CytoFLEX SRT Benchtop Cell Sorter

Synthetic biology is driving a new era in sustainable science—enabling researchers to design microorganisms for the efficient production of environmentally friendly materials. Whether you're engineering microbial strains or optimizing growth conditions, minimizing waste and maximizing process efficiency are core goals of any green chemistry workflow.

Download this eBook to:

• Miniaturize and automate strain development — cut reagent use and reduce plastic waste
• Improve strain growth and optimization — minimize costly trial-and-error steps
• Speed up process development — reduce timelines without sacrificing data quality

Explore real-world case studies and practical tools that support sustainable innovation—from DNA purification to high-throughput bioprocessing. Learn how automation, precision liquid handling, and scalable workflows can help you bring green chemistry principles to life in your lab.

Resource details:

• Document type: SelectScience guide
• Page count: 91
• Read time: 2.5 hours
• Edition: 1st

An expert guide for harmonizing workflows, enhancing efficiency, and enabling reliable data.

Clinical trials demand precision, coordination, and scalable workflows. This eBook explores how partnering with an end-to-end solutions provider in flow cytometry can help overcome common trial challenges—from multicenter harmonization and ethical compliance to data management and automation.

Whether you’re a principal investigator navigating complex datasets, a lab manager maintaining regulatory excellence, or a clinician focused on patient outcomes, this guide offers practical insights for improving workflow standardization and research reproducibility.

Download the guide to explore:

• Best practices for harmonizing multicenter trials
• How expert partnerships improve data quality and efficiency
• The role of automation in sustainable, scalable research workflows

Equip your lab to lead in clinical research—with insights that drive real-world impact.

Here, Beckman Coulter Life Sciences shows how it can empower your cell line development workflow with automation technology designed to inform, unify and accelerate your cell line development.

Flow cytometry is a powerful technique that enables the identification of multiple properties of individual particles, such as cells and nuclei, within heterogeneous mixtures. When applied to free nuclei, it is routinely used to measure genome size and ploidy levels in plants. This data is essential for identifying taxonomic units like subspecies, characterizing natural populations, and distinguishing between different modes of reproduction, whether sexual or apomictic.

Nina Chumak, Postdoctoral Fellow at the University of Zurich, will discuss the benefits of using the CytoFLEX S flow cytometer for plant nuclei flow cytometry. She will also cover key practices for sample preparation and the selection of internal controls.

Key learning objectives

• Understand the advantages of flow cytometry for determining the genome size of plant species
• Explore the benefits of using the CytoFLEX S flow cytometer in plant applications
• Learn best practices for sample preparation and the criteria for selecting internal standards in flow cytometry applications for plants

Who should attend?

Core facility managers, research fellows, research scientists, lab managers, core lab managers, principal investigators, data scientists, analysts, professors, instructors, postdoctoral research fellows, laboratory assistants, laboratory coordinators, laboratory specialists, group leaders, microbiologists, geneticist, and biologists.

Certificate of attendance
All webinar participants can request a certificate of attendance, including a learning outcomes summary, for continuing education purposes

Virus-like particles (VLPs) are nanostructures that possess diverse applications in therapeutics, immunization, and diagnostics. These particles consist of one or more different molecules, have the ability to self-assemble, and are virus particle mimics in that they share the same form and size. However, they lack the proper genetic material to be infectious. Recently, VLPs have garnered increased attention in relation to SARS-CoV-2 vaccination. Due to their ability to elicit an immune response, VLPs have become an attractive alternative to conventional vaccination methods, for which contaminants from host cell production are a major issue. In this webinar, join our expert speakers as they discuss how flow virometry isolates and characterizes VLPs more efficiently by selectively capturing VLPs of interest. In addition, they will explore how cell sorting techniques have been used to deepen understanding of how humoral immunity is developed to viral antigens, describing how both follicular helper T cells and follicular regulatory T cells have an effect on germinal center reactions.

Key learning objectives

• Understand what VLPS are and how are they beneficial to research
• Learn more about the immunologic response to SARS-CoV-2 and associated pathways
• Explore sorting as a research tool for vaccine research

Who should attend?

Laboratory managers, Principal investigators, and Flow cytometry core facility employees

Certificate of attendance
All webinar participants can request a certificate of attendance, including a learning outcomes summary, for continuing education purposes.

Instrument breaks the boundaries of EV detection, providing access to new data points

Explore the products you’ve told us are advancing science and research in Life Sciences

The partnership hopes to accelerate and enable the sustainable manufacture of innovative biological medicines to bring them to market faster

Beckman Coulter Life Sciences, Zymo Research, and Corning Life Sciences among those recognized at AACR 2022