340467 RESULTS
BIOMARKER META ANALYSIS 0.594082219112101 0.539000819473563 0.65479247955479-10.4894161745358 9.66235738875016E-26 0.18192562198113 0.00229811224313395 Biomarker Comparison Reference: Biom Comparison: 1700956_1700941 Effect Metric: 0.670298074601471 Lower CI: 0.47165825703564
BIOMARKER META ANALYSIS 0.665551864466371 0.597318073842771 0.741580246257977-7.37728343076779 1.61551854369019E-13 0.388833529607636 0.00584828757593017 Biomarker Comparison Reference: Biom Comparison: 1697526_1697496 Effect Metric: 0.61389244615362 Lower CI: 0.5212615362808
BIOMARKER META ANALYSIS 0.757502038709004 0.670915117388332 0.855263689514052-4.48445201414176 7.31015539509934E-6 0.836607372767001 0.0371251650594997 Biomarker Comparison Reference: Biom Comparison: 1700771_1700781 Effect Metric: 1.21448656866055 Lower CI: 0.956289757720367
BIOMARKER META ANALYSIS 0.6932966980602649 0.630580860279948 0.762250080549345-7.5717651157345 3.68186743447416E-14 Biomarker Comparison Reference: Biom Comparison: 1697531_1697496 Effect Metric: 0.702995985826875 Lower CI: 0.607491511847202 Upper CI: 0.813514833459933 LN Ef
ALZANTIBODIES In initial testing on western blots, antibody 26C11 reacted with murine ApoE endogenously expressed by the BV2 microglial cell line. The antibody also stained ApoE associated with amyloid plaques in the brains of APPPS1 mice. Antibody 26C11 recognizes mou
ALZANTIBODIES Monoclonal antibody 1F1 reacts with mouse CLEC7A. In initial testing, the antibody was shown to work as a detection reagent in western blots. Monoclonal antibody 1F1 recognizes murine CLEC7A. A) CLEC7A overexpressed in HEK293 cells. Western blot of lysate
ALZANTIBODIES Monoclonal antibody 3C4 reacts with mouse ABI3. In initial testing, the antibody was shown to work as a detection reagent for western blotting. Antibody 3C4 recognizes murine ABI3 overexpressed in HEK293 cells. Western blot of lysate of HEK cells transf
ALZANTIBODIES Monoclonal antibody 6F7 reacts with mouse ABI3. In initial testing, the antibody was shown to work as a detection reagent in western blot and as a capture antibody for immunoprecipitation. Antibody 6F7 recognizes murine ABI3 overexpressed in HEK293 cells.
ALZANTIBODIES Monoclonal antibody 30B7 reacts with human and mouse ABI3. In initial testing, the antibody was shown to work as a detection reagent in western blot and immunohistochemical (not shown) applications and as a capture antibody for immunoprecipitation. Antibo
ALZANTIBODIES Monoclonal antibody 12B2 reacts with human ABI3. In initial testing, the antibody was shown to work as a detection reagent in western blots and as a capture antibody for immunoprecipitation (not shown). Antibody 12B2 recognizes human ABI3 overexpressed in
ALZANTIBODIES Monoclonal antibody 22B9 reacts with human ABI3. In initial testing, the antibody was shown to work as a detection reagent in western blots and as a capture antibody for immunoprecipitation (not shown). Antibody 22B9 recognizes human ABI3 overexpressed in
ALZANTIBODIES In initial testing on western blots, antibody 6C10 reacted with all three isoforms of human ApoE overexpressed in CHO cells. Antibody 6C10 reacts with all three isoforms of human ApoE overexpressed in CHO cells. Western blots of conditioned media from CHO
ALZANTIBODIES In initial testing on western blots, antibody 6B9 reacted with human ApoE3 and ApoE4 (data not shown) overexpressed in HEK293 cells. As the antibody was generated against an epitope at the N-terminus of human ApoE common to all three isoforms, it is expec
ALZANTIBODIES In initial testing on western blots, antibody 28A11 reacted with all three isoforms of human ApoE overexpressed in CHO cells. Antibody 28A11 reacts with all three isoforms of human ApoE overexpressed in CHO cells. Western blots of conditioned media from C
ALZANTIBODIES Monoclonal antibody 3F5 reacts with mouse CD33m. In initial testing, the antibody was shown to work as a detection reagent in western blotting and as a capture reagent for immunoprecipitation. Monoclonal antibody 3F5 recognizes mouse CD33m overexpressed i
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