Denis Losik’s Post

"Three disruptive shifts are expected to transform our health-care landscape and reshape cardiovascular care. First, an ageing population will increase the need for complex chronic disease management.  Second, the advancement of digital health technology, inclusive of sensors, wearable remote monitoring, and artificial intelligence (AI) or machine learning tools will democratise clinical decision making and catalyse a transition towards continuous models of care. Lastly, the convergence of technology, increased prevalence of chronic diseases, and an aging population will guide health care towards ambulatory pathways that are increasingly financed through value-based payment models". https://lnkd.in/dA2eAPak

🌟Just attended an insightful webinar on "Turning Real-Time Data into Actionable Insights" by Jason Case, Vice President at Medtronic, organized by HIMSS New England.🌟 In the webinar, Jason highlighted the challenges and opportunities in patient care as it transitions from high acuity monitoring in the ICU, where nurses vigilantly check cardinal signs with a 1:2 nurse-to-patient ratio, to lower acuity monitoring in medical wards, and ultimately, to home care. He explained how this shift often results in inefficient workflows, but emphasized that Artificial Intelligence (AI) can help bridge this gap by converting real-time data into actionable insights. Some key takeaways: 1. 🔅 Real-time data into Actionable Insights with Cardinal Vital Signs: AI can address the challenges of pulse oximetry, where it's easier to read the pulse of patients with lighter/thinner skin compared to those with darker/thicker skin. Jason demonstrated how AI can enhance accuracy for all patients, using real-time examples from hospitals.    2.🔅 With Multi-Parameter Monitoring: AI can reduce false/nuisance alarms, ensuring that true alarms are accurately identified. This is critical, as traditional monitoring often results in ignored alarms, which can be risky when real warnings are overlooked. 3.🔅 With Advanced Sensing in Operating Rooms: AI is revolutionizing patient monitoring during surgeries, leading to safer outcomes. 4. 🔅In Neonatal Intensive Care Unit (NICU): In neonatal care, AI can be utilized with a single sensor and camera to predict and prevent infections, minimizing the need for bulky equipment. 5. 🔅In the Intensive Care Units (ICUs): AI-driven insights are optimizing care in ICUs, improving patient outcomes. 6. 🔅From Recovery to Home: Cost-effective wearable technology is simplifying the transition from hospital to home care. These solutions passively capture high-frequency vital signs, ensuring continuous monitoring while reducing healthcare costs. Real-time insight-driven care can lead to better patient outcomes and fewer readmissions. I found this webinar incredibly informative, as it highlighted how clinical integration, workflow optimization, and economic value can drive the adoption of these technologies. It's exciting to see how new technologies are empowering patients to take better care of themselves, and I'm eager to see how these innovations will shape the future of healthcare. #HealthcareInnovation #AIInHealthcare #PatientCare #HealthInformatics #MedTech #HIMSSNewEngland #ArtificialIntelligence

Every month, health observances spotlight critical issues affecting our well-being. These moments remind us to reflect, learn, and embrace advancements that improve care and outcomes. What Role Is New Technology Playing in Thyroid Care? The thyroid is small but mighty—regulating metabolism, energy levels, and more. Yet, thyroid disorders remain underdiagnosed, impacting millions worldwide. Today, technology is reshaping how we diagnose and manage thyroid conditions: AI Diagnostics: By analyzing imaging and lab results, AI is helping detect thyroid abnormalities with speed and accuracy, empowering earlier interventions. Telemedicine: Virtual care is breaking down barriers, allowing patients to consult specialists no matter where they live—making thyroid care more accessible than ever. Looking Ahead: Wearable tech designed to monitor thyroid health is on the horizon, offering patients real-time insights and proactive care. We’re inspired by these innovations and dedicated to advancing healthcare solutions that expand access and equity. What innovations do you see shaping the future of thyroid care? #ThyroidAwarenessMonth #HealthcareInnovation #AIinMedicine #Telehealth #Endocrinology #HERIF

