Medical Design Briefs Podcast

DNA or aptamer-based biosensors offer a highly sensitive, specific, and versatile approach for detecting a wide range of target molecules, with applications ranging from medical diagnostics to health monitoring. On this episode of Medical Design Briefs’ Podcast, Rob Batchelor, head of biosensors at Nutomics explores the latest developments in aptamer-based biosensors, discussing how they enable real-time monitoring of vital signs, biomarkers, and health parameters, providing valuable data for

Surgery- and drug-free at-home wearable neuromodulationrepresents a huge advancement for a variety of clinical conditions, including overactive bladder syndrome, which affects more than 46 million people in the U.S. On this episode of Medical Design Briefs’ Podcast, Jill Schiaparelli, CEO of Avation Medical discusses the first FDA-cleared, non-invasive, closed-loop wearable neuromodulation technology for at-home bladder treatment. From understanding the technology behind it to its real-world impact

On this episode of Medical Design Briefs’ Podcast, our guest Ashkan Vaziri, founder and CEO of Biosensics, examines how medtech and pharmaceutical companies can leverage the power of wearables to not only see a great increase in patient engagement but also to gather robust data for the clinical trial.

Wearable devices are typically constrained by battery life. This episode explores balancing the need for continuous monitoring with power efficiency, which becomes especially important for devices that require prolonged usage, such as continuous glucose monitors or cardiac monitoring devices. On this episode of Medical Design Briefs’ Podcast, Arvind Kamath, executive vice president of technology development for Ensurge takes a look at powering wearables and how to balance battery life with power

This episode explores the challenges and breakthroughs in achieving interoperability as medical-grade wearables seamlessly integrate with diverse healthcare systems and electronic health records. We will examine the complexities of data formats, communication protocols, and standards across healthcare institutions.