RISE Seminar - Injury Biomechanics-Guided Translational Soft Tissue Engineering Using Regenerative Biomaterials

Friday, March 29, 2024
03:30 p.m. - 05:00 p.m.
Add to Calendar 2024-03-29 15:30:00 2024-03-29 17:00:00 RISE Seminar - Injury Biomechanics-Guided Translational Soft Tissue Engineering Using Regenerative Biomaterials Join us for our Engineering RISE Seminar Series, where we spotlight specialized research areas of our esteemed Faculty! Each lecture provides insight into how our faculty members are shaping the world through the lens of engineering. Explore the endless opportunities and career advancements awaiting you in engineering.Guest: Dr. Varadraj Vernekar, Assistant Professor of BioengineeringRoom: Khoury 205Talk Highlights:Annually, 30 million Americans seek medical treatment for traumatic injuries.A key challenge is scar tissue formation or fibrosis.Dr. Vernekar's research models the processes of tissue inflammation, fibrosis, and remodeling in traumatic injury biomechanics studies and utilizes our evolving understanding of regenerative biology to inform the design of novel regenerative therapeutics and biomaterials.Dr. Vernekar's goal is to achieve functional tissue restoration in patients following soft and complex musculoskeletal tissue injury. 3601 Pacific Ave, Stockton, CA 95211, USA Admission School of Engineering and Computer Science Admission School of Engineering and Computer Science America/Los_Angeles public

Join us for our Engineering RISE Seminar Series, where we spotlight specialized research areas of our esteemed Faculty! Each lecture provides insight into how our faculty members are shaping the world through the lens of engineering. Explore the endless opportunities and career advancements awaiting you in engineering.

Guest: Dr. Varadraj Vernekar, Assistant Professor of Bioengineering

Room: Khoury 205

Talk Highlights:

  • Annually, 30 million Americans seek medical treatment for traumatic injuries.
  • A key challenge is scar tissue formation or fibrosis.
  • Dr. Vernekar's research models the processes of tissue inflammation, fibrosis, and remodeling in traumatic injury biomechanics studies and utilizes our evolving understanding of regenerative biology to inform the design of novel regenerative therapeutics and biomaterials.
  • Dr. Vernekar's goal is to achieve functional tissue restoration in patients following soft and complex musculoskeletal tissue injury.
Professor showing example to students
Location
Khoury Hall
3601 Pacific Ave, Stockton, CA 95211, USA