معرفی
Dr. Mehmet Can Ucar is a Research Fellow in the School of Mathematical and Physical Sciences at the University of Sheffield, affiliated with the Materials and Biological Physics Group. His research focuses on the biophysical principles governing biological systems, including tissue development, collective cell migration, and molecular motor mechanics. He employs mathematical modeling and numerical simulations to explore these phenomena, contributing to high-impact journals such as Nature Communications and Science Immunology.
Research interests include self-organized guidance in multicellular systems, mechanics of lymphatic network development, and molecular motor coordination. His work bridges theoretical frameworks with experimental data to uncover how physical principles drive biological organization.
Key publications address topics like lipid-foam prototissue dynamics, self-generated chemotaxis in immune cells, and collective motor force generation. These studies highlight interdisciplinary approaches to understanding active matter and biological systems.
No scientific awards are listed. His current research involves collaborations on immune cell migration strategies and lymphatic network optimization. No advising students or grants are explicitly mentioned.
Labs/teams: Part of the Materials and Biological Physics Group at the University of Sheffield.
