Latest On-Demand Webinars & Online Events

Dr. Roddy O'Connor explores "hit & run" serial killing in CAR T cells, discussing how metabolic reprogramming influences their migration and cytolytic function, crucial for effective tumor targeting.

This event will focus on the latest progress in precision genome editing, novel delivery vectors, allogeneic cell therapies and the journey from laboratory research to clinical application, offering insights into the future of personalized medicine

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.

Dr. Jessica E. Thaxton discusses how metabolic stress in tumors affects immune cells, focusing on modulating T cells for lipid use and the role of Acetyl-CoA Carboxylase in limiting anti-tumor immunity.

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 speakers will review how primary human cells, cell models and optimized media systems can be the building blocks for developing the next generation of predictive in vitro ADMET tests.

This webinar will explore how automating parts of the cell differentiation process and implementing quality assurance steps can streamline organoid production and make it more scalable and reliable for broader applications.

Nutrient access and metabolism regulate lymphocyte function, crucial in demanding environments like tumors. Dr. Delgoffe explores T cell metabolic defects in solid tumors and unveils strategies to modulate these pathways, enhancing immune responses t

In this webinar, we revisit the world of synthetic biology with Professor Ron Weiss of MIT, a visionary pioneer in the field. Explore how advances in genome engineering are enabling synthetic biologists to push the boundaries of what’s possible.