Alzheimer's imaging, simplified
Discover our solutions, comprising primary antibodies (chimeric, conjugated, and carrier-free), secondary antibodies, and dyes.
Recombinant antibodies
Browse our curated portfolio of precise recombinant antibodies detecting Tau, Beta-amyloid, and other Alzheimer’s targets of interest. Our antibodies are extensively validated in multiple applications and species, as well as in Alzheimer's tissue samples so you can trust in your results.
Many of our recombinant antibodies are now available in 20 μL sample sizes.
Product highlights
Anti-Tau (phospho S396) antibody [EPR2731]
- The most-cited antibody against phospho Tau S396
- Validated in AD patient samples
- Available in carrier-free and conjugated formats
Anti-beta Amyloid 1-42 antibody [mOC64]
- Stains frontal cortex plaques
- Validated on the Leica BOND™ RX automated IHC staining platform
- Developed in collaboration with Professor Charles Glabe (UC Irvine)
Anti-Apolipoprotein E4 antibody [EPR24181-64]
- Validated in AD patient samples
- Enhanced IHC validation data available
Anti-TREM2 antibody [EPR26209-22]
- Tested in AD patient samples
- Specificity confirmed with negative samples
- Multiplex data available
Tau
Beta-amyloid
Other Alzheimer's disease targets
Other key cell and neuronal markers
Conjugated antibodies
Directly conjugated antibodies remove the need for secondary antibodies, saving you valuable hands-on time. We offer a wide range of conjugates, including various fluorescent and chromogenic options. Fluorescent conjugated antibodies are the ideal tools for multiplex IHC. Our range of conjugates includes Alexa Fluor® dyes, biotin, HRP, AP, FITC, PE, PerCP, APC, and tandem dyes.
Our datasheets feature all available conjugates for an antibody, including the fluorescent color.
Alexa Fluor® 488 Anti-NeuN antibody [EPR12763] - Neuronal Marker
- Unconjugated version has >800 citations
- Recombinant antibody for superior reproducibility
Alexa Fluor® 488 Anti-Tau Alzheimer's Disease antibody [GT-38]
- Conformation-specific
- Validated in AD tissue samples
Alexa Fluor® 647 Anti-SV2A antibody [EPR23500-32]
- Confirmed to work with cell cultures and frozen sections
- Validated in primary mouse neurons (E18, hippocampus)
"AF" denotes Alexa Fluor®, a registered trademark of Molecular Probes, Inc, a Thermo Fisher Scientific Company.
Chimeric antibodies
Developed using recombinant technology, our chimeric antibodies combine the high specificity and sensitivity of our trusted rabbit monoclonal antibodies with constant regions (Fc) from alternative host species, including mouse, rat, goat, and chicken. This innovative design preserves the binding performance of the original clone while enabling seamless integration into multiplexed assays.
Product highlights
Anti-GFAP antibody [EPR1034Y] - Goat IgG (Chimeric)
- Suitable for multiplexing - Goat monoclonal antibody
- Convenient 20ul size - easily test your antibodies and move to the next step with confidence
- Tested with relevant samples - tested with brain tissues and primary cell cultures
- Switch between samples and applications - validated in 5 applications and 3 species
Anti-Tau antibody [EPR22524-95] - Mouse IgG1 (Chimeric)
- Suitable for multiplexing with rabbit monoclonal antibodies - Mouse monoclonal antibody
- Tested with brain samples
- Confirmed specificity - negative controls included
- Leica Biosystems BOND® RX tested
Accessory reagents
To support your experiments, we offer a broad range of accessory reagents, including secondary antibodies, dyes and inhibitors.
Dyes to visualize amyloid
Secondary antibodies
Fc-specific pre-adsorbed secondary antibodies
Sample preparation and detection kits
Webinar: The role of astrocytes in Alzheimer's disease
Learn more about the role of astrocytes in AD and other neurogenerative diseases from Assistant Professor Shane Liddelow from the Department of Neuroscience and Physiology at NYU Langone Medical Center.
button-secondary
Webinar: Inflammation in Alzheimer's disease
Discover the critical role of inflammation in Alzheimer’s disease in this expert-led webinar featuring Professor Michael Heneka.
button-secondary