Advantages of Remote Patient Monitoring

Recent findings reported by MHealth Intelligence reveal that remote care has significantly increased medication adherence among Type 2 diabetes patients. This improvement is primarily due to the convenience and continuous support provided by remote monitoring technologies, which encourage patients to stay consistent with their medication regimes. The use of digital tools not only facilitates easier communication between patients and healthcare providers but also provides real-time data and alerts that help manage the condition effectively. This proactive approach in diabetes management is crucial for preventing complications and enhancing overall patient health. As technology evolves, remote care could become a cornerstone in managing chronic diseases more effectively. Key Takeaways: Increased Adherence 💊 - Remote care technologies have improved medication adherence rates. Continuous Support 📞 - Ongoing remote monitoring offers patients consistent support. Effective Communication 🗨️ - Enhanced communication channels between patients and providers. Real-Time Data 📉 - Access to real-time health data helps in better disease management. Proactive Health Management 🩺 - Prevents complications and improves the quality of life for diabetes patients.

In today's age of digital health solutions, the concept of care is no longer confined within the four walls of a hospital room. The rise of remote patient monitoring devices is a testament to how technology is reshaping healthcare delivery, turning homes into extended healthcare spaces. Here's how it's gaining ground. 🌐 Expanding Care Boundaries - With an aging population, an increase in chronic diseases, there's an urgency to extend care beyond hospitals. Remote patient monitoring devices answer that call, providing real-time health data right from patients' homes. 📊 Personalized Care - These devices, ranging from wearable tech to blood pressure cuffs, offer insights into vital signs, medication adherence, and even movement. This real-time data ensures clinicians can craft personalized care plans, addressing health issues proactively. 🔐 Data Integration and Security - While capturing data remotely, the question arises: where does this data reside? Most of it, according to experts, is securely stored in HIPAA-compliant clouds, ensuring seamless integration with patient EHRs and facilitating informed clinical decisions. 🌍 A Wider Reach for Clinical Trials - Remote monitoring isn't just about real-time data; it's also expanding the demographic for clinical trials, making them accessible to a broader audience. 🩺 Empowering Patients - The continuous monitoring lets patients live confidently, maintaining their health awareness and staying connected to their healthcare providers. For patients with conditions like asthma, diabetes, or heart failure, this is transformative. However, as with all technology, there's a learning curve. ⚠️ Adoption & Maintenance - Proper maintenance and correct usage are pivotal for optimal data gathering. 🛡️ Privacy & Security - Data protection remains paramount, necessitating protocols for data collection, transmission, and storage. 🔄 Digital Equity - Solutions should be robust and accessible, performing effectively even in low-signal areas. The next few years will see a surge in the adoption of these tools, especially with AI paving the way for advanced patient data analytics. One thing is clear, the future of healthcare is not just in hospitals. It's in the very homes we live in. Share your thoughts! 🏥🏠🌐 #artificialintelligence #digitalhealth #medtech

Remote patient monitoring is an umbrella term that encompasses both remote physiologic monitoring (RPM) and remote therapeutic monitoring (RTM). RPM refers to the monitoring of physiologic data—such as weight, blood glucose, or blood pressure—while RTM refers to the monitoring of patients’ self-reported nonphysiologic data, such as pain levels or medication adherence. Currently, the Centers for Medicare & Medicaid Services (CMS) limits RTM reimbursement to cases involving the respiratory system, musculoskeletal system, and cognitive behavioral therapy. However, there seems to be a growing amount of evidence demonstrating the utility of RTM in wound care. A study of wound therapy RTM—not currently covered by Medicare—demonstrates the potential for cost savings. When portable negative pressure wound therapy was combined with with an integrated RTM device that transmits data for monitoring by virtual specialists there was an associated cost savings of $3,753 per patient. Another study on negative pressure wound therapy found that RTM with regular adherence calls was associated with increased therapy adherence in 73% of patients, leading to greater reductions in wound volume and surface area. As this evidence continues to develop it supports the need for CMS to consider working with the AMA to issue additional RTM billing codes to allow for use cases beyond musculoskeletal, respiratory, and cognitive behavioral therapy. How would this affect your practice? #remotepatientmonitoring #woundcare #RTM #evidencebasedpractice #patientoutcomes #woundmanagement #innovation #ruralhealth

