معرفی
Ming Guo is an Associate Professor in the Department of Mechanical Engineering at the Massachusetts Institute of Technology (MIT), School of Engineering, holding the Class '54 Career Development Chair and recognized as an Alfred Sloan Fellow in Physics. His research bridges mechanics, physics, and cell biology to investigate how physical forces govern cellular behavior in health and disease, with significant implications for cancer, cardiovascular disorders, and tissue engineering.
Professor Guo's academic foundation includes a Ph.D. and M.S. in Engineering Sciences from Harvard University (2014, 2012) and a M.E. and B.S. in Mechanical Engineering from Tsinghua University (2007, 2004).
His research spans cell mechanics, mechanobiology, and soft matter physics, focusing on non-equilibrium dynamics in biological systems, mechanical drivers of disease progression, and cell volume regulation. Key discoveries include the role of vimentin intermediate filaments in cytoplasmic mechanics, activity-driven transport phenomena in cells, and the impact of cellular swelling on tumor invasion. His work integrates physics-based approaches to understand fundamental cellular processes and develop engineering solutions for disease intervention.
Analysis of Professor Guo's recent publications (2013-2020) reveals a consistent focus on mechanical properties of cells and tissues in pathological contexts. His lab pioneered techniques like Force Spectrum Microscopy to demonstrate how mechanical compression drives tumor progression, how cell softening enables cancer invasion in 3D models, and how biological materials like lobster underbellies achieve exceptional toughness. These findings establish mechanical cues as critical regulators of cellular behavior with direct therapeutic relevance.
His scientific contributions have been recognized with prestigious awards:
- d’Arbeloff Career Development Chair (2016)
- Class '54 Career Development Chair (2019)
- Alfred Sloan Fellow in Physics (2020)
Professor Guo leads an interdisciplinary research team at MIT comprising engineers, biologists, and physicists, mentoring students through laboratory research and coursework. His lab develops innovative methodologies to measure cellular mechanics across multiple scales, supported by MIT resources and competitive external funding evidenced by his high-impact publications in journals like Nature Physics and PNAS.
The Guo Laboratory specializes in creating and applying advanced biophysical tools including high-frequency microrheology and nonlinear stress inference microscopy. Current projects investigate tumor mechanics for cancer diagnostics, engineer stretchable micro-tissues for regenerative medicine, and explore biomimetic materials inspired by natural systems like lobster membranes for flexible armor applications.
