ArticlesCell BiologyResearch Highlights

Macrophage Polarization — An Overview

Macrophages are important players in the phagocytosis process in the immune system. In this detailed review, we provide an overview on the different types of macrophages, the signaling molecules involved in the polarization of M1 and M2 macrophage subsets, and more.
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ArticlesCell BiologyGeneral Interest

Assessing Cell Health: Viability and Proliferation

In this multi-part series on assessing the health of your cells, we review different factors to be considered in your assessments such as cell viability, proliferation, apoptosis, and autophagy. The first part covers the methods for assessing viability and proliferation and their advantages, and discusses some common considerations.
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ArticlesCell BiologyCustomer StoriesFeatured Stories

Expanding Flow Core Capabilities by Shifting Routine Sorts to Self-Sort on the S3e™ Cell Sorter

To run a core flow cytometry lab is no easy task. There is always a balance between running simple sorts and developing new assays for answering complicated questions that demand pushing the limits of existing assays and the limitations of the sorters. See how Andy Riddell, a flow core manager, pushes the limits of his existing assays and how Bio-Rad’s S3e™ cell sorter is allowing him to accomplish that.
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ArticlesCell BiologyProtocols and Tips

Flow Cytometry: Basic Definitions

It’s always good to get the basics straight. Here, we’ve defined some flow cytometry terms that might have eluded you.
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ArticlesCell BiologyProtocols and Tips

10 Tips and Tricks for Designing Multicolor Flow Cytometry Panels

Multiplexing an assay comes with its own complications in addition to the benefits it affords. Designing multicolor panels for flow cytometry analysis entails several considerations for a successful outcome. Here is a list of tips that can help you succeed in setting up and running a multicolor flow cytometry panel.
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ArticlesCell BiologyProtocols and Tips

Protocol: Preparation of Cells for Flow Cytometry

Harvesting of tissue culture cells could be challenging. Here is an easy protocol for efficient harvesting of cells for flow cytometry analysis.
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ArticlesCell BiologyProduct Highlights

Introducing the ZOE™ Fluorescent Cell Imager for Routine Cell Culture and Fluorescent Imaging Applications

Using traditional fluorescence microscopes for everyday cell imaging can be frustrating, with a lot of time spent in the darkroom mastering a highly specialized piece of equipment, all to accomplish relatively simple tasks. The ZOE Fluorescent Cell Imager eliminates the complexities of cell imaging by combining the ease of use of a personal tablet with the power of an inverted microscope. Check it out.
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ArticlesCell BiologyCustomer StoriesFeatured Stories

Investigating Cancer Stem Cells with the S3™ Cell Sorter

The Cancer Stem Cell model proposes that a special group of dormant cells in the cancer population plays a key role in tumor development and growth, as well as regeneration following treatment. Find out how researchers Stacy Blain and Danielle Joseph are using the S3 Cell Sorter in studying potential cancer stem cells for multiple myeloma.
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AppsCell Biology

ZOE™ Fluorescent Cell Imager

Launch the ZOE Interactive Web App to try the intuitive ZOE user interface, manipulate images, view features and specifications in depth, and more.
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ArticlesCell BiologyProduct Highlights

Developing Bio-Rad’s S3™ Cell Sorter: The Great Cell Sorting Redesign

Cell sorting technology is not new. However, sometimes taking a new look at a mature technology brings unexpected results. See how we reimagined drop delay calculation, rethought software and automation, and more during the design and development of Bio-Rad’s S3 Cell Sorter.
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