Medical
Magnetic Bioimplants represent an innovative biomedical engineering solution designed to significantly improve orthopedic surgery and rehabilitation outcomes. This novel technology leverages passive implants—neodymium magnets encapsulated within biocompatible titanium shells—which utilize magnetic repulsion between identically polarized implants. Unlike conventional solutions,
SmartBath is a portable and modular medical device designed to improve the quality of life for bedridden individuals by enabling safe and ergonomic bed baths at home or in institutional care. It integrates real-time biomedical monitoring (ECG, temperature, heart rate) and an innovative hygiene tracking system for home and hospital environments. Through its digital platform,
Hemorrhoids affect an estimated 10 % of adults worldwide, yet most topical treatments cause burning, stinging and require frequent re-application. We have developed a multilayer transdermal patch that delivers active compounds away from the inflamed tissue, minimizing local irritation and improving patient compliance.
This is the interdisciplinary, multidisciplinary approach to solving a much larger problem, a paradox of scientific theory and observation. The paradox is classical electromagnetics and thermodynamics versus quantum theory (mechanics). Is radio frequency to microwave radiation acting on diazoluminomelanin reactions as time-varying fields, through secondary heating, or as quanta being specifically absorbed?
A proper diet plays a vital role in maintaining health, and its importance varies significantly based on an individual's body condition. Each person has unique nutritional requirements depending on their age, gender, body weight, metabolic rate, physical activity level, and any underlying health conditions. It is very important to maintain a proper guide to help manage our nutritional requirements.
Q-NeuroPath: A Quantum-Inspired and Generative AI-Enhanced Simulation Platform for Personalized Neuro-Recovery
Q-NeuroPath is a software platform I plan to develop to support personalized recovery after stroke and brain injury. The idea came from noticing how rehabilitation today often depends on trial-and-error, where therapists follow standard routines and adjust over time.
Sensorix Foot () is an innovative medical device that integrates continuous thermal monitoring and targeted vibration therapy into an intelligent sandal designed to protect and improve foot health in individuals at risk of vascular, neurological, and inflammatory conditions.
This project describes the development of a novel cancer immunotherapy vaccine designed to cure tumoral cancers in dogs. This vaccine is unique since the dog must have cancer for it to work. The vaccine employs a combination of an agonist anti-OX40 monoclonal antibody and a CpG oligodeoxynucleotide (ODN), delivered intratumorally.
The project focuses on developing an advanced rehabilitation solution designed to aid individuals undergoing lower-limb neuromuscular recovery. At its core, the innovation integrates a lower-limb exoskeleton with a treadmill capable of simulating variable slopes, supported by immersive Virtual Reality (VR) environments. This combination enables a holistic and engaging rehabilitation process,
A facial protector with utility patent under IPC classification A41D 13/11; A62B 7/04, of the type that includes an oxygen injector, a carbon dioxide (CO₂) extractor, tubes with micro metallic meshes embedded in an electrically conductive viscous liquid, an eye-protecting visor, an airtight mask covering the nose and mouth, and a pair of fasteners.
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