Medical
Knee osteoarthritis (OA) is one of the leading causes of pain, reduced mobility, and disability worldwide. Early detection is essential for effective treatment; however, conventional diagnostic methods such as X-ray and MRI are expensive, facility-dependent, and may not be readily accessible in many communities. OsteoSense was developed to provide an affordable, portable,
INYF is a wearable device designed for people living with dementia or memory-related disorders. It can be comfortably worn around the neck like a necklace, making it easy to carry throughout the day.
When users have difficulty remembering past events, they can recall important information by talking with the built-in AI,
The described device has the potential to prevent the 70,000-100,00 accidental narcotic overdose deaths that occur in the United States every year. A specially designed belt worn around the waist incorporates two threaded grommets that are located six to eight inches apart, on each side of the belt’s buckle.
Methodology for Producing the "San José Formula No. 11" and Balanced Feed/Concentrates for the Agricultural and Livestock Sectors.
Step 1: Chopping of forage and biological material.
Step 2: Pressing of biological material.
Step 3: Pelletizing of biological material.
Step 4: Distillation of biological material.
Step 5: Cooling and drying of pellets; packaging of distilled *biol*.
The DIVVCRN Assisted High Airflow Cooling Corridor is a rapidly deployable emergency cooling system that uses a network of interconnected electric vehicles (EVs) as a distributed mobile power plant to provide lifesaving cooling during extreme heat events, disasters, grid failures and mass gatherings. Rather than relying on conventional air conditioning systems with high continuous power demands,
To improve hospital efficiency by using small indoor drones to deliver medicines, lab samples, blood units, documents, and urgent medical supplies directly to hospital wards.
Objectives
Reduce delivery time inside the hospital.
Support doctors, nurses, and emergency teams.
Limit unnecessary staff movement between departments.
Our mission is to provide the enabling elements for noninvasive brain-computer interfaces (BCIs) that will revolutionize the treatment of medical conditions and accelerate the evolution of humankind.
Unlike the present generation of BCIs, the proposed platform will not require any surgery or interventional procedures to place the read/write elements of the BCI. Instead,
NVX IS A MODULAR APPROACH TO ARTIFICIAL VISION AND NEURAL INTERFACING
1. Problem and Proposed Solution
Current artificial vision systems are limited by low resolution and dependence on external cameras, resulting in an unnatural user experience.
Glioblastoma (GBM) is a highly aggressive and infiltrative brain cancer with a poor prognosis largely due to its ability to invade surrounding healthy tissue even after surgical resection. A key driver of this invasion is that GBM cells overexpress the CXCR4 and follow CXCL12. Glioblastoma cells shadow chemical cues through the brain. What if there was an implantable,
Problem solved: Sepsis and cardiovascular events are leading causes of death worldwide, with delayed diagnosis a primary factor. Current monitoring relies on bulky, intermittent equipment or invasive methods, leaving critical gaps in continuous care especially for at-risk populations in remote or resource-constrained environments.
Benefits: Enables detection hours ahead, potentially reducing mortality and complications by 40-60%,
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