UMass Amherst engineers crafted a bio-sensor mesh to study heart disease in growing cardiac tissue. Using tiny graphene transistors, this mesh tracks both electrical signals and mechanical movements seamlessly, like a silent observer within the heart's rhythm. Partnering with MIT, this breakthrough promises a dynamic approach to understanding and combating heart ailments. 

In a remarkable endeavor to delve into the depths of heart disease, a team of visionary engineers from the University of Massachusetts Amherst has unveiled a pioneering bio-sensor mesh. Picture a tapestry of minuscule graphene transistors intricately interwoven within the very fabric of developing cardiac tissue, akin to a masterful artwork capturing the nuances of the heart's symphony. This groundbreaking innovation, borne out of collaborative efforts with MIT, marks a paradigm shift in cardiovascular research. With its unparalleled capability to meticulously monitor both electrical impulses and mechanical motions, this bio-sensor mesh serves as a silent sentinel within the heart's chambers, offering unprecedented insights into the dynamic interplay of physiological processes. It heralds a new era of understanding in cardiac tissue development, presenting boundless opportunities for transformative breakthroughs in the diagnosis, treatment, and management of heart-related ailments.

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https://www.electronicsweekly.com/news/research-news/bioelectronic-sensor-mesh-could-grow-with-heart-tissue-2024-03/