Learn more about cell based assays, cell proliferation assessments, and the key cell proliferation biomarkers Ki-67, MCM2, and PCNA.
Investigate gene function and the modulation of gene expression and contribute to advancing basic cellular research, drug discovery, and target validation with transfection techniques.
Learn how to keep your stem cell research moving forward with proper isolation, generation, and maintenance techniques.
Cell Counting Methods
Cell Counting for Downstream Applications of Mammalian Cells
Standardize your experiments and measure assay impact for transfection, cell proliferation or viability studies, and quantitative PCR, with accurate cell counting methods.
Hemocytometer
Manually gather basic cell, particle, and small organism counts with hemocytometers equipped with Neubauer grids.
Automated Cell Counters
Obtain an accurate and reproducible total count of mammalian cells and a live/dead ratio in a single step.
TC20™ Automated Cell Counter
Quickly and accurately count cells in one straightforward step with innovative auto-focus technology and a sophisticated cell-counting algorithm.
Cell Health Products
Monitor & Measure Cell Health
Whether you are determining the viability of cells in culture, evaluating proliferation responses, or understanding your treatment response, Bio-Rad’s reliable cell based assays will give you the confidence you need to get the right result.
Cell Viability
Measure cell viability in toxicity assays, determine side effects of therapeutics, gathering information on cellular activity, or ensure you are studying a live population.
Cell Proliferation
Determine the effect of experimental treatment on cellular replication by measuring the increase or decrease in cellular growth and division.
Apoptosis
Detect the morphological and biochemical changes within a cell that are indicative of programmed cell death.
Autophagy
Monitor the repair and survival response of cells through the degradation and recycling of cytoplasmic components.
Cell Proliferation Assays
Analyzing Cell Populations
Measure cytotoxicity and monitor cell viability using commonly used techniques and methods to assess dividing cells.
High-Throughput Cell Screening
Automate High-Throughput Screening
Reduce your time-to-results in therapeutics development, antibody screening, and biomarker discovery with the ZE5 Cell Analyzer that allows for high-throughput and high parametric flow analysis.
Microbial Analysis
View research identifying a eukaryotic antiviral pathway with ancient evolutionary roots stemming from the protection of bacteria against phage infection.
Monitoring T-Cell Exhaustion After IMT
Read how the multi-parametric capability of the ZE5 Cell Analyzer enables tracking of T cell exhaustion after Nivolumab Treatment.
Extracellular Vesicle Labeling & Uptake Analysis
Learn how the ZE5 Cell Analyzer was used to characterize parasite-derived extracellular vesicles (EVs) smaller than 200 nm.
ZE5 Cell Analyzer
The ZE5 Cell Analyzer is a high-performance, automation-ready flow cytometer with the ideal combination of high-throughput screening and high parameter cell analysis capabilities.
Stem Cell Research
The Future of Therapeutics
Leverage stem cells’ self-renewing power and ability to differentiate into tissue-specific cell types with specialized functions to develop innovative therapeutics.
Biomarker Analysis
Get a Snapshot of Biological Function
Measure and monitor disease progression and therapeutic response throughout drug discovery, development, and clinical stages with precise biomarker analysis.
Cytokines in Disease
Investigate secreted proteins that mediate and regulate immunity, inflammation, and hematopoiesis and serve as indicators of inflammation or disease.
Phosphoprotein Networks
Profile phosphoprotein-driven signal networks to investigate a wide variety of biological processes including apoptosis, translation control, and cell cycle.
CRISPR Gene Editing
Revolutionize Drug Discovery & Development
Directly edit your desired target genes efficiently and accelerate therapeutic development with versatile gene editing workflows.
Changing BioPharma R&D
Redefine what is possible in BioPharma R&D with fast, cheap, and highly transferable CRISPR-Cas9 gene editing technology.
Changing Genetic Therapies
Help revolutionize healthcare by using gene editing technology to erase disease-causing mutations and provide permanent cures to diseases.
Flow Cytometry in CRISPR-Cas9 Gene Editing Workflows
Save time to results by incorporating flow cytometry into the CRISPR-Cas9 gene editing workflow.
Therapeutics & Gene Editing
Learn about common roadblocks to therapeutic development and how gene editing alleviates them.
Droplet Digital™ PCR
Detect small and large edits with absolute quantification and ultrasensitive ddPCR™ technologies.
Rare Cell Capture & Characterization
Enrichment & Enumeration Solutions for Characterization of Rare Cells
Expand your rare cell research with Bio-Rad solutions designed for easy, efficient, and gentle sized-based capture and recovery of rare cells including circulating tumor cells (CTCs), immune cells, among others found in liquid biopsy samples.
Single-Cell Sequencing
Explore Cell Heterogeneity through Single-Cell Sequencing
Unlock the potential of scRNA-seq and scATAC-seq with Bio-Rad’s ddSEQ™ Single-Cell Isolator and ddSEQ Single-Cell NGS Library Prep kits. Utilize our proven droplet technology for high-performance and reliable exploration of cell heterogeneity. Enhance your analysis with SeqSense Cloud, a free cloud-based solution for visualization and management of NGS data, compatible with the ddSEQ 3' RNA-Seq kit.
Featured Resources
Find Your Ideal ddPCR Solution with Our Selector Tool
No matter what your research focus is, our interactive tool helps you identify the right Droplet Digital™ PCR (ddPCR™) solution for your specific application.
dPCR or qPCR? Use Our Selector Tool to Guide Your Choice
Quickly determine whether digital PCR or qPCR is right for your experiment. Use our interactive tool to get tailored recommendations.