Determine yeast cell viability with unprecedented precision

Accurate determination of cell viability is essential for numerous applications, from toxicity testing to industrial fermentation processes. The SPES technology, developed by EOS, provides a fast, reliable and automated method to determine the percentage of living cells in a population.

Why SPES?

• High throughput: Analyze tens of thousands of cells in minutes.
• No expensive consumables: Save costs on reagents.
• Minimum sample preparation: Simple and fast workflow.
• In-line monitoring: Monitor your processes in real time.
• Robust: Accurate results, even in complex matrices.

Saccharomyces cerevisiae: a case study

The versatile yeast cell Saccharomyces cerevisiae is an ideal model organism for cell viability studies. SPES allows you to accurately measure the effects of various stress factors on yeast cells. By analyzing changes in cell size and refractive index, SPES effortlessly distinguishes between living and dead cells.

The Classizer ONE: your partner for cell analysis

The Classizer ONE is a powerful instrument that uses SPES technology to analyze a wide range of particles, including cells. With the Continuous Flow Analysis (CFA) add-on, you can even perform in-line monitoring of your processes.

Advantages of the Classizer ONE:

• Flexible: Analyze different cell types and particles.
• Automated: Minimize manual actions.
• Intuitive software: Easy to operate.
• Modular: Customize the system to your specific needs.

Applications:

• Toxicity tests: Determine the toxicity of chemicals on cells.
• Quality control: Control the quality of industrial fermentation processes.
• Research: Investigate the effects of different factors on cell growth and death.

Ready to determine the viability of your cells more accurately?

Take Contact with the specialists of Inventech for a free consultation. Our experts are ready to help you find the optimal solution for your specific application.