Sign up to save your podcasts
Or
Share 90 Day Deep Dive Podcast Series into the World of Human Receptor Pharmacology - Day 9 GPCR Second Messengers II (Phosphoinositide Pathway)
Share to email
Share to Facebook
Share to X
Share to email
Share to Facebook
Share to X
Or
90 Day Deep Dive Podcast Series into the World of Human Receptor Pharmacology - Day 9 GPCR Second Messengers II (Phosphoinositide Pathway)
Dive deep into the fascinating world of cellular signaling as we explore the phosphoinositide cascade, a crucial cellular communication pathway. In this episode, we unravel how scientists discovered that cells aren't just simple spaces, but contain intricate microdomains where specific signaling events occur. Learn how A-kinase anchoring proteins (AKAPs) act as cellular traffic directors, and discover how the interplay between IP3, DAG, and calcium orchestrates precise cellular responses. We'll also explore the medical implications of this pathway in diseases like cancer and heart conditions, and examine the cutting-edge techniques scientists use to study these microscopic processes. Perfect for biology enthusiasts and anyone curious about the incredible complexity within our cells.
View all episodes
By Jim Mitchell and Google NotebookLMDive deep into the fascinating world of cellular signaling as we explore the phosphoinositide cascade, a crucial cellular communication pathway. In this episode, we unravel how scientists discovered that cells aren't just simple spaces, but contain intricate microdomains where specific signaling events occur. Learn how A-kinase anchoring proteins (AKAPs) act as cellular traffic directors, and discover how the interplay between IP3, DAG, and calcium orchestrates precise cellular responses. We'll also explore the medical implications of this pathway in diseases like cancer and heart conditions, and examine the cutting-edge techniques scientists use to study these microscopic processes. Perfect for biology enthusiasts and anyone curious about the incredible complexity within our cells.