Latest On-Demand Webinars & Online Events

Discover how to create a more sustainable future for scientific research. Join this webinar to learn practical strategies for minimizing your lab's environmental impact.

Focused on cutting-edge methods to reduce energy consumption in laboratories, enable green chemistry and AI/ML directed work flows.

Join us for an engaging session on the newly revised My Green Lab Certification 2.0, where we’ll explore how laboratories worldwide are transforming their operations for a more sustainable future.

In this webinar, our expert speaker will explain the differences between vertical and horizontal plasma separation, exploring the factors that impact the effectiveness of blood separation. You will also learn how to address the challenges of high-vol

Learn about the latest research in spatial biology and its applications. From understanding the mechanisms of infectious disease to early diagnostics and therapeutics, hear the outstanding advancements in the field.

In this webinar, Dr. Mark Pandori will join us to delve into the use of advanced molecular techniques, particularly DNA and RNA-based methods, to detect infectious agents in clinical specimens. We will explore how these innovative technologies, inclu

Join experts Dr. Tania Nolan and Prof. Steven Bustin in the final episode of the New Frontiers in PCR Technology series. Learn best practices, common qPCR pitfalls and ensure reproducibility and rigor in your molecular research.

Explore the New Frontiers in PCR Technology Series 2024! Join us for three episodes featuring experts discussing advancements in PCR, automation, digital PCR and qPCR. Engage with speakers through live Q&As and stay ahead in genetic analysis.

Technological advances in molecular biology have revolutionized the management of cancer patients, and also assisted their relatives in cases of genetic predisposition identification.

Combining isothermal amplification and lateral flow technologies (IA-LFA) creates a powerful diagnostic tool that provides the sensitivity and specificity of isothermal amplification, with the rapid read out results of lateral flow assays.