
Show Notes
Shang Song is an Assistant Professor in Biomedical Engineering and a BIO5 Researcher, she will talk about Research approach
Biomaterials and their usage
Her Research focus
Recent Discoveries in the Lab
Mentorship’s impact on Science
Three things you will learn in this episode: What Biomaterials are
Recent Discoveries in Cell Treatments
Mentorship in Research Labs
—-------------------------- The BIO5 Institute’s Amy Barber talks with member and one of the University’s experts in biomedical engineering, Dr. Shang Song. Dr. Song’s lab focuses on integrating advanced engineering design methods and cell therapies to create new microphysiological platforms and regenerative therapies. The lab is fundamentally interested in designing new “experiences” for cells to change their behavior, and use this knowledge to develop better therapeutics and treatment methods for future patient treatment. —-------------------------- Check out some of our previous episodes about biomedical engineering projects! Episode 33: Tackling traumatic brain injury head-on Episode 28: Seamless wearable and implantable devices to support our lives Episode 40: Reducing costs and supporting health with smartphone microscopy —-------------------------- Connect with us! Instagram: @uazbio5 LinkedIn: uaz-bio5-institute Facebook: @UAZBIO5 Website: BIO5.org
More from Science Talks
Dr. Teodora Georgieva is the Director of the University of Arizona’s GEMM Core Facility, she will talk about Early influential mentors and projects that kept her wanting more
Swarna Ganesh is an Assistant Professor and BIO5 Researcher. She will talk about:
Three things you will learn in this episode:
Three things you will learn in this episode: Drug Discovery and Machine Learning
Amy Barber was joined by Dr. Alexander Bucksch, a plant phenomicist and associate professor in the School of Plant Sciences at the University of Arizona. He has over 10 years of experience in developing and applying mathematical and computational methods to study plant morphology and physiology across scales and domains, from the organismal to the ecosystem level, and from above to below-ground. His current research focuses on root phenomics, ranging from the population level to the molecular level. In doing so, he develops computational imaging and simulation techniques that can be applied in the lab and the field.