Cell and Tissue Engineering

What is Cell and Tissue Engineering?

Cell and tissue engineering seeks to understand and control the behavior of cells and tissues, focusing on how environmental factors—such as chemical and physical influences—affect cell growth, differentiation, and behavior. By using innovative materials, cell growth techniques, and genetic modifications, researchers in this field aim to improve medical treatments and outcomes.

Areas of Focus

Our biomedical engineers are leading cutting-edge studies to:

  • Develop advanced biomaterials for tissue regeneration and repair across various organs, including bone, cartilage, muscle, skin, and nerve tissues.
  • Explore innovative approaches in stem cell therapies for the repair and regeneration of cardiac, hepatic, renal, and pancreatic tissues.
  • Use ultrasound technology, microfluidic systems, and other advanced tools for targeted drug delivery, cell culture, and therapeutic applications.
  • Investigate the role of extracellular matrices and mechanical forces in influencing cell behavior, growth, and tissue development.
  • Design and optimize medical tools, sensors, and systems for personalized, effective healthcare solutions.
A closeup of a modified cubette with acoustically transparent windows on two opposing sides designed to be used for acoustically patterning cells and collagen.

Healing from the Inside

Cell and Tissue Engineering at Rochester

At the ÌìÃÀÊÓƵ, interdisciplinary research in cell and tissue engineering combines biology and engineering to develop cutting-edge therapies, diagnostic sensors, and medical tools for diverse healthcare applications. This research is further strengthened through collaboration with a wide range of departments, centers, and researchers, notably the and the .