Jeroen Eyckmans
Papers
1
Total Citations
24
H-Index
1
About
Jeroen Eyckmans is a leading figure in mechanobiology, whose research bridges cellular mechanics, tissue engineering, and developmental biology. His work fundamentally explores how physical forces—both from the environment and generated by cells themselves—drive tissue formation, repair, and disease. A major contribution is his elucidation of how surface and bulk stresses within engineered fibrous microtissues orchestrate morphological changes, a key insight for understanding wound healing and morphogenesis. His highly cited 2019 study on this topic (24 citations) has become a cornerstone for researchers modeling tissue behavior in 3D. Eyckmans is also renowned for pioneering microfluidic and biomaterial platforms that probe how cells sense and respond to matrix stiffness and geometry. His work has directly informed the design of better scaffolds for regenerative medicine and provided a deeper understanding of how mechanical cues go awry in fibrosis and cancer. Through these contributions, Eyckmans has established himself as a vital voice in the quest to decode the physical language of life.
Research Focus
Key Achievements
Top Papers
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