Events

Charles Institute Seminar Series 2024-25: ''Engineered In Vitro & Computational Models for Studying Mechanobiology of Soft Tissue (e.g., skin) Remodeling'' by Guest Speaker Professor Edward Sander

Published: 28 January, 2025

 

Date of Talk: Wednesday, February 5th, 2025 @12PM

Location: In Person and Online Via Zoom

Talk Title: Engineered In Vitro & Computational Models for Studying Mechanobiology of Soft Tissue (e.g., skin) Remodeling

Speaker Details: Professor Edward Sander

Roy J. Carver Dept of Biomedical Engineering, Uni. of Iowa, USA

Short Biography: 

Ed Sander is a Professor and Robert and Virginia Wheeler Faculty Fellow in the Roy J. Carver Department of Biomedical Engineering at the University of Iowa, with secondary appointments in Chemical and Biochemical Engineering and Orthopedic and Rehabilitation
Therapy. Dr. Sander also is the Director of Graduate Studies and Editor-In-Chief of the Biomedical Engineering Society Journal Cellular and Molecular Bioengineering.

Abstract for talk: 

During development, cell-cell and cell-matrix interactions orchestrate the formation of organized, functional tissues. Later in life these same tissues have limited capacity to regenerate themselves in response to injury, disease, or the aging process.
Efforts to direct tissue self-structuring and remodeling are progressing but are hampered by a lack of understanding of how interactions are coordinated locally and globally across multiple length and times scales, particularly in terms of the role of the mechanical environment.
This environment is dependent in part on the composition, organization, and stiffness of the local extracellular matrix and by how physical forces are communicated throughout the tissue to a cellular level. To understand these interactions (esp. mechanochemical interactions) amongst different skin cell types (fibroblasts, keratinocytes, and adipocytes), our lab combines computational modeling and in vitroengineered systems to understand the mechanobiology of tissue remodeling and to develop tissue engineering-based strategies to reduce scarring and improve tissue function.

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