Ramy Ghanim

Papers

Total Citations

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About

Ramy Ghanim is a pioneering researcher at the intersection of bioelectronics, drug delivery, and closed-loop therapeutic systems. His work focuses on developing advanced communication protocols that integrate wearable, ingestible, and implantable devices for real-time health monitoring and automated treatment. Ghanim’s most cited paper (2023, 40 citations) introduces body-conformal sensors and tissue-interfacing robotic therapeutics for closed-loop management of diabetes and wound healing, seamlessly combining sensing and drug delivery. His follow-up work (2024, 11 citations) addresses a critical limitation in conventional drug delivery—diffusion barriers—by proposing electromechanical convective devices that actively transport therapeutics, overcoming the inefficiencies of hydrogels and nanoparticles in treating cancer and diabetes. These contributions are shaping next-generation, autonomous healthcare systems that can sense physiological states and respond with precise, on-demand therapy. Ghanim’s research is notable for bridging engineering and clinical medicine, offering scalable solutions for chronic disease management. With a growing citation footprint, his work is gaining recognition for its potential to transform patient care through intelligent, closed-loop drug delivery platforms.