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

Session

Session VIII

Sep 1, 2024, 10:50 AM

205 Meeting Room (The Aspire Resort, Taoyuan)

Conveners

Session VIII

• Yu-chiun Wang

9. Dynamics of densifying cell monolayers: turbulence enhanced by cancer cell aggregation, void closure, and two-stage percolating transitions

Prof. Lin I (NCU)

9/1/24, 10:50 AM

"Dynamics of densifying cell monolayers: turbulence enhanced by cancer cell aggregation, void closure, and two-stage percolating transitions

Yi-Teng Hsiao, Hsiang-Ying Chen, Jun-Yu Liu, Yuan-Xuan Zhang, and Lin I
Department of Physics, National Central University, Jhongli, Taiwan 32001

The cell system is an extended active system exhibiting heterogeneous structure and motion over a wide...

30. Collective dynamics of spindle-shaped cells on defect topography

Hsiang-ying Chen (NCU)

9/1/24, 11:20 AM

Cell collective motion underlies many biological processes such as embryogenesis, morphogenesis, and cancer invasion. Cells can organize into diverse patterns across various spatiotemporal scales through the interplay of self-propulsion and mutual coupling. Topological defects, where the orientational order is undefined, are reported to govern many biological functions. In particular, integer...

25. Cells can adhere at fluid interfaces

Jun Nakanishi (National Institute for Materials Science)

9/1/24, 11:40 AM

"Conventionally, mammalian cells are cultured on stiff plastic or glass dishes. This is because cells have intrinsic contractility and exert mechanical forces to their substrates. It is critical for the cells to receive sufficient mechanical feedback, therefore stiff materials have been chosen for the cell culturing scaffolds, otherwise the cells undergo apoptosis, cellular suicide. On the...

26. Spherical Microwells for High-throughput 3D Cell Culture and Mechanobiology Investigations

Keng-hui Lin

9/1/24, 12:10 PM

27. Poster award announcement