This hydrogel, known as PIC, undergoes a phase transition, becoming a gel when heated and returning to a liquid state upon cooling. What truly sets this gel apart is its remarkable resemblance to collagen and fibrin gels, which constitute the extracellular matrix surrounding cells in our bodies.
Due to its close mimicry of native collagen, there is a plethora of potential biological and clinical applications for this synthetic gel. For instance, the PIC gel proves to be a perfect medium for cultivating human cells and organoids in the laboratory, and it can be employed as a wound healing material.
In this lecture, Dr. Paul Kouwer, an associate professor at our university, will explain the discovery and unique attributes of this hydrogel. He will demonstrate how, by incorporating various biological cues, the PIC gel can serve diverse purposes. He will delve into current and prospective applications within the laboratory and clinical settings. Furthermore, he will expound on how this synthetic gel can contribute to the advancement of personalized healthcare.
Are you curious about the future of "Personalised Medicine"? Or do you wish to gain comprehensive insights into the chemical intricacies and discovery of the PIC gel? If so, please sign up for the lecture!
15:00 - 15:30 Welcome with coffee and tea
15:30 - 16:30 Lecture
16:30 - 17:30 Social mixer