Innovative Health And Wellness Group – Pocket-sized ultrasound devices (connect to your phone) that are 50 seconds cheaper than the machines used in hospitals. Virtual reality accelerates healing during recovery. Artificial intelligence is better than medical experts at identifying lung tumors. These are just a few of the innovations that are now changing medicine at an amazing pace.
No one can predict the future, but at least we can get a glimpse of the many innovations and concepts below. They are at the forefront of healthcare, just like the people behind them. whether perfect or not. either privately or The list represents the review of public health and medicine expected in the 2020s.
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Since March, UPS has been running a pilot program called Flight Forward, which uses an autonomous drone to transport vital health samples, including blood or tissue, between two hospital branches 150 yards apart . Although the fleet foot runner can cover distances as quickly as drones, the proof of concept was successful, and in October the FAA approved the company to expand to 20 hospitals in the United States over the next two years. Years. UPS Flying Forward David Abney, CEO of UPS, which supplies critical healthcare products such as blood and tissue samples as well as pharmaceuticals and blood, said: UPS is not the only pioneer in air transportation. Wing, a division of Google’s parent company Alphabet, has a similar but FAA license to carry Walgreens and FedEx. Also in Ghana and Rwanda, drones operated by Silicon Valley startup Zipline are already delivering medical supplies to rural villages. -Jeffrey Kluger
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With 7.5 billion people alive, millions of us track our health through wearables like smartwatches as well as traditional devices like blood pressure monitors. If there was an anonymous but searchable way for even a few million of us to aggregate data, medical researchers could improve drug development, It will be a powerful tool for lifestyle studies and more. California-based big data company Evidation developed the tool, using information from 3 million volunteers to provide trillions of data points. Evidation works with pharmaceutical manufacturers such as Sanofi and Eli Lilly to analyze this data. This work has led to dozens of peer-reviewed studies covering everything from sleep and diet to models of cognitive health. For founder Christine Lemke; Can new technologies effectively measure chronic pain in a personalized way? Lemke, one of Evidation’s ongoing discovery projects, suffers from a rare genetic disorder that causes frequent back pain. Evidence partners with Brigham and Women’s Hospital in the project (Jeffrey Kluger).
Type 1 diabetes affects 1.25 million Americans, but Harvard biologist Doug Melton noticed two in his daughter Emma and son Sam. In treatment, eat carefully; This may include insulin injections and daily blood sugar checks. Melton’s method is different: it uses stem cells to create new insulin-producing beta cells. Stem cell research began more than 10 years ago, raising expectations and controversy. In 2014, he co-founded Semma Therapeutics, named after Sam and Emma, to develop the technology, which was acquired by Vertex Pharmaceuticals for $ 950 million this summer. The company has created a small implantable device containing millions of transplantable beta cells, which allow glucose and insulin to pass through, but eliminate immune cells. “If it works as well in humans as it does in animals, people won’t get diabetes,” Melton said. “He who does not eat will eat, drink and play like us” (Don Steinberg)
The era of personalized medicine is threatened by one significant limitation: Caucasians are a minority of the world’s population. They comprise almost 80% of participants in human genome research, creating blind spots in drug research. Dr Abasi Ene-Obong established 54 genes at the age of 34. Named after 54 countries in Africa, the Nigerian startup is sourcing genetic material from volunteers across the continent to make drug research and development more equitable. 54gene is aware of the ugly history of colonial exploitation in Africa. If companies want to make a profit by developing marketable drugs based on African DNA, Africa must make a profit: therefore, When working with companies, 54gene prefers those who agree to include African countries in their marketing plans on for the resulting drugs. “If we are part of the process of making drugs. It could be part of the way these drugs reach Africa,” Ene-Obong said. – Corinne Purtill
One of the original disruptions to the new economy was the approach to medical research. Created by Napster co-founder and former Facebook chairman Sean Parker, the Parker Institute for Cancer Immunotherapy at Memorial Sloan Kettering; Stanford, Network of leading institutions including MD Anderson Cancer Center and more. It aims to identify and remove barriers to innovation in traditional research. for example, All participating institutions agreed to accept the approval decision of their respective institutional review boards; This “allows large-scale trials to be launched in weeks rather than years,” Parker says, and is cost-effective. . Most importantly, says Parker, he wants to combine the project with market sensitivity: “Following the findings of our researchers and putting our money behind commercialization, either by licensing a product or turning it into a company,” he said. Since its establishment in 2016, the organization has included 11 projects in clinical trials and supported around 2,000 pieces of research.
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A man wearing a black watch stares at a small digital dinosaur jumping over obstacles on a computer screen. The man’s hand was still, but he controlled the dinosaur with his brain. The device on his wrist is the CTRL kit, which detects electrical impulses from motor neurons through the muscles of the arm and hand when a person thinks about a movement. “We want machines to do what they want to do, not be slaves to machines,” said Thomas Reardon, CEO and co-founder of device maker CTRL-Labs. Reardon, a neuroscientist who led the development of Microsoft’s Internet Explorer in a previous life, says the slow gesture and button tapping of the smartphone era echoes humans. The technology is being used in patients recovering from stroke or elevation, as well as Parkinson’s disease. Rehabilitation options will be available for patients with multiple sclerosis and other neurological disorders, Reardon said. – Corinne Purtill
More than 4 billion people worldwide who do not have access to medical imaging can benefit from Butterfly iQ, a handheld ultrasound device. Yale geneticist and serial entrepreneur Jonathan Rothberg has figured out how to put ultrasound technology on a chip by turning a $100,000 hospital machine into a ubiquitous gadget that can be connected to an iPhone app. It was sold to healthcare professionals last year. “Our goal is to sell to 150 paying countries. And [The Gate Foundation] distributes in 53 countries that don’t,” Rothberg said. Big machines are not as good as big machines and will not replace them in the rich parts of the world. But scanning can do more. “There was a time when thermometers were only used in medical facilities, and blood pressure cuffs were only used in medical facilities,” Rothberg said. “The democratization [of health care] is happening in all areas.” – Don Steinberg
Lung cancer symptoms are difficult to treat and are often only detected in the later stages. Early screening of high-risk populations with a CT scan can reduce the risk of death, but it has its own risks. U.S. The National Institutes of Health later found that 2.5% of patients who received CT scans underwent unnecessary invasive procedures — some with serious consequences — after what radiologists thought were false positives. According to Shravya Shetty, artificial intelligence could be the answer. Shetty is the research leader of the Google Health team, which two years ago built an artificial intelligence system that outperformed human radiologists in diagnosing lung cancer. After being trained to perform CT scans on 45,000 patients; Google’s algorithm detected 5% fewer false positives and 11% fewer false positives than a control group of six human radiologists. Early results are promising, but “there’s a huge gap between where things are and what they could be,” Shetty said. “It’s a long-lasting effect.” – Corinne Purtill
More than 2 million peer-reviewed research articles are published each year – too many for one scientist. But machines do not share this human limitation. BenevolentAI provides research papers, clinical test results and genetics; Algorithms have been developed that scour other sources of biomedical data for previously overlooked links between drugs and diseases. Joanna Shields, CEO of BenevolentAI, is an executive at one such company.