Abstract
Nanotechnology is rapidly transforming medical and nutritional technologies, offering new pathways for lightweight, efficient, and personalized therapeutic devices. Calf muscle mobilization devices are essential in preventing venous stasis and supporting recovery in immobilized or postoperative individuals. This paper aims to technically assess how nanotechnology can be integrated into handheld electrical calf muscle mobilization devices. The study evaluates nanomaterials for device construction, nanocoatings for antimicrobial and biocompatible surfaces, and nanosensors for real-time physiological monitoring. It further examines nano-enabled transdermal delivery and nutraceutical carriers for enhanced therapeutic response. A conceptual prototype model was analyzed based on material properties, sensing capabilities, and potential energy solutions. Results indicate that carbon nanotubes (CNT)-and graphene-reinforced components may reduce device weight by up to five times while improving durability. Nanocoatings significantly enhance antimicrobial safety and wear resistance, and nanosensors enable personalized monitoring of muscle activity and biomarkers. Nano-delivered bioactive show improved bioavailability, supporting faster recovery. This includes the nano-enabled delivery of bioactive compounds and nutraceuticals for enhanced bioavailability, the use of food-safe nano-coatings for improved food preservation and safety, and the deployment of wearable sensors for real-time monitoring of diet-related biomarkers. In conclusion, integrating biomechanical stimulation with nanotechnology-driven nutrition and sensing creates a synergistic, patient-specific therapeutic system that addresses current limitations in rehabilitation devices and expands opportunities for postoperative and geriatric care.
doi: 10.17756/jfcn.2025-s2-011
Citation: Gobarbhai VD, Patel C. 2025. Integrating Nano-nutritional Delivery with Sensor-enabled Muscle Stimulation: A Food Nanotechnology Approach to Personalized Postoperative Care. J Food Chem Nanotechnol 11(S2): S107-S114.
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