Cell biology

All tools and resources for cell biology

Understanding cell biology is crucial for grasping the complex functions of life. This research area focuses on essential activities like cell division, signaling, metabolism, protein synthesis, and apoptosis, which collectively ensure the overall functioning of living organisms. By studying these mechanisms, researchers can uncover the underlying causes of numerous diseases and develop targeted therapies.

We’re excited to partner with top scientists to develop extensive resources in cell biology, delivering valuable insights to your research. Our marker selection guides make it easy to choose the right markers for your experiments, guaranteeing accurate and reliable results every time. We offer in-depth guides covering everything from fundamental cell structure to intricate cellular processes. Plus, our detailed protocols provide step-by-step instructions for standard lab techniques. To enhance your knowledge further, we host engaging webinars with experts sharing the latest advancements and trends in the field.

Here, you will find a wide range of high-quality products to support your cell biology research. Our catalog includes various antibodies, reagents, and kits, all thoroughly validated to ensure the highest performance standards. Whether you are conducting basic research or developing new therapies, our products are designed to meet your needs. Browse our selection to find the ideal tools for your experiments and join our community of researchers dedicated to advancing the study of cellular organization and processes.

Product recommendations for cell biology research

Maximise your apoptosis analysis

Discover the difference that our apoptosis assay products can make in your research. Browse our comprehensive selection today and find the perfect solution to measure key apoptotic markers and pathways. With a wide range of detection kits, including TUNEL assays, caspase assays, and Cytochrome C measurement tools, we’re here to support your research at every step.

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Cell proliferation assays and cell cycle analysis

Cell proliferation assays are vital in biological and medical research for evaluating the growth and division rates of cell populations, offering insights into cellular behaviors crucial for understanding biological processes, disease mechanisms, and therapeutic outcomes. We've curated our recommended products in this area of research to help you progress further, faster.

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Tools for measuring cell viability and cytotoxicity

Explore our curated range of easy-to-use, efficient and fast cell viability assays. Most of our assays can be used across multiple detection platforms, including fluorescence microscopy, flow cytometry and microplate readers. Our range includes resazurin assays, commonly used to monitor cell viability by quantifying live cells in a sample. These assays are fast, simple, accurate and feature no-wash protocols.

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Choose the best cell biology markers

To help you quickly select the right markers and products for your research, we’ve generated these in-depth guides. Let’s advance discovery together.
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Cell biology guides

The complete guide to studying cell death

Distinguishing between different forms of non-apoptotic cell death can be challenging, especially as many share similar morphological features. However, the distinct regulatory pathways involved with each provide distinct protein markers that can be used for their detection. Find out how to identify necroptosis, pyroptosis and ferroptosis.

Guide to cell health assays

The analysis of cell viability, cytotoxicity, cell cycle state, cell proliferation, and cell death is critical to most cell-based studies. Understand your options, and choose the right assay to fit your experimental needs with this comprehensive guide.

The cell proliferation guide

Cell proliferation can be used to assess normal cell health, to measure responses to toxic insult, or as a prognostic and diagnostic tool in several cancers. The available markers typically look at DNA levels or synthesis, cellular metabolism, or proliferation-specific proteins. This guide highlights the most common methods to mark and score cell proliferation.

Cell biology pathways

Apoptosis mitochondrial and death receptor pathway

Apoptosis pathway

Autophagy pathway

Calcium signaling pathway

Cell adhesion and metastasis pathway

Extracellular vesicles pathway

HIF-1 alpha pathway

Mitophagy pathway

Nitric oxide pathway

Overview of NF-κB pathway

Oxidative phosphorylation pathway

The role of GSK3 in cell signaling pathway

Urea cycle pathway

VEGF signaling pathway

Webinars

Principles and practice of confocal microscopy

In this webinar, Dr. Ann Wheeler covers all best practices for confocal microscopy, from sample preparation through to data analysis, common pitfalls and problems, optimizing instrument set up, and the advanced applications confocal microscopy can be used for. This video is ideal for anyone interested in carrying out confocal microscopy, currently using confocal microscopy, or anyone who would like to better understand the technique and how it can be applied to their experiments.

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From engine room to executioner mitochondrial functions in cell death

Join Dr. Stephen Tait from Cancer Research UK as he explores the critical role of mitochondria in cell death. Find out how mitochondria drive the apoptosis process, their involvement in non-apoptotic cell death, and the methods used to investigate these mechanisms.

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Ion channels

Ion channels are integral membrane proteins that selectively allow ions to flow across the cellular membrane. Ion channels play an important role in various cellular and physiological processes, including cell division and migration, secretion, programmed cell death, volume regulation, and electrical signaling.

Join Hannah Bishop for this two-part webinar series to learn everything you need to know about ion channels. In part one, she outlines an introduction to ion channels, and in part two, she discusses major ion channel targets within four disease areas, such as epilepsy, pain, stroke, and cardiac arrhythmias.

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Intracellular trafficking

The ability of neurons to traffic neurotransmitters across synapses allows messages to be communicated across the whole body. Join us to get a deeper understanding of key aspects of intracellular trafficking in this live interactive digital session.

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