Early Detection and Prevention of Alzheimer’s Disease: A white paper on groundbreaking research from Brigham and Women’s Hospital

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Understanding the physiology of Alzheimer’s disease is a work in progress for medical researchers. Research conducted over the past two decades by Dennis Selkoe, MD, at Brigham and Women’s Hospital has shown that buildup in the brain of a protein called amyloid-beta is largely responsible for the degenerative effects of the disease, but there is still much to be learned. What is known is that amyloid-beta forms plaques and clumps, inhibiting the brain’s neurons and damaging their connections to one another. Other researchers are investigating the role of a protein called tau which causes tangles inside nerve cells, leading to the cells’ death.

Spotlight

Lundbeck

Lundbeck is a global pharmaceutical company highly committed to improving the quality of life of people living with psychiatric and neurological disorders. For this purpose, Lundbeck is engaged in the research, development, production, marketing and sale of pharmaceuticals across the world. The company’s products are targeted at disease areas such as depression, schizophrenia, Parkinson’s disease and Alzheimer’s disease. According to the World Health Organization, WHO, more than 700 million cases of psychiatric and neurological disorders are reported every year. These are serious and life-threatening diseases that affect the quality of life of the patients as well as of their relatives.

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HEALTH TECHNOLOGY

Predictive Analytics: A Blessing for Healthcare Spaces

Article | September 28, 2022

Introduction Over the past couple of years, there has been a substantial rise in the burden of chronic conditions and treatment costs, along with the growing elderly population, which is transforming the healthcare sector at a rapid pace. As per a study, healthcare spending across the globe is anticipated to reach an unprecedented value to total US$ 18.3 trillion by 2030. In response to these trends, volume-based payment models are being replaced by outcome- or value-based models. Predictive analytics helps health organizations to get in line with these new models and improve patient care and outcomes. From predicting critical conditions such as heart failure and septic shock to preventing readmissions, the recent advancements in big data analytics are boosting the adoption of new predictive analytics solutions that aid clinicians improve outcomes and cut costs. Predictive analytics in healthcare is most helpful with clinical care, administrative tasks, and managing operations. More importantly, the technology is already making a difference in a wide range of healthcare settings, from small private doctor's offices and large academic hospitals to healthcare insurance companies. How is Growing Healthcare Data Favoring the Penetration of Predictive Analytics? The growing inclination toward digitalization in the healthcare industry has led to the creation of huge new data sets. These include radiology images, electronic medical record (EMR) systems, lab results, and health claims data. The amount of data is expected to reach new avenues with increasing genomics and cytogenesis research data in the near future. New data is being generated and collected by the novel medical devices at the edge, such as monitors and patient wearables. In addition, outside the healthcare setting, patients are generating quasi-health data through the use of health monitoring applications, fitness trackers, and personal wearable devices. By using data from these sources, health care providers can find new ways to use predictive modeling for health risks, predictive analytics for medical diagnosis, and prescriptive analytics for personalized medicine. Predictive analytics has become a crucial component of any strategy for health analytics. Today, it's an essential tool for measuring, combining, and making sense of biometric, psychosocial, and behavioral data that wasn't available or was very hard to get a hold of until recently. Here are some of the applications of predictive analytics for healthcare Identifying Patients at Risk Clinical Predictions Disease Progression and Comorbidities Predicting Length of Stay Speeding Treatment of Critical Conditions Reducing Readmissions The Future Story With the growing prominence of innovative technologies across the healthcare industry, a number of health IT providers are focusing on developing their own analytics software and engines to assist healthcare spaces deliver optimal patient care. For instance, in 2020, Eversana, a U.S.-based provider of innovative solutions to the life sciences industry, announced the introduction of its ACTICS predictive analytics solution, which enables clinical spaces to combine multiple data sources into a single comprehensive system. Also, some U.S. companies are partnering with healthcare institutions to develop proprietary algorithms designed to enhance organizational performance, improve clinical care, and increase operational efficiency. Such developments are projected to increase the popularity of predictive analytics solutions in the healthcare sector in the coming years.

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HEALTH TECHNOLOGY

Medical Computers: A Necessity of the Future Healthcare

Article | August 29, 2022

Over the last couple of years, the healthcare industry has witnessed significant technological advancements transforming numerous procedures and treatments, ranging from magnetic resonance imaging scanners and radiotherapy to antibiotics and anesthetics. In addition, the introduction of novel technologies (new pharmaceuticals and treatments, new equipment, new social media support for healthcare, etc.) has further provided air to the fire for innovation in the sector, encouraging healthcare providers to upgrade their technological infrastructure. Medical Computers Paving the Way in Healthcare Use of modern technology, such as medical computers, is becoming more and more crucial in healthcare institutions, including hospitals, clinics, and specialized treatment centers. These computers are used in hospitals for a variety of purposes, from better laparoscopic, minimally invasive surgical techniques used by surgeons to patient tracking and health monitoring gadgets. Medical computers are becoming more prevalent as they help medical professionals make faster, more reliable, and more accurate decisions. Additionally, they enable the emergence of new data, integrate advanced technologies such as artificial intelligence, and enhance decision-making processes, which are particularly crucial when it comes to medical diagnostics and treatment. New computer and technology solutions in the healthcare sector are enabling a wide range of outcomes that were previously unimaginable. They assist medical practitioners in both data collection and data interpretation, enabling them to make decisions that are thoroughly informed by insight. Here are some of the applications that have experienced immense transformation in recent years Hospital Information Systems Medical Personnel and Staff Management Data Analysis in Medicine Medical Imaging Computer-assisted Therapy Laboratory Computing Critical Patient Care Computer Assisted Decision-making (CMD) Patient Check-In and Status Growing Adoption Encouraging Product Launches With technologies like medical computers becoming essential for processing numerous day-to-day operations in the healthcare industry, the need for these computers is growing at a rapid pace. Hence, a number of medical equipment providers are emphasizing on offering cutting-edge solutions to modern healthcare facilities. For instance, in 2021, American Portwell Technology, Inc., a world-leading innovator of the Industrial PC, unveiled two certification-ready all-in-one medical computers - MEDS-P2410-P200 (23.8″) and MEDS-P2210-P200 (21.5″) with features such as true-flat capacitive touchscreen and optional hot-swappable batteries.

