Infinity G’s Post

Real-Time Health Monitoring Systems with Integration of Nanotechnology Excited to Share My Latest Project with Muhammad Yahya Babar , Affan Ahmed Khan , Syed Wamiq Ali ! 🚀 I've recently completed a project on Real-Time Health Monitoring Systems with Integration of Nanotechnology. This innovative approach leverages advanced nanotechnology to provide precise and real-time health data, opening new horizons in personalized healthcare. By integrating nanosensors, we can detect and monitor critical health parameters at the molecular level, ensuring timely intervention and better patient outcomes. 🌡️🔬 Key Highlights: - Development of nanosensors for accurate health monitoring. - Real-time data collection and analysis. - Potential applications in chronic disease management and preventative care. This project has been a significant step forward in bridging technology and healthcare, and I'm excited about the potential it holds for the future! 🚑💡 #HealthcareInnovation #Nanotechnology #RealTimeMonitoring #Personalized

Alhumdulilah, this innovative approach ensures continuous data transmission to medical professionals and emergency services for real-time assessment and intervention. Process♻️ Assessment, Assistance, Treatment: - Continuous assessment of the individual's health data. - Provision of assistance based on real-time data. - Treatment adjustments made through feedback mechanisms. The system utilizes body sensors such as blood pressure sensors, ECG sensors, artificial pancreas, and EMG sensors to collect physiological data, which is then transmitted to a network and forwarded to a server. The server processes this data, making it available to doctors and emergency services. Feedback or instructions from these professionals are sent back through the network to the body sensors, potentially triggering necessary actions or alerts. This system ensures continuous monitoring, real-time data analysis, and immediate medical intervention, enhancing patient care and emergency response. 🌐💡 #HealthTech #Innovation #Healthcare #MedicalDevices #PatientCare #RealTimeData #EmergencyServices

Two weeks late, but here's my latest bylined story on a "smart plaster" created by Nanyang Technological University Singapore researchers that can detect sugar blood levels and other substances in our blood; an innovation that may help diabetic patients through a non-invasive way. Thanks to Professor Yu-Cheng (Daniel) Chen for talking with me for this story. Always excited to hear about these kinds of innovations! https://lnkd.in/g-nzuzGz

* LETI INNOVATION DAYS at CEA-Leti* There’s still time to register 👉https://lnkd.in/ezq2vvgp ✔ Tech for Health Micro and nanotechnologies are driving some major disruptions in healthcare, enabling smaller, more precise, and better integrated devices. CEA-Leti is bringing its smart sensors, systems, and algorithms to medical diagnostics, tools for pharma and biopharma R&D, and remote and personalized medicine, all developed in compliance with standards and regulations. Chaired by: Nadège Nief & Aurore LEPECQ #LIDs2024

I hope that health tech is about to explode in Asia! I recently read this article on Tech in Asia that highlights the potential of Healthcare Tech in the region: https://lnkd.in/gMKZggYV. With aging populations and high healthcare costs, an innovation is demanded. This is a golden opportunity for startups and tech companies to disrupt the healthcare landscape. However, let's face it: the healthcare industry isn't exactly known for readily embracing new technologies. That's where things get tough and potentially lucrative. My team and I have been exploring the potential of digital twins as a way to bridge this gap and accelerate tech adoption in healthcare. Check out our latest article on the topic: https://lnkd.in/gEJNV6YB If you are currently developing or upgrading your healthcare tech solutions and need technical advice, feel free to DM me for a consultation! Can share our insights about the topic as well. #healthcare #healthcaretech #tech #startup #techinasia #southeastasia #digitaltwins

Ellison Institute of Technology campus in Oxford to focus on HealthTech as one of 4 key areas of technological innovation The Ellison Institute of Technology (EIT) in Oxford has a broad focus on four key areas of technological innovation, with healthcare technology outlined to play a significant role within its mission: Focus on Medical Science and Healthcare: >> Historical Roots: EIT was initially established as a research and development centre for cancer and wellness, highlighting its strong foundation in healthcare technology. >> Dedicated Facilities: The new EIT Oxford campus includes over 30,000 square meters of research laboratory space, an oncology and wellness clinic, and facilities like AI GPU Supercluster Lab, Drug Design Lab, and Medical Device Lab, specifically dedicated to healthcare technology advancements. >> Research Focus: EIT actively pursues research in various areas of medical science and healthcare, including: > Cancer treatment and prevention > Development of new medical technologies and devices > Utilising advanced technologies like AI and robotics in healthcare > Understanding and addressing global health challenges Mergers, Acquisitions, Growth and Strategy for Healthcare Technology companies >> HealthTech M&A - Buy Side, Sell Side, Growth & Strategy services for companies in Europe, Middle East and Africa. Visit www.nelsonadvisors.co.uk > HealthTech M&A Newsletter from Nelson Advisors - HealthTech, Health IT, Digital Health Insights and Analysis. Subscribe Today! https://lnkd.in/e5hTp_xb >> Healthcare Technology Buy Side, Sell Side, Growth & Strategy services for Founders, Owners and Investors. Email lloyd@nelsonadvisors.co.uk > Healthcare Technology Thought Leadership from Nelson Advisors – Market Insights, Analysis & Predictions. Visit https://lnkd.in/ezyUh5i https://lnkd.in/eRNMWzye

🌟 **Did You Know?** 🌟 Scientists have recently developed a new drug delivery system using nanotechnology that promises to revolutionize the treatment of chronic diseases! This cutting-edge approach ensures medications are delivered directly to the affected cells, enhancing effectiveness and minimizing side effects. As someone deeply involved in the life sciences industry, I’m excited to see how such innovations can improve patient outcomes and transform healthcare. What are your thoughts on the future of medical technology? Let’s discuss! 🚀🔬 #Innovation #LifeSciences #Healthcare #FutureTech ---

Over fifteen years ago, Klaus Schonenberger left a billion dollar MedTech industry with a vision to help people around the globe with essential technology, make the world a better place, and show that the corresponding business model is viable. Thanks Klaus for taking the time to talk to me about your plans to reduce vulnerability around the world. https://lnkd.in/eFBGXsf4

Back in Vegas this week for the HLTH Inc. conference! Looking to connect with companies with well-differentiated and well designed solutions to improve access to care and diagnostics. Please comment below if you know a startup we should learn about! Designing for health is complex: you need to address clinical and financial needs, align professional and patient incentives and experiences. When you're part of a product team in a startup, you also need to understand why your product will stand out. You don't have the advantages of scale that incumbents have. Your product has to be best-in-class in some dimension. In some cases - and I think that's what makes Hexoskin so special - what your product delivers has the potential to change existing standards of care. New instruments allow us to redefine how we look at diseases, how we develop new therapies, how we provide care, how we improve access to care, for the benefit of patients. Hexoskin, Carré Technologies Inc., Arizona BioIndustry Association (AZBio), Southern California Biomedical Council (SoCalBio), BIOQuebec, MEDTEQ+, Montréal InVivo, HLTH Inc. #HLTH #HLTH2024 #digitalhealth #wearables #diagnostics #digitalbiomarkers #clinicaltrials #innovation #startup #vc #productdesign #bloodpressure #cardiovascular #respiratory