Physical Models of Living Matters - The 3rd Symposium of Physical Biology and Biological Physics

Session

Session VII

1 Sept 2024, 08:30

205 Meeting Room (The Aspire Resort, Taoyuan)

Conveners

Session VII

• Wei-hsiang Lin

22. One-dimensional complex cell motility patterns induced by mechanosensitive adhesion complexes

Prof. Hsuan-yi Chen (NCU)

01/09/2024, 08:30

The complex one-dimensional crawling moving patterns of a cell on a substrate are studied in this theoretical study. A simple model of cell motility, which assumes that the cell-substrate adhesion sites are localized at the cell ends, and the cell crawling dynamics are controlled by the evolution of the myosin density and the number of adhesion complexes at the cell ends, is discussed first....

39. How do active particles diffuse in polymer networks: from simulations to theory

Prof. Jae-Hyung Jeon (POSTECH)

01/09/2024, 09:00

The diffusion of tracer particles within a polymer environment is a promising topic connected with numerous biological and industrial applications, including intracellular macromolecule transport and nanoparticle diffusion. Despite extensive studies, the study of self-propelled particles within a polymer network has received attention recently and poorly understood. Here we study the...

23. Contributed talk

Marie Cutiogco

01/09/2024, 09:30

38. The Interplay of Carotenoids and Reactive Oxygen Species in a Regenerating invertebrate

Prof. Chia-liang Cheng (NDHU)

01/09/2024, 09:50

In this work, we address the participation of primary and secondary “Carotenoids” in the life activity of the regenerating anterior region of A. viride. A. viride is tasked with building entire body segments out of their single starting cell at their amputated region and undergoing epimorphic regeneration, therefore, these annelids are the most suitable for the study of regeneration. In...