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HEALTH TECHNOLOGY

Wearable Technology: A Pool of Opportunities in Healthcare

Article | June 22, 2022

Introduction The field of smart wearable devices has advanced significantly in recent years as a result of the advent of mobile medicine, the development of new technologies like smart sensing, and the increased penetration of personalized health concepts. These Internet of Things (IoT)-based smart devices not only help people pursue a healthier lifestyle, but also offer a constant flow of healthcare data, which can be used for disease diagnosis and treatment, by actively recording, tracking, and monitoring metabolic status and physiological parameters. Wearable technologies have the potential to completely change the ways to monitor health behavior and are increasingly finding clinical implementation for patients with various types of diseases. Wearable Technology: New Ways of Patient Monitoring While wearable technology has demonstrated value in the fields of entertainment, fitness, and gaming, it is making inroads into the healthcare industry at a rapid pace. Increasing advancements in sensor technology and artificial intelligence (AI) are assisting millions of people in detecting and managing chronic health conditions and avoiding serious illnesses using devices that are as small as a patch the size of a penny or small enough to be worn on the wrist. According to a study, nearly 320 million consumer health and wellness wearable devices are estimated to be shipped across the globe in 2022, and the number is likely to surpass 440 million units as a number of new devices come out and more healthcare providers start using them. Most wearable devices, such as smartwatches, now include heart rate monitors, and some have FDA approval for detecting abnormalities such as atrial fibrillation, a major cause of stroke. As these devices become more intelligent, the percentage of patients and consumers who use them to manage chronic health conditions and diagnose symptoms of serious diseases is likely to rise. This is expected to assist the sales of wearable devices in healthcare to exceed $195 billion by the end of 2027, presenting huge prospects for healthcare equipment providers and associated companies to benefit from the opportunity. The Future of Wearable Technology in Healthcare Though wearable technology is experiencing rapid growth, the field is still considered to be in its nascent stage, presenting massive remunerative prospects for the manufacturers of smart devices, especially in the healthcare industry. Hence, companies of all kinds, from giants to upstarts, are emphasizing on investing and developing new wearable devices with new features and functionalities to meet the surging demand for wearables across healthcare in coming years.

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HEALTH TECHNOLOGY

The Long-Term Care Software: Mapping the Future

Article | July 13, 2022

Long-term care comprises all the health services that help patients with chronic illnesses or disabilities meet their medical and non-medical needs. It caters to those who cannot care for themselves for extended durations. For care providers, it becomes critical to meet the needs of patients on time while delivering top-notch quality, especially at a time when virtual care is more important than ever. To remedy this, many of the tasks and processes within long-term care are supported by digital solutions. These long-term care software applications enable care providers to automate aspects of patient scheduling, inventory control, regulation and compliance, data management, care delivery management, and much more. Some of the end users of long-term care software include home healthcare agencies, nursing homes, and residential hospice care facilities. What is Driving the Growth of Long-Term Care Solutions? Digitalization has swept the healthcare industry, and medical technology now occupies a significant area of medical care delivery. With the demand for a robust healthcare infrastructure aggravated by a shortage of medical professionals, the need for automation is driving the growth of medtech across all areas of healthcare. In addition, fewer medical specialists and medical cost reduction initiatives combined are powering the long-term care software market’s growth. Challenges for the Long-Term Care Software Market Despite the rapid growth in the use of digital solutions to manage administrative and compliance tasks, technological transformations are expensive. The high maintenance costs incurred by care providers are a major hindrance towards a full-fledged adoption. Many care providers are also unwilling to adopt new applications due to the implementation and staff training costs involved in doing so. What the Future Holds? With an increase in remote care and the use of technologies like the Internet of Medical Things to deliver diagnostic services and preventive care, medtech is witnessing a revolution. Long-term care is bound to follow suit thanks to areas like remote patient monitoring and wearable technology. While the long-term care market is slated to grow by leaps and bounds, solution makers must find a way to help care providers warm up to the use of technology and de

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Spotlight

Lundbeck

Lundbeck is a global pharmaceutical company highly committed to improving the quality of life of people living with psychiatric and neurological disorders. For this purpose, Lundbeck is engaged in the research, development, production, marketing and sale of pharmaceuticals across the world. The company’s products are targeted at disease areas such as depression, schizophrenia, Parkinson’s disease and Alzheimer’s disease. According to the World Health Organization, WHO, more than 700 million cases of psychiatric and neurological disorders are reported every year. These are serious and life-threatening diseases that affect the quality of life of the patients as well as of their relatives.

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