Happy New Year - Top Healthcare Technology Trends to Watch in 2025 The healthcare industry is continuing its ground-breaking advancements in 2025, driven by innovation and technology. In a recent American Medical Association update, Margaret Lozovatsky, MD, FAMIA, VP of Digital Health Innovations, shared insights into the future of healthcare. Key Trends Shaping Healthcare: 1- AI and Machine Learning: Enhancing diagnostics, predicting outcomes, and streamlining workflows. Generative AI is transforming clinical documentation and improving efficiency. 2 - Telemedicine and Virtual Care: Expanding access to care, particularly in rural areas. Remote monitoring and virtual consultations are becoming standard practices. 3 - Wearable and Implantable Devices: Real-time health tracking through smart devices. Proactive care management and improved patient engagement. 4 - Minimally Invasive Surgical Techniques: Faster recovery times, reduced pain, and fewer complications. Precision-driven approaches revolutionising surgeries. 5 - Genomic Medicine and Biotechnology: Personalised treatments based on genetic data. Innovations like CRISPR reshaping care possibilities. 6 - Affordability and Consumer-Centric Focus: Prioritising cost-effective solutions to improve access to care. Making healthcare more affordable and inclusive. From AI-driven solutions to wearable tech and personalised medicine, 2025 will be all about technology transforming patient care and improving outcomes. Watch more: https://lnkd.in/g6N2S9TN #HealthcareInnovation #DigitalHealth #AIinHealthcare #WearableTech #Telemedicine #Genomics #HealthTechTrends2025

At Open Health Network, we are at the forefront of revolutionizing digital health, remote monitoring, at home care, and decentralized clinical trials. Our commitment to innovation and excellence has led us to collaborate with top researchers from leading healthcare institutions such as UCSF, Columbia, NYU, UCLA, CHOP, and many others on various NIH and other grants. Our advanced framework powered by AI and GenAI is meticulously designed to meet the most demanding requirements across any disease area. We provide seamless integration with multiple wearable devices, sensors, and medical systems, ensuring that specialists, researchers, patients, caregivers, and coaches can access our solutions on any device, in any language. Our approach guarantees fast and cost-effective deployment, making cutting-edge healthcare accessible to all. We take pride in our impactful projects, which are backed by published data and validated through peer review. Our partnerships with researchers have yielded significant advancements in healthcare, and we are eager to continue this journey of innovation and discovery. Are you a researcher passionate about making a difference in digital health? Let's collaborate on groundbreaking projects that can shape the future of healthcare. Contact me to explore how we can work together to create impactful, data-driven solutions. #DigitalHealth #AIinHealthcare #RemoteMonitoring #ClinicalTrials #HealthcareInnovation #ResearchCollaboration #AI #GenAI #Research #Oncology #Cardiology #RareDiseases #Autism #Dementia #Addictions #SleepDisorders #Alsheimers #Diabetes

The article "The Digital Healthcare Revolution" from Harvard Magazine highlights the transformative impact of digital technologies on healthcare delivery and medical research. 1. Artificial intelligence is enhancing diagnostic tools and enabling wearable medical devices to collect critical patient data. 2. Automation is streamlining healthcare workflows and reducing costs. 3. Bluetooth technology aids in tracking and curbing the spread of illnesses. 4. Telemedicine is improving healthcare quality, accessibility, and affordability. 5. The COVID-19 pandemic accelerated digital innovation in healthcare. 6. Harvard Business School faculty are researching and teaching about this digital healthcare ecosystem to equip leaders with knowledge to address health-related challenges. 7. Philanthropic support through the HBS Fund plays a vital role in enabling this important work. https://lnkd.in/epi8qxkc #healthcare #healthcareinnovation #healthcareai #healthcareit #ai #digitalhealth #mobilehealth #telehealth #telemedicine #rpm #wearabletech

