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Office Hours with Liz Wayne
Ever wonder what goes on during “office hours”? Liz Wayne will open the door and let you in on what professors and students talk about behind closed doors. But that’s not all!
Dr. Liz taps in on her wide network of friends and contacts to discuss some of the most important, and often controversial, topics surrounding biomedical engineering, and related areas shaping healthcare. She provides a deep dive into everything from the daily lives of biomedical engineers to long-term innovations shaping the future of medicine.
Liz Wayne, who is an Assistant Professor at the University of Washington, unpacks today’s most pressing scientific...Show more
All Episodes
Pregnancy as an Engineering Process — A Conversation with Dr. Michelle Oyen
In this episode of Office Hours with Liz Wayne, we explore the fascinating intersection of pregnancy and engineering in a conversation with Dr. Michelle Oyen. As an expert in biomechanical processes, Dr. Oyen shares insights into how pregnancy can be viewed as an intricate engineering challenge, from the early stages of cellular development to the complexities of complications like preterm birth. We discuss the critical need for research in this area, the innovative use of data in understanding pregnancy outcomes, and the importance of advancing women's health in biomedical engineering. Join us for an enlightening discussion that uncovers the scientific marvels of pregnancy and the pressing need for more research in this vital field.
Engineering Accessible Diagnostics — A Conversation with Dr. Ayokunle Olanrewaju
Dr. Liz Wayne, host of the Office Hours podcast, is joined by Dr. Ayokunle Olanrewaju, Assistant Professor of Bioengineering and Mechanical Engineering at the University of Washington, for a conversation on how microfluidics is transforming the landscape of accessible diagnostics. Dr. Olanrewaju explains the potential of microfluidic technologies in creating user-friendly diagnostic tests and discusses the fabrication challenges that often hinder progress. Drawing from his upbringing in Nigeria, Dr. Olanrewaju shares why accessible diagnostics matter deeply to him, emphasizing the importance of designing solutions that align with real-world needs. He also offers insight into his ongoing projects, including antiviral drug monitoring platforms and collaborations with researchers across disciplines to advance global health innovation..png)
How BME is Redefining Recovery — A Conversation with Dr. Collin Bowersock
In this episode of Office Hours with Liz Wayne, we explore how biomedical engineering is redefining recovery with our guest, Dr. Collin Bowersock. As a principal scientist at Oklahoma State University's Human Performance and Nutrition Research Institute, Dr. Bowersock shares insights on the intersection of biomechanics and rehabilitation. We delve into the complexities of motor control, the impact of injuries on movement, and the innovative technologies designed to aid recovery. Dr. Bowersock emphasizes the importance of individualized approaches in developing assistive devices that empower patients rather than create dependency. Join us for a thought-provoking discussion on the future of rehabilitation and how advancements in biomedical engineering can enhance the quality of life for individuals facing mobility challenges..png)
Turning Lab Discoveries into Cancer Diagnostics — A Conversation with Dr. Jessica Winter
In this episode of Office Hours with Liz Wayne, I converse with Dr. Jessica Winter, a leading expert in chemical and biomedical engineering. We explore her journey from academia to tackling cancer diagnostics, particularly the innovative use of quantum dots in detecting blood cancers. Dr. Winter shares her personal experience of being diagnosed with breast cancer, which intensified her commitment to advancing diagnostic technologies. We discuss the importance of early detection in improving patient outcomes and the complexities of translating lab discoveries into real-world applications. Join us as we delve into the intersection of research, clinical practice, and the profound impact of biomedical engineering on society..png)