MBIE Science and Innovation’s Post

Imagine stepping into a world where technology can see things we can’t—where a machine can spot the invisible threats lurking in our eyes, especially for those battling diabetes. This isn't a snippet from a sci-fi novel; it's the reality of today's AI revolution. In Dominica, a groundbreaking journey began with an AI system designed to detect diabetic eye disease, transforming the way we approach health and prevention. In the heart of the Caribbean, from June 5 to July 3, 2021, people with diabetes came to local clinics, stepping into the future without even realizing it. They were part of a study, but more importantly, they were at the forefront of a healthcare revolution. After getting their eyes checked the traditional way by a professional, known as the 'field grader,' their eye images were then analyzed by an AI, a silent guardian armed with the power to see what human eyes might miss. The results? Out of 587 participants, the AI demonstrated remarkable prowess. It successfully identified signs of eye disease in 77.5% of cases where intervention was needed, proving its worth against the keen eyes of human graders. Even in challenging conditions, where some images were hard to read, the AI held its ground. And when the unclear cases were set aside, its accuracy climbed even higher. This isn't just a story about numbers or technology. It's a tale of how AI is starting to weave its way into the fabric of our lives, offering a beacon of hope for early detection and prevention of diseases that can change lives forever. Dominica's story is a testament to the potential of AI to reach into our world, offering solutions that were once thought to belong in the future. The promise of AI in healthcare is vast, and this study is just a glimpse of what's possible when innovation meets compassion in the quest to safeguard our health. #ophthalmology #ai #diabeticretinopathy

#MedTechNews 🗞️ Researchers at the University of Oxford have developed a groundbreaking AI model that predicts heart attack risk up to 10 years in advance. This AI tool detects heart inflammation that regular CT scans miss, allowing doctors to take early preventive action. Currently piloted in five NHS hospitals, this innovation could drastically reduce heart disease rates. The British Heart Foundation estimates heart disease costs the NHS £7.4 billion annually, impacting 7.6 million people in the UK. Early AI interventions can save lives and resources. DoctorMe.co aims to help doctors embrace such AI innovations, enhancing their diagnostic capabilities and improving patient outcomes. #AI #HealthcareInnovation #HeartHealth #DoctorMe #MedicalAI #FutureOfMedicine #bbc [Source - BBC: https://lnkd.in/gfTSz3ZG]

Aging is a complex process that significantly impacts the onset of various diseases, making it a crucial factor to address in the quest for extending human life expectancy. Experts at Northeastern University highlight that targeting aging itself may offer greater benefits than focusing solely on preventing or treating individual diseases. Slowing down the aging process could potentially add 30 to 35 years to one's life expectancy, surpassing the gains achieved by curing specific diseases. Ramkumar Hariharan, a senior scientist at Northeastern's Institute for Experiential AI, emphasizes the importance of understanding aging at the molecular, cellular, and organismal levels. To facilitate this research, they are developing the Artificial Intelligence Longevity Toolbox (AI-LOT), which will aid biologists in analyzing and interpreting data related to longevity, predictive analytics, summarizing key studies, and even drug development.   The goal is to harness AI to better understand and potentially slow down the aging process, ultimately leading to healthier, longer lives. Read the Full Article: https://lnkd.in/gbqFPX3j #health #healthai #healthcare #ai #artificialintelligence #healthnews

🧠 Aphasia affects as many people as Parkinson's disease, leaving stroke survivors unable to speak or write - but new research offers hope for reconnection. With AHW Momentum Grant funding, researchers at the Medical College of Wisconsin are exploring an innovative solution using artificial intelligence to help people with aphasia communicate again. The team is working with patients who already have brain monitoring devices to collect data that will help train AI systems to understand and decode brain signals. This groundbreaking work could eventually help people with aphasia reconnect with their families, friends, and communities. Visit our website to learn more about this exciting project 🔗 https://lnkd.in/gxXFFw_E #Research #BrainHealth #WisconsinHealth #ArtificialIntelligence #AHWEndowment

AI Daily Breakthrough: AI is being leveraged to create predictive, personalized treatment plans tailored to an individual's genetic profile, lifestyle factors, and health data. In 2024, AI models began accurately predicting disease risks and recommending preventative measures or therapies customized for each patient. This AI-driven approach to precision medicine promises earlier diagnosis, improved outcomes, and accelerated medical research.

