Media, Interviews, Podcasts
Explore featured interviews, media coverage, and podcast discussions showcasing our research. From microscopy to tissue engineering, these conversations highlight key insights, challenges, and innovations shaping the field. Stay updated with the latest discussions and explore how our work is driving meaningful impact in biomedical sciences and engineering.
Challenge What’s Possible
At Carleton University, there is a special page called ‘Challenge What’s Possible‘, where interesting research focused on solving big problems is showcased. Dr. Mostaço-Guidolin talked a little bit about the group work focused on understanding asthma by combining tissue engineering, imaging and cellular biology. You can read the article here.
BEaTS Research Radio
Each week on BEaTS Research Radio at the University of Ottawa Heart Institute, early-career scientists and investigators deep dive into the ever-changing, rapidly evolving world of Science in one-on-one conversations with scientists, breaking down the science in terms you can understand.
BEaTS Research Radio’s Podcast
BEaTS Research Radio’s Podcast (Portuguese)
Ingenious Talks
Launched in 2014, Ingenious Talks engages the community in discussions of timely and innovative ideas in engineering, design and technology.
Dr. Mostaço-Guidolin was invited to share some of the projects currently happening at the BioImaging and Tissue Engineering Lab. Did you miss her talk? Watch the recording here.
American Thoracic Society (ATS) – Journal Club
Webinar presented in collaboration with Dr. Emmanuel Osei about how the defective fibrillar collagen organization by fibroblasts contributes to airway remodeling in asthma.
COPD begins with damage to the smallest airways, the terminal bronchioles, even in its earliest stages. This study mapped cellular and molecular changes in these airways, revealing that inflammation-driven loss of elastin leads to airway narrowing before visible lung damage occurs. Immune cells, particularly macrophages and neutrophils, play a key role in this process. These findings highlight terminal bronchioles as a crucial target for early COPD intervention.