Medical
Harmful algal blooms (HABs) pose a significant threat to aquatic ecosystems, fisheries, and public health due to the excessive growth of toxin-producing algae driven by nutrient pollution. This project presents a novel, eco-friendly solution utilizing a consortium of algicidal bacteria, encapsulated in biodegradable polymeric beads, designed for targeted and sustained control of harmful algal blooms.
Making elicitors with nanoparticles involves using engineered nanoparticles to stimulate plants to produce valuable bioactive compounds, especially secondary metabolites, which have applications in medicine, agriculture, and industry.
What are nanoparticle elicitors?
Nanoparticles (NPs) such as zinc oxide (ZnO), copper oxide (CuO),
1) The on research and experimental device has special cabin 1 so that the weight of the passengers is transmitted by a series of interconnected double cone wheels units sliding on a series of interconnected v shaped tracts with freedom of side to side movement and tends to be supported by a rigid tube at right angle to the
Vision: Not one child on this planet should be prevented from getting an education because his/her family cannot afford a simple pair of prescription glasses. Restoring Sight through Refractive Correction is one of the most efficient ways to alleviate poverty.
Mission: Our mission is to provide “Clear Vision” affordably for children (secondarily adults) with greatest need.
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.
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.
One of the biggest challenges in healing large or complex bone injuries is the lack of blood vessels in the implanted scaffold.
While 3D bioprinting has made it possible to design bone-like structures using biocompatible materials and bone-forming cells, these constructs often fail because they can’t support proper nutrient flow.
Without a built-in vascular system,
Conventional canes used by visually impaired individuals have limitations in providing information about their surroundings. To meet the need for safer, more comfortable, and independent mobility, a smart cane based on the Internet of Things (IoT) technology was developed, equipped with distance sensors, a GPS module, and smartphone connectivity.
According to a report by the Univ. Catolica Andres Bello, based on statistical data from the INEcensus (Venezuela) 2007, it has been shown that 75.49% of people with disabilities are from low strata, which limits their probability of obtaining a prosthetic device that helps you perform daily tasks. This means that they have limitations in social,
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