Blog Topic: Cell Cycle

In this blog, we explore the intricate role of ADP-ribosylation in health and disease.

For this Halloween blog, we’re taking a taste of something slightly different: cell cannibalism.

In this blog, we take a look at a new class of drugs, known as senolytics, that target so-called “zombie” cells and how this provides the potential to...

In this blog, we discuss a recent study by Carmona-Pérez et al., in which they investigate the role of the Toll-like receptor (TLR) 7/interferon regul...

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

In this blog, we will explain what alamarBlue is and how it works, and then explore three main benefits of this reagent.

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

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

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.

This blog post highlights autophagy as a therapeutic strategy for neurodegeneration.

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

In this podcast, Bio-Rad reviews three popular methods for studying cell proliferation: using thymidine analogs, quantifying DNA content, and detectin...

Listen to Bio-Rad’s top tips for studying SUMOylation in our podcast.

Learn Bio-Rad’s practical tips for controlling your BrdU experiments in our podcast.