The Effect of Osmotic Pressure on Collagen Mimetic Sequences

Explore groundbreaking research on collagen molecules' behavior during dehydration in this insightful interview with Kerstin Blank and her colleagues from the Max Planck Institute for Colloids and Interfaces. Delve into the mechanisms behind collagen contraction upon water loss, a crucial aspect of materials like bone and tendon. Discover how the research team employs collagen mimetic peptides, combining molecular modeling and experimental techniques to unravel this complex phenomenon. Learn about the surprising finding that canonical collagen sequences elongate during dehydration, while sequence modifications can reverse this trend. Gain valuable insights into the importance of local variations in understanding collagen behavior and its implications for materials science and biology. This 21-minute video, presented by the Materials Research Society, offers a comprehensive look at cutting-edge research published in MRS Bulletin, shedding light on the intricate relationship between collagen and water interactions.

Kerstin Blank: The effect of osmotic pressure on collagen mimetic sequences