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Inventions to Improve Health

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Andrew Paul
Inventions to Improve Health

Inventions to improve health are increasingly prevalent. From pocket-sized ultrasound devices that cost 50 percent less than hospital machines to virtual reality systems that accelerate rehab healing, these innovations are revolutionizing medicine and public health. While the list of innovations is not exhaustive, it's representative of the vision for the future of public health.

Innovation Accelerator


The Fogarty Innovation Accelerator is a hands-on educational incubator for health technology innovators. Its team includes seasoned innovators and executives who have created and commercialized a wide variety of health technology innovations. The accelerator aims to close the gap between promising translational projects and viable businesses. Its programs include mentoring, financial support, and the opportunity to develop a product and bring it to market. inventions to improve health


The accelerator seeks to transform promising ideas into new products or services that will improve health in resource-limited settings. These innovations can benefit children with rare diseases, people with cancer, and people with mental health issues.

Healthy New Towns programme


In 2016, the English National Health Service launched the Healthy New Towns programme, which aims to improve the health of populations and reduce health inequalities. The programme draws on evidence-based best practices and national and international guidelines to develop healthy environments. In addition, the programme aims to incorporate healthy design principles and new models of integration of health and social care to create strong and inclusive communities.


HNTs should be highly walkable and promote physical activity. This should encourage social interaction and connection. This can be achieved by creating a mix of land uses, connecting streets, providing cycling infrastructure and fostering a culture of active travel. Ideally, HNTs should also reduce the number of cars in their locality.

mRNA vaccines


Unlike vaccines made from live viruses, mRNA vaccines are made in the lab using readily available materials. They are then tested in large-scale clinical trials to see if they improve health outcomes. While the FDA and European Medicines Agency do not have any guidance for mRNA vaccines, many of the same principles that apply to DNA vaccines apply to mRNA as well.


Most of the mRNA vaccines used in children are safe and well tolerated. Their side effects are mild, with the most common being a local swelling or pain. Rarely, however, vaccines can cause a life-threatening allergic reaction. Those who develop severe reactions should not receive a second dose.

Novel therapy for reducing LDL


Novel therapy for reducing LDL cholesterol is a promising new treatment for heart disease. It has a number of benefits, including reduced cardiovascular events and the potential to prevent future heart attacks. The drug is well tolerated and can help lower LDL-C levels without the side effects of statins. However, costs and long-term safety are still issues to consider.


This drug reduces cholesterol absorption from the brush border of the small intestine by binding to the Niemann-Pick C1-like 1 protein (NPC1L1). Previous genetic studies have indicated an association between polymorphisms in the gene that regulates NPC1L1 and reduced LDL cholesterol. It also lowers triglycerides and increases HDL cholesterol.

Organ care technology


Organ care technology is an invention designed to improve the quality of life of patients. Currently, most donated organs go unused for transplantation. This is due to the limitations of current preservation methods, which only preserve organs on ice in a cooler. The new technology, called the Organ Care System, is designed to overcome these limitations. It can help physicians and patients maximize the potential of a donor organ by providing advanced monitoring throughout the process.


New England Donor Services (NEDS) developed this non-proprietary technology. They then gave the technology to Yale New Haven Health for testing purposes. The technology uses an information-exchange protocol called HL7. When a referral is made to a hospital, NEDS receives it and sends an additional message to the hospital. These messages are created using standard configuration tools in all EHRs.


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