Particularly good news for individuals in high-risk groups, such as those with a family history of heart disease, high blood pressure, or diabetes. ❤️🩹 Early detection and intervention can make a significant difference in outcomes. #HeartAttack #HighRisk #CardiovascularHealth #HeartDisease #Prevention #AIinHealthcare

As we age, cognitive and physiological deterioration become inevitable challenges we all face. Certain triggers can accelerate this deterioration, and these triggers can and should be prevented. However, detecting and preventing them is challenging. Current solutions often overlook the holistic picture of our health and fail to cover all aspects of a person’s health by focusing on partial or subjective data. At Cogme, we tackle these issues head-on to revolutionize care. Our advanced AI platform approaches human health as a whole. By monitoring and analyzing cognition, physiology, and activity together, and providing digital cognitive stimulation, we're able to drive better outcomes for older adults and detect signs of decline at an earlier stage. One critical area we're addressing is delirium – a serious condition marked by acute cognitive dysfunction. Delirium is characterized by sudden confusion and behavioral changes which impose a heavy financial burden on healthcare systems. Fortunately, the Cogme team is working hard to transform care in this field, with global clinical trials underway. Follow us on LinkedIn to hear the latest – exciting clinical progress news from our delirium trial is coming soon! Together, let's pave the way for a healthier, more vibrant way to age. #Aging #HealthTech #Delirium #AI @Cogme

🧠🔍 Breakthrough in Alzheimer's Prediction Using AI! Calling all healthcare professionals and tech enthusiasts: a recent development at the University of Cambridge is setting new standards in the battle against Alzheimer’s disease! 🌟 Here’s why this news is groundbreaking: Combining cognitive assessments with MRI scans, the innovative AI model boasts an impressive 82% accuracy in predicting the onset of Alzheimer’s three years in advance. 🏥💡 Crafted from data gathered from over 1,900 individuals spanning the US, Singapore, and the UK, this AI tool does more than just predict; it also categorizes the progression into three distinct rates. 📊👨🔬 What does this mean for patients and healthcare providers? 👉 Early intervention: Identifying high-risk patients earlier than ever, paving the way for timely treatment that could alter disease trajectory. 👉 Peace of mind: Providing relief to those less likely to develop severe conditions soon. 👉 Personalized care: Stratifying patients based on progression speed to tailor bespoke interventions, ensuring that resources are allocated more effectively. 🩺 The potential? Massive. Not stopping at Alzheimer’s, the team is already exploring applications for other dementia types and integrating more diverse data sets, like blood test markers, to enhance prediction models even further. 🔬🧬 Imagine a future where we can not just foresee illness but preemptively fight it. That future is on the horizon, and AI is leading the charge. Incorporating AI in medical practices is more than innovation; it’s a necessity. As technology advances, staying informed and adaptable is key—because AI isn’t just changing the game; it's revolutionizing how we approach healthcare and patient care globally. 🌍💊 Let’s embrace these advancements and support continued research and development in AI-driven healthcare! #AI #HealthTech #Innovation #AlzheimersResearch #MedicalScience

🧠 Super happy to announce my recent contribution, on behalf of the American Academy of Neurology, to the report, "Future of Health: The Emerging Landscape of Augmented Intelligence in Health Care," spearheaded by the American Medical Association. The report provides an overview of current and future use cases, potential applications of AI, opportunities and risks physicians should be aware of. https://lnkd.in/eV6ChqWG #AIHealthcare #Innovation #DigitalHealth #FutureOfHealthcare #AAMReport

The American Heart Association published a scientific statement on the use of artificial intelligence (AI) in improving outcomes in heart disease, noting six areas where the application of AI to cardiovascular care has advanced. Verily leaders commented on the importance of monitoring and evaluating the performance of these AI-based tools, calling on the need to create an infrastructure that enables scientific analysis of multiple data sources, at scale. Read more: https://bit.ly/3IDTn2e #HeartHealth #HeartDisease #AIInHealthcare