Bio-Rad

In this blog, we discuss the approval of donanemab, a monoclonal antibody designed to target and clear amyloid plaques in the brain, for the treatment...

This blog discusses a recently discovered form of regulated cell death known as erebosis, found in the guts of fruit flies.

Find out who won the 2022 Bio-Rad Science Writing Competition.

This blog takes a look at a study by Bergström et al. that examined the DNA from ancient wolves to help answer the origins of dogs from wolf populatio...

This blog discusses viruses like herpes simplex and hepatitis B, that like a zombie return once you think they have been defeated. 

In this blog, we discuss Porcine Reproductive and Respiratory Syndrome (PRSS)-resistant pigs and how this could help alleviate the economic burden of ...

Find out who won the 2021 Bio-Rad Science Writing Competition.

This blog discusses the CCR5 co-receptor and the role that it could play in an HIV cure, as well as the patients who appear to be in long-term remissi...

The winners of the 2020 Bio-Rad Science Writing Competition are revealed.

In this blog, we discuss the potential for a monoclonal antibody to neutralize the SARS-CoV-2 virus that causes COVID-19.

This blog tells the story of rapamycin’s discovery, identification of the mTOR signaling pathway, and highlights the important role that basic researc...

This blog post discusses the discovery of SUMO and the importance of SUMOylation in cell cycle regulation and cellular proliferation.

Th2A cells are a recently identified subset of T helper cells type 2 (Th2). This blog looks at the role of Th2A cells in allergy.

We examine SUMOylation, the effect of their aberrant SUMOylation on signaling pathways and the potential of SUMO inhibitors in cancer therapy.

This blog describes scientific findings describing the mechanism behind the failure of beta cells to proliferate in patients with type 2 diabetes

Learn how a new tool from Bio-Rad simplifies knowing what markers to use to identify certain immune cell types.

Our second part of BrdU in adult neurogenesis research, describes “the dark side of BrdU” and how you can carefully control BrdU labeling experiments...

The first of a two part series describing how BrdU revolutionized the field of neurogenesis.

We are excited to share that Bio-Rad was named as the CiteAb Custom Antibody Supplier of the year.

Fluorescent proteins have expanded the capabilities of scientists, thus allowing observations that would not have been possible without them.

Researchers partnered with Bio-Rad to engineer high affinity, highly specific inhibitor antibodies to the active site region of a WNV proteinase.

In this blog post we highlight some the current potholes on the road to reproducible antibodies.

This blog post defines critical reagents and best practices for their characterization.

We describe the different types of ELISAs, the advantages and disadvantages of each and what to consider before choosing an ELISA technique.

This blog describes the triggers & mechanisms that lead to death by apoptosis, as well as assays for measuring apoptosis in your research.

HuCAL technology was used to develop high specificity, high affinity antibodies to distinguish between protein isoforms with only minor differences.

In this blog post we simplify the Flow Cytometry process in five easy steps that will ensure successful results.

This blog post provides insight on how to improve your assay sensitivity by selecting antibodies based on binding strength as well as affinity.

This blog post discusses TidyBlot and how it does not detect IgG heavy and light chains in your co-IP experiment.

With over 35 years of experience with antibodies, we offer our expert advice for taking care of your antibodies for consistent results.

This blog post describes the applicability of recombinant antibody fragments from a naive antibody library for immuno-MRM based quantification.

This blog post describes how your choice of cooking method may increase your risk for developing a range of diseases, including Alzheimer's

This post describes crucial markers and useful markers to study aberrant cell proliferation.

This post describes what tandem dyes are and what to keep in mind when incorporating them into your flow cytometry panels.

This post describes how mutations in proto-oncogenes and tumor suppressor genes account for tumorigenesis.

This post describes what an isotype control is and how one could be beneficial in your multi-color flow cytometry experiments.

This post describes selecting fluorophores for your IF experiments based on dye characteristics, such as quantum yields and extinction coefficients.

This post describes how to choose fluorophores for IF experiments based on dye characteristics, such as quantum yields and extinction coefficients.

Have a group of researchers really found the key to a cure to the currently incurable Dengue virus? Find out here...

This post describes a few key factors to consider when designing intracellular flow cytometry experiments.

This post provides flow cytometry novices with a basic overview of how to design a multi-color flow cytometry panel.