In a groundbreaking advancement for cardiovascular health, Argentine researcher Dr. Giulietta Merlo has been awarded the prestigious L’Oréal-UNESCO “For Women in Science” fellowship for her innovative work on biodegradable stents. These new stents, designed to dissolve safely in the body after serving their purpose, aim to eliminate the long-term complications associated with customary metal stents, which can remain in the body indefinitely. With around 100,000 stents implanted annually in Argentina,this project not only addresses a critical healthcare need but also positions Argentina as a potential leader in the production of bioabsorbable medical devices. Collaborating with experts from the Rosario Physics Institute and the Pasteur Institute in Uruguay, Merlo’s team is set to revolutionize cardiac treatments, making them safer and more effective for patients of all ages.
Time.news Interview with Dr. Giulietta Merlo: A Leap Forward in Cardiovascular Health
editor: Welcome, Dr. Merlo. Congratulations on receiving the L’Oréal-UNESCO “For Women in Science” fellowship. Can you tell us what inspired your research on biodegradable stents?
Dr. Merlo: Thank you! My inspiration stems from the need to improve patient outcomes in cardiovascular treatments. Traditional metal stents can cause long-term complications, as they remain in the body indefinitely. This motivated me to explore biodegradable stents, which dissolve safely after their purpose is fulfilled, minimizing risks for patients.
Editor: It’s fascinating how this project can address such a critical healthcare issue. With approximately 100,000 stents implanted annually in Argentina, what impact do you foresee your research having on the healthcare system?
Dr. Merlo: The potential impact is notable. By developing bioabsorbable stents locally, we not only reduce dependency on imported devices but also lower the costs associated with these procedures. This can led to more accessible cardiovascular care for patients across the country, improving overall patient health and preventing complications that arise from permanent implants.
Editor: Collaborating with institutions like the Rosario Physics Institute and the Pasteur Institute in Uruguay sounds like a vital part of your research. How does this collaboration enhance your work?
Dr. Merlo: Collaboration brings together diverse expertise, which is essential for innovation. At the rosario Physics Institute, we leverage advanced materials science knowledge, while the Pasteur Institute offers insights into biocompatibility and safety.These partnerships enable us to create stents that are not only effective but also safe for various patients,ultimately revolutionizing cardiac treatment.
Editor: Considering the potential of biodegradable stents, what do you think this means for Argentina’s position in the global medical device market?
Dr. Merlo: Argentina has the prospect to become a leader in the production of bioabsorbable medical devices. If prosperous, our work could enhance our reputation in the global market, encouraging investment in the local biotech industry and fostering a more sustainable healthcare system. this could also promote job creation and innovation in the field of medical technology.
Editor: That’s an exciting prospect. For readers who may be interested in the future of medical devices, what practical advice would you offer to those pursuing careers in science and technology?
Dr. Merlo: I encourage aspiring scientists to remain curious and open-minded. Engage in interdisciplinary studies, as this can lead to breakthroughs in various fields. Networking is also crucial—surround yourself with supportive mentors and collaborate as much as possible. don’t hesitate to pursue innovative ideas, as they often lead to the most impactful advancements.
Editor: Thank you, Dr. Merlo, for sharing your insights. Your work is paving the way for a healthier future and showcases the power of innovation in healthcare.
Dr. Merlo: Thank you for having me! I’m excited about the journey ahead and the positive changes we can bring to cardiovascular health.