Latest On-Demand Webinars

This webinar will explore how we can isolate and expand patient-derived intestinal organoids in culture. By combining these organoids with scaffolds, we can generate functional intestinal mucosal grafts which demonstrate a proof-of-concept for subsequent clinical translation and future use in patients.

Recent technical advances allow investigators to analyze clinical samples with robust high-throughput proteomic workflows, creating an opportunity to analyze large numbers of patient samples during the COVID-19 pandemic.

A microarray is a miniaturized assay comprising a solid surface printed with a multitude of molecules which are available for multiplex interaction and detection. They have applications in many fields including genomics, proteomics, diagnostics, biomarker quantitation and others.

Watch this webinar to learn about the broad range of products and technologies available in the gene therapy field, flexible solutions for clinical and commercial scale viral vector production as well as process diversity and scale-up challenges in upstream processes.

Inspired by our Teach Me in 10 video series, this inaugural online event will explore the latest in vaccine research through a program of highly focused 10-minute talks from leading scientists. Our line-up of expert speakers will share their insights from the forefront of the field, discussing topics from disease monitoring and detection to vaccine distribution. In just a few hours, they will explore the entire vaccine research and development pipeline.

Watch this webinar to learn more about how the use of triple quadrupole GC/MS for routine dioxin analysis can improve your lab’s productivity, eurofins carries out dioxin analysis in environmental samples with performance criteria and the use of hydrogen carrier gas can significantly reduce lab operating costs.

As we all know, current global research efforts are focused on understanding the SARS-CoV-2 virus. Developing vaccines and therapies to combat the virus has become a priority, laboratories are addressing research questions at key stages in viral infectivity workflows.

The human immune system is extremely complex, comprised of multiple cell types and states interacting in myriad ways to produce diverse cellular ecosystems.

Full spectrum flow cytometry is becoming increasingly popular as it offers novel fluorescent dye combinations, improving flexibility and increasing multicolor panel size.

Vaccination has proven to be the most successful form of disease prevention available today. However, infectious diseases still account for large numbers of the yearly reported casualties, especially in developing countries.