Managing heart failure can be challenging, with many patients often feeling overwhelmed by the complexity of the disease. At Abbott Heart Failure, we are focused on helping patients, caregivers and the health care community by reducing the emotional and physical burden of heart failure through innovative treatments so people with heart failure can live longer, fuller lives. I’m #AbbottProud to share research published in the European Society of Cardiology’s Journal that shows our collective work is making a difference. The study analyzed how CardioMEMS patients felt two years after receiving their remote sensor and the results are encouraging: a majority reported a statistically significant improvement in their quality of life and a high degree of confidence in being able to effectively manage their heart failure.     These findings reinforce that CardioMEMS is an effective tool in delaying the progression of heart failure while also providing patients the peace of mind that they can live a meaningful life with this disease. You can review more of the patient-reported findings here: https://bit.ly/45f5Vch.     US Safety Info: https://bit.ly/45gCOp1     #HeartFailure #CardioMEMS #RemoteMonitoring

Are we doing enough to leverage technology in addressing staffing challenges in the skilled nursing sector? As a healthcare professional with over two decades of experience, I've seen firsthand the transformative potential of technology in the skilled nursing sector. From my early days as a nursing home administrator to co-founding TapestryHealth, I've been driven by a vision to bridge the gap between diagnosis and treatment in nursing homes. Today, we're facing a critical shortage of skilled nursing staff, a challenge that has been exacerbated by the Covid pandemic. But I believe that technology, particularly in the form of remote patient monitoring and clinical data analysis, can play a pivotal role in addressing this issue. Remote patient monitoring allows us to keep a close eye on residents' health, even with a leaner staff. It enables us to anticipate and address health issues before they escalate, reducing the need for hospitalizations and improving overall health outcomes. Moreover, the use of clinical data can help us optimize staffing schedules, predict patient needs, and streamline operations. It can also provide valuable insights into chronic care management, helping us deliver more personalized, effective care. But to truly harness the power of technology, we need to foster a culture of innovation in our sector. We need to invest in training our staff to use these tools effectively and advocate for policies that support their adoption. Let's start a conversation about how we can better integrate technology into our care models. How are you using technology in your facilities? What challenges and successes have you experienced? #SkilledNursing #HealthTech #FutureOfHealthcare

Here are three themes that stood out to me in our newly released Future Health Index 2024 report – and my take on what they signify for the future of healthcare:   1. Automation can help relieve staff shortages, if used right   📊 What we found: a vast majority (92%) of healthcare leaders believe that automation of repetitive tasks and processes is critical for addressing staff shortages, but they also face skepticism from staff about automation.   👉 My take: We must always innovate backward from the needs of physicians. Used right, automation is not about replacing their skills – it’s about liberating them from tedious work they shouldn’t be doing in the first place.   2. Virtual care can extend the reach of patient care   📊 What we found: almost 9 in 10 healthcare leaders (89%) are seeing a positive impact of virtual care in easing staff shortages in their organization. 👉 My take: Remote patient monitoring will only continue to grow, especially post-operatively. The sooner you can send a patient home, while closely monitoring their health, the better. It offers patients a better experience. It frees up hospital capacity for the next patient. And it also creates new career paths for experienced staff, such as virtual nursing.   3. Leaders are embracing AI while also calling for appropriate safeguards   📊 In-hospital patient monitoring is the area where healthcare leaders have already implemented AI the most (43%), and in the next three years, their biggest focus is on implementing AI in remote patient monitoring (41%). At the same time, they are also calling for a measured approach to AI, expressing concerns about possible data bias. 👉 My take: We’ve moved beyond the point where AI was considered a threat. Clinicians have come to realize that AI can actually reduce a lot of friction in the processes they run. But as with all innovation in healthcare, it needs to be evidence-driven, and AI also requires guardrails for responsible use. 👇 Check out the full blogpost

Health data is being leveraged in numerous ways to enhance various touchpoints of healthcare delivery, ultimately leading to more efficient and patient-centric care. For instance, #remotepatientmonitoring (RPM) solutions compile health data from the patient's home, supporting clinical decision-making and needed intervention in new, innovative ways, thereby improving patient outcomes and health pathways. Telehealth services in general use health data to connect patients with healthcare providers remotely, expanding access to care, especially in underserved areas. Consumer apps and wearables collect real-time health data that patients and providers can access for #continuousmonitoring and feedback, increasing patient engagement and leading to better outcomes. Population health management also harnesses aggregated data to identify trends and allocate resources effectively, addressing the health needs of specific communities. These data-driven approaches and advancements in data analytics collectively lead to a more holistic, personalized, and efficient healthcare system. What am I most excited about with this emergence of new types of data acquisition and analysis? The application of #remotemonitoring in the home care space. Aging in place is a trend that RPM can support in truly innovative and meaningful ways, providing needed support and value for families and caregivers. If we can think in new ways about how to apply remote monitoring, we can improve life satisfaction, a positive quality of life, and perhaps most importantly--self-esteem and dignity. #remotepatientmonitoring #aginginplace

Home is where the heart is, and now, it's becoming where the hospital is, too! 🏥➡️🏠 The #hospitalathome trend is growing, with over 400 #hospitals having such programs. Hospital-at-home offers acute care to patients within the comfort of their homes, using remote patient monitoring and digital communication to keep track of patients. It was brought to the U.S. by Johns Hopkins in 1995 and has grown rapidly since the pandemic. COVID-19 acted as a catalyst, spurring the Centers for Medicare and Medicaid Services to launch the Hospital Without Walls initiative in 2020. Today, 406 hospitals and health systems offer hospital-at-home programs. Congress has extended reimbursements for this model until the end of 2024. While this model has significant benefits, like reducing healthcare costs and improving patients' emotional well-being, there are challenges. The future of reimbursements is uncertain, and the model faces barriers in rural areas lacking reliable internet service. The nursing shortage and patient preferences may also hinder growth. The market potential is huge though, expected to grow from $200 billion in 2023 to $300 billion by 2028. Key players pioneering the hospital-at-home movement include Johns Hopkins, Mayo Clinic, Kaiser Permanente, and the Cleveland Clinic. These giants are partnering with companies like Medically Home, Biofourmis, and Contessa Health which provide a one-stop solution to set up these programs. They help coordinate staffing, command centers, remote patient monitoring, and more, making the transition to home care as seamless as possible. For more about this evolving trend, check out the article #HospitalAtHome #HealthcareTrends #DigitalHealthcare

https://lnkd.in/geHDNrjc Telemedicine and mobile health care are not just making health care more convenient and efficient for patients but for hospitals and medical facilities, as well. In an era when hospitals and medical facilities are reporting longer wait times, increases in instances of doctor burnout, and dire staffing shortages, these services are relieving some of the burden. Medical technologies now allow doctors to monitor and track vitals remotely and provide them with actionable insight that can better assist them in crafting personalized treatment plans and prescribing medications to patients. In addition to virtual care, in-home mobile clinicians can now bring hospital care outside of hospital walls and expand their reach into the community. Caregivers can see more patients, provide more comprehensive and direct treatment, and free up hospital resources to better care for those who still require the level of care and treatment that only a hospital environment can provide them. Telehealth and mobile health care services may never be able to entirely replicate the care and supervision that only a hospital setting can provide, but these services can be instrumental in helping patients with limited access to hospitals and medical facilities acquire high-acuity care. The continued development and adoption of virtual and in-home care services allow those caught in these medical deserts to not only receive treatment but do so comfortably and conveniently, which should be a right for all Americans regardless of where in the country they live.

🌍 Did you know that India bears a staggering burden of infant mortality? According to recent statistics, around 800,000 infants lose their lives each year, accounting for nearly 30% of the global infant mortality rate. But with cutting-edge technology, we can make a difference!🌟 🤖 Here are some key ways we can harness the power of Artificial Intelligence (AI) to tackle this monumental challenge: 👶 Early Diagnosis & Screening: - AI-powered algorithms can analyze millions of medical records and help identify high-risk pregnancies for early intervention, potentially preventing a significant number of infant deaths - Predictive models can assess vital signs and detect conditions that require prompt medical attention, leading to timely interventions and a reduction in mortality rates - Accurate detection of genetic disorