Using Stable Isotope Tracing to Study CD8+ Immune Cell Dynamics In Vivo

Metabolic reprogramming is an essential part of the T cell activation program. Although the metabolism of T cells cultured in vitro (where nutrients are in excess) is well understood, how T cells use nutrients in vivo is less well defined.

This webinar highlights insights into the metabolism of physiologically activated CD8+ T cells and a new method to study T cell nutrient utilization in vivo.

Metabolic reprogramming is an essential part of the T cell activation program. Although the metabolism of T cells cultured in vitro (where nutrients are in excess) is well understood, how T cells use nutrients in vivo is less well defined. This webinar highlights insights into the metabolism of physiologically activated CD8+ T cells and a new method to study T cell nutrient utilization in vivo.

Publish Date: July 28, 2020

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Webinar: Using Stable Isotope Tracing to Study CD8+ Immune Cell Dynamics In Vivo

Metabolic reprogramming is an essential part of the T cell activation program. Although the metabolism of T cells cultured in vitro (where nutrients are in excess) is well understood, how T cells use nutrients in vivo is less well defined.

This webinar highlights insights into the metabolism of physiologically activated CD8+ T cells and a new method to study T cell nutrient utilization in vivo.

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Using Stable Isotope Tracing to Study CD8+ Immune Cell Dynamics In Vivo

Webinar: Using Stable Isotope Tracing to Study CD8+ Immune Cell Dynamics In Vivo

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