🌟 Advancements in Sensing Tech Boost Tele-Physiotherapy Efficiency! 🌟 The COVID-19 pandemic has accelerated the growth of tele-physiotherapy, thanks to groundbreaking advancements in sensing technologies. These innovations are transforming patient care by enabling precise monitoring of biological signals and movements from afar. 🩺 Key Highlights: - Enhanced remote monitoring capabilities allow therapists to track vital signs and activities without in-person visits. - Real-time data collection empowers personalized treatment plans, ensuring timely interventions. However, challenges remain! Usability of sensing devices and data analysis complexities must be addressed to maximize these benefits. 🔍 As we look ahead, the integration of AI and big data could revolutionize tele-physiotherapy, improving diagnosis precision and treatment personalization. Stay informed about these technological advancements to elevate the quality and accessibility of physiotherapy services! 👉 Click the link for more insights! #DigitalHealth #HealthcareInnovation #MedTech #PatientCare #Publications #RegulatoryAgencies #SensingTechnology #TelePhysiotherapy #MarketAccess #MarketAccessToday

6 Benefits of Digital Transformation in Healthcare 1. Electronic Health Records: EHRs enable real-time sharing of patient information across healthcare providers, improving care coordination, tracking patient data over time, and enhancing healthcare quality. 2. Artificial Intelligence: AI helps reduce diagnostic errors and address healthcare labor shortages, improving efficiency and supporting clinical decision-making. 3. Telehealth & Virtual Care: Telehealth offers patients real-time access to healthcare from home, supporting chronic care and post-hospital recovery, especially important as the aging population grows. 4. Wearable Technology & Remote Monitoring: Wearable devices like fitness trackers allow healthcare providers to monitor patients remotely, ensuring timely interventions and better home care management. 5. Data Analytics: Data analysis in healthcare enhances diagnostics, predicts health trends, and personalizes treatment plans, supporting the future of precision medicine. 6. Robotic Systems: Robotic surgery offers greater precision, reducing complications and improving patient outcomes. This technology is expanding into rehabilitation and remote consultations. Any organization that is serious about impactful change has to be prepared to prepare steps for adoption in each domain listed above. #DigitalHealth #HealthcareInnovation #AI #Telehealth #EHR #WearableTech #ChangeHC #Futureisnow https://lnkd.in/gd4WQu8j

Combining data from multiple physiological sensors reveals transformative insights into human health. VivoSense translates this complexity into actionable metrics, empowering clinical researchers to achieve precision-driven, patient-focused outcomes. Discover how integrated data is reshaping health innovation. Learn More: https://hubs.la/Q02-1n670 #clinicalresearch #clinicaltrials #digitalendpoints #digitalbiomarkers

זה באמת עושה לי טוב לראות מטוס ממריא מתוך דמעה שקופה. A few thoughts on HLTH Europe 24 1. AI is the latest buzzword. Personally I’m pessimistic regarding AI’s near future effect on healthcare. I’m expecting no drama since EMR data is limited inaccurate, (physicians counldnt care less for Emr accuracy, we want to treat the patient and not the computer), and represents only a shallow and narrow picture of a round figure - the patient with needs, culture, wants, needs, risk aversion profile and so much more. Medicine can’t be one size fits all. 2. AI will make headway in “simple rule” “limited options” fields like imaging and pathology. It will also add so much demands to the workload of pathologies and radiologists through significant incidental finding systems under development. These fields will evolve and demand for good pathologists and radiologists will probably grow. 3. IOT, wearables, home monitoring, telehealth, is evolving but not speaking to the EMR. Most offerings are speaking to propriety systems and clinicians needing to interact with yet another system. This will not help scale of home care and monitoring. 4. TMI we are making too much information and desperatly need good systems to summarise and alert clinicians only when needed. 5. Medical devices - many encouraging developments that empower primary care. From Pocus and pulmonary test to colonic polyp screening our offices will see more and more technologies that will maintain the high value patients are gaining from primary care. 6. EMR’s are the root of most evil and this needs to change. Most are closed gardens expensive and limited. Open EMR and FIRE initiatives are not moving fast enough and we are stuck with suboptimal systems that contribute to burnout and limit our capacity to predict and be proactive to our patients. 7. Israel’s health-tech scene is surprisingly developed and with our excellent healthcare system we are at a place we can be a global leader in the field. Any thoughts?