The Future of Overdose Prevention: Engineering Solutions
In a groundbreaking new study, researchers have developed an engineering solution aimed at preventing overdose mortality. Lead author, Hen-Wei Huang, a former MIT visiting scientist and current assistant professor of electrical and electronic engineering at Nanyang Technological University in Singapore, emphasizes the unique challenges faced in this field.
Huang states, “The most challenging aspect of developing an engineering solution to prevent overdose mortality is simultaneously addressing patient adherence and willingness to adopt new technology, combating stigma, minimizing false positive detections, and ensuring the rapid delivery of antidotes. Our proposed solution tackles these unmet needs.”
The team of researchers is pushing boundaries and aiming to test the device in humans within the next three to five years. Currently, they are focused on miniaturizing the device and optimizing the onboard battery, which has the capability to provide power for about two weeks.
This innovative solution not only addresses the technical aspects of overdose prevention but also takes into account the broader societal challenges that come with implementing new technology. By providing a holistic approach to overdose prevention, this engineering solution has the potential to save countless lives in the future.