leu details
ABCC1 p.Gly511Pro
X
ABCC1 p.Gly511Pro 16861249:44:63
status:
NEW
view ABCC1 p.Gly511Pro details
The strategies employed for site-directed mutagenesis of
E507L
/
G511P
and
E1157L
/
G1161P
in MRP1 cDNA were previously described (10).
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45
ABCC1 p.Glu507Leu
X
ABCC1 p.Glu507Leu 16861249:45:29
status:
NEW
view ABCC1 p.Glu507Leu details
ABCC1 p.Glu507Leu
X
ABCC1 p.Glu507Leu 16861249:45:206
status:
NEW
view ABCC1 p.Glu507Leu details
ABCC1 p.Gly511Pro
X
ABCC1 p.Gly511Pro 16861249:45:35
status:
NEW
view ABCC1 p.Gly511Pro details
ABCC1 p.Gly511Pro
X
ABCC1 p.Gly511Pro 16861249:45:216
status:
NEW
view ABCC1 p.Gly511Pro details
The primers used to generate
E507L
/
G511P
mutations were forward and reverse primers: 50 CTCAATCCGATCAAAGTGCTAAAG30 and 50 AATTAAGTTCATCAGCTTGATCCG30 (The underlining indicates mismatched bases the encoding
E507L
and
G511P
mutations, respectively).
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46
ABCC1 p.Gly1161Pro
X
ABCC1 p.Gly1161Pro 16861249:46:71
status:
NEW
view ABCC1 p.Gly1161Pro details
ABCC1 p.Glu1157Leu
X
ABCC1 p.Glu1157Leu 16861249:46:63
status:
NEW
view ABCC1 p.Glu1157Leu details
We also used a pair of forward and reverse primers to generate
E1157L
/
G1161P
mutations.
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47
ABCC1 p.Gly1161Pro
X
ABCC1 p.Gly1161Pro 16861249:47:171
status:
NEW
view ABCC1 p.Gly1161Pro details
ABCC1 p.Glu1157Leu
X
ABCC1 p.Glu1157Leu 16861249:47:160
status:
NEW
view ABCC1 p.Glu1157Leu details
The primers were: Forward: 50 TTGC- TGCCGGTCAGCGTCATTCGA30 , and reverse: 50 GGTC- AAGTTGAAATGGGAATA30 (The underlining indicates mismatched bases encoding the
E1157L
and
G1161P
mutations, respectively).
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99
ABCC1 p.Glu507Leu
X
ABCC1 p.Glu507Leu 16861249:99:12
status:
NEW
view ABCC1 p.Glu507Leu details
ABCC1 p.Gly511Pro
X
ABCC1 p.Gly511Pro 16861249:99:18
status:
NEW
view ABCC1 p.Gly511Pro details
Mutation of
E507L
/
G511P
in ICL5 of MRP1 almost completely inhibited the labeling of 8-azido-a-[32 P]ATP in NBD2 but not adjacent NBD1.
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110
ABCC1 p.Gly1161Pro
X
ABCC1 p.Gly1161Pro 16861249:110:79
status:
NEW
view ABCC1 p.Gly1161Pro details
ABCC1 p.Glu507Leu
X
ABCC1 p.Glu507Leu 16861249:110:46
status:
NEW
view ABCC1 p.Glu507Leu details
ABCC1 p.Glu1157Leu
X
ABCC1 p.Glu1157Leu 16861249:110:72
status:
NEW
view ABCC1 p.Glu1157Leu details
ABCC1 p.Gly511Pro
X
ABCC1 p.Gly511Pro 16861249:110:52
status:
NEW
view ABCC1 p.Gly511Pro details
ATP-dependent LTC4 transport by reconstituted
E507L
G511P
/WT MRP1 or WT/
E1157L
G1161P
MRP1 was considerably decreased and GSH-dependent photolabeling of azido AG-A of these MRP1 mutants was abrogated.
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148
ABCC1 p.Gly1433Asp
X
ABCC1 p.Gly1433Asp 16861249:148:132
status:
NEW
view ABCC1 p.Gly1433Asp details
A previous study suggested that ATP binding to both NBDs of MRP1 was not abrogated when the signature sequence of NBD2 was mutated (
G1433D
) (14).
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