Researchers warn that a colorless chemical known as trichloroethylene (TCE) — which has been used to dry-clean clothes, degrease metals and decaffeinate coffee — may be linked to the dramatic increase in Parkinson’s disease (PD) cases. They recently published a series of seven cases in the Journal of Parkinson’s disease that illustrate TCE’s harmful health effects and the potential PD association. “TCE is associated with a 500% increased risk of Parkinson’s disease,” lead author Dr. Ray Dorsey, professor of neurology at the University of Rochester in New York and author of “Ending Parkinson’s Disease,” told Fox News Digital. The chemical reproduces the features of the neurological disease in laboratory animals. It impairs the function of the energy-producing parts of cells called mitochondria, which are known to be damaged in Parkinson’s disease, Dorsey added. Widespread applications of TCE TCE was first synthesized in the lab in ...
Medtech’s resilience and flexibility have been clear to see during the COVID-19 pandemic. In this forward-looking view for 2022, CEOs from some of the Top 50 global medtechs share their perspectives on the present and the future, from company and health care system standpoints.
The UK trade association for in vitro diagnostics (IVD) companies BIVDA has welcomed the NHS Medtech Funding Mandate, a new policy aimed at accelerating the uptake of medical devices, diagnostics and digital products in the NHS. The new Mandate, which will come into effect from 1 April 2020, will aim to enable patients to access ‘pioneering’ IVD devices faster and with greater ease. For products to qualify under the Mandate, they must demonstrate that they are effective, deliver material savings to the NHS, are cost-saving in-year and are affordable to the NHS. The Mandate policy is set to be published annually in December, following a review and feedback improvement cycle. A list of technologies that meet the MedTech Funding Mandate criteria is expected to be published before the end of July. “The publication of the Mandate is an opportunity to celebrate the UK as a leader in technologies for health ...
Many vaccines have highly specific storage requirements that if not met can reduce their potency significantly, even rendering them completely ineffective. Vaccines must be stored correctly from the moment they are manufactured until they are ultimately administered, and this is the shared responsibility of the manufacturer, distributor, and healthcare provider. What are the most common storage conditions? The vast majority of vaccines should be stored at between 2-8⁰C in a refrigerator, with a preferred average of 5⁰C, though some should remain frozen in a range between -15 to -50⁰C. Additionally, many should be protected from light and are packaged appropriately, as UV-light can damage them. Many live-virus vaccines can tolerate freezing temperatures and rapidly deteriorate once defrosted, while inactivated vaccines more commonly require stable temperatures of 2-8⁰C and are damaged at temperature extremes. The commonly administered measles, mumps, rubella (MMR) vaccine can be stored either frozen or refrigerated, while the MMRV vaccine ...
How prepared is the existing global cold chain, and especially refrigerated transport, to cope with the full temperature ranges required for the multiple COVID-19 vaccine candidates? A cold chain expert responds. “Overall, securing an end-to-end unbroken cold chain – from vaccine manufacturer to the site of injection, is an extremely hard thing to do. It requires constant monitoring and remedial action. “Why? The constituent parts of the cold chain are vastly distinct. They are separately operated but uniformly coordinated systems within an overall vaccine supply chain,” said Raja Rao, director, cold chain strategy and markets, B Medical Systems. Storage Vaccine distribution is complexity at its finest, he said. “It is almost always the case that the cold chain is relatively strongest between the site of manufacture and arrival at the port of entry, from Belgium to Nairobi, for example. This is because vaccines are air-shipped in modern, cold storage containers, ...
Author: Dave Muoio In an effort to tackle in-home cardiac arrest, University of Washington researchers have devised a novel contactless system that uses smartphones or voice-based personal assistants to identify telltale breathing patterns that accompany an attack. The proof-of-concept strategy, described in an NPJ Digital Medicine paper published this morning, involved a supervised machine learning model called a support-vector machine that was trained for use in the bedroom, a controlled environment in which the majority of in-home cardiac arrests occur. “Sometimes reported as ‘gasping’ breaths, agonal respirations may hold potential as an audible diagnostic biomarker, particularly in unwitnessed cardiac arrests that occur in a private residence, the location of [two-thirds] of all [out-of-hospital cardiac arrests],” the researchers wrote. “The widespread adoption of smartphones and smart speakers (projected to be in 75% of US households by 2020) presents a unique opportunity to identify this audible biomarker and connect unwitnessed ...
Helsinki Children’s Hospital is a case study in patient-centered design and also includes a number of process innovations and digital technologies.
Opternative had developed the world’s first web-based vision test via voice activation. The users can renew their prescription online using their smartphones, even if their prescription got changed. This web-based technology totally relies upon voice recognition software belonging to Microsoft, Google and IBM Watson for a safe and easy voice guided vision test. This technology understands the voice of patients and proceed them through the online vision test for the continuous medical conversation, which overall takes less than 15 minutes. The existing solution of Opternative includes both smartphone and computer; whereas, this present technology uses only the smartphone. The company was founded in 2012, which is specialized in performing vision test from anywhere at any time and get an accurate reliable prescription via online. They have created online modernized digital eye care technologies, which include detection of refractive errors and ocular health profile by the certified eye-specialists, thereby promoting enhanced user ...
Wearable ECGs and EKGs monitors bring digital technology and healthcare together and can greatly improve the lives of people who have heart diseases such as tachycardia, premature heartbeats, arrhythmia, and psychological pressure. With these advancements, it’s like your doctor is with you all the time to monitor and record your health.
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