Teza Dev’s Post

Revolutionizing Healthcare: The Rise of Connected Health Devices ⛓ In the age of advanced medical knowledge, Connected Health Devices offer a promising solution to healthcare challenges. These wireless gadgets, part of the Internet of Medical Things (IoMT), monitor vital signs and deliver real-time data through AI analysis. Patients gain autonomy, managing chronic conditions and automating medication, leading to reduced health anxiety and an improved quality of life. As a progressive IT company, LANARS is at the forefront of technological innovation. We understand the importance of staying ahead in the fast-paced world of connected health devices. Our expertise can guide those eager to embrace the future, providing solutions to navigate challenges and integrate cutting-edge healthcare technologies seamlessly. Join us on the journey to a healthier and more connected tomorrow. 🙌 #LANARS #DigitalHealthTransformation #FutureHealthTrends #IoMTIntegration #HealthcareEvolution

24/7 WRPM (wearable remote patient monitoring) Could anyone use this for there Special use cases, or have a Gold standard, shorter Trial or research ? That will notify whoever is designated, in an agent ocuurance, that’s set by the clinition, with 14 biomarkers so far, in real time and 90 day history+, in one UXUI screen. We have it, and can Launch in 120 days. No cost to provider or patient, already in most medical codes. Little or no effort, or input needed by patients, Total scalability, 10- 1000,000 Devices available worldwide now. If you are interested in looking at a short video, and all the summarized research you want to, as well as a private web-page Let us know. patrick@ultimatedatawath.com Thanks you will find it simple and interesting.

How can we make a new #DigitalHealth solution, or new #digital measures, fit for real-word use? One key requirement is a well-designed study that addresses pertinent research questions related to the robustness and validity of the digital measures; the disease concepts that they capture; how they translate from a laboratory setting to a real-world setting. To address these research questions, we have designed a clinical study that simultaneously collects sensor-based gait and balance data from smartphones and reference measurement systems (IMUs, a motion capture system, force plates, and/ or video recordings), with data collected in both a laboratory and remote, real-world setting. Combined with a rich set of patient-reported outcomes, this dataset will enable us to investigate the impact of real-world confounders on our digital measures (e.g., how does the on-body location of the smartphone affect the digital measures); allow us to explore their validity, robustness, and consistency; and aid in their interpretation. We are pleased to share with you the protocol of this study, which has been recently published in Digital Health https://lnkd.in/eC_EStMN! We look forward to sharing with you in future our findings from this study and from our continued effort of shaping the future of digital health in #MultipleSclerosis. I’d like to thank my colleagues and co-authors without whom this work would not have been possible: Mattia Zanon, Tjitske Boonstra, Lorenza Angelini, Dimitar Stanev, Gabriela Chan, Lisa Bunn, Frank Dondelinger, Richard Hosking, Jenny Freeman, Jeremy Hobart, Jonathan Marsden, Licinio Craveiro #smartphone #gait #balance #ClinicalTrial #sensors

Technology + #pharmacists = the future of medicine Everyone is talking about AI technology... But what about 𝒘𝒆𝒂𝒓𝒂𝒃𝒍𝒆 𝒎𝒆𝒅𝒊𝒄𝒂𝒍 𝒅𝒆𝒗𝒊𝒄𝒆𝒔? These devices make patient monitoring in primary care provider shortage areas a reality, and who better to help manage your disease state than your hometown pharmacist? I use FDA-approved sensors for eligible patients with asthma as part of my disease management toolbelt. These sensors help us: ☑ address medication adherence concerns, ☑ identify SABA overuse ☑ discover exacerbation patterns Most importantly they can help provider 𝘱𝘦𝘳𝘴𝘰𝘯𝘢𝘭𝘪𝘻𝘦𝘥 patient care What are your favorite medical devices/remote patient monitoring tools? #technologyinhealthcare #wearabledevices

Semantic Web: Revolutionizing Healthcare with Intelligent Data Integration 📢 Exciting news! 🌟 Check out our latest blog post on how the Semantic Web is revolutionizing healthcare with intelligent data integration. 🏥🔬 In this article, we explore how the Semantic Web concept aims to make healthcare data more meaningful and interconnected, enabling intelligent data integration and analysis. 🌐💻 Discover how the Semantic Web can enhance data integration and improve decision-making processes in the healthcare industry. From integrating electronic health records with medical literature to analyzing data from wearable devices, the possibilities are endless! 💡📊 Read the full article here: [Semantic Web: Revolutionizing Healthcare with Intelligent Data Integration](https://ift.tt/EfnQxlZ) 💻🔍 Don't miss out on this insightful read that highlights the potential of the Semantic Web in transforming healthcare delivery and improving patient care. 🌐🏥 #medicaltechnology #healthcareinnovation #datascience #SemanticWeb #healthcareanalytics https://ift.tt/EfnQxlZ

📡 Wireless Wednesday 📡 Wireless Medical Devices: Transforming healthcare with mobility and convenience! ⚕️💻 Welcome to another #WirelessWednesday! Today, let's discuss wireless medical devices. From wearable health trackers to remote patient monitoring systems, these devices enable healthcare providers to collect vital data wirelessly, improving patient care. Share in the comments below any interesting wireless medical devices or your thoughts on the future of connected healthcare! #WirelessHealthcare #RemoteMonitoring #DigitalHealth

It's Mason Facts Monday again! Did you know that our devices, software, and OS combine to power the world around you? One Mason partner was able to connect patients, real-world health data, and providers with remote patient monitoring kits launched to thousands across the US. We've got a case study all about it — check it out: #remotepatientmonitoring #rpm #telehealth #androiddevelopment #devicemanagement #healthcaretechnology

🌐 Embracing Internet of (Medical) Things! The healthcare landscape is undergoing a transformative revolution, thanks - to some extent - to the Internet of Medical Things (IoMT). IoMT is like a team effort between medical gadgets, apps, and the web – they all join hands smoothly with healthcare tech systems. Think of it as a digital lifeline that lets machines chat with each other, giving us new ways to explore and do things in healthcare. IoMT connects devices, data, and care seamlessly: 🏡 In-home IoMT: Revamps patient care at home. 🏃♀️ Wearable IoMT: Tracks health on the go. 📱 Mobile IoMT: Shares info effortlessly. 🏙 Public IoMT: Spans communities, boosts access. 🏥 In-hospital IoMT: Elevates patient care, asset management. IoMT = Real-time data + AI insights = Tomorrow's predictive healthcare 🤖 Join us in shaping healthcare's future with IoMT! 🚀 #iomt #healthtechrevolution #medtech

HeartGuide by OMRON is one of the Top 50 Most Innovative Products by Innovation & Tech Today 2023. HeartGuide is the first wearable blood pressure monitor in the compact form of a wristwatch – for those who want to keep close watch on their heart health anytime, anywhere and respond to precise, actionable data. The judges recognized HeartGuide as a breakthrough innovation that is driving meaningful change for heart health and advancing OMRON’s Going for Zero mission to eliminate heart attack and stroke. They also cited its breakthrough technology and how it utilizes the same technology used in a doctor’s office – an inflatable oscillometric blood pressure cuff – to ensure accurate and reliable readings. HeartGuide is registered by the FDA as a medical device.   HeartGuide syncs with the free OMRON Connect app, which provides insights and real-time coaching to help users take action for their heart health. With OMRON Connect, a patient can send readings from HeartGuide to a physician and care team. Read more on HeartGuide and OMRON Connect. https://lnkd.in/eCSzdM2X   #medicaltechnology #hypertension #digitalhealth #goingforzero #hearthealth #healthcare 

Wearable sensors are an evolving digital health tool to measure activity performance in daily life, yet they are not part of routine rehabilitation clinical practice. Miller seeks to understand the barriers to entry for patients and clinicians in order to deploy wearable sensors with minimal intrusiveness but maximum usefulness when capturing and integrating data into clinical treatments and health care records. The goal of this work is a scalable digital health solution that can be integrated into rehabilitation clinical practice within the boundaries of key stakeholder preferences to improve the delivery of rehabilitation care and the outcomes of patients. Learn more ➡️ https://lnkd.in/gtZFxuaq #12DaysOfPT #physicaltherapy #PTawareness #PTresearch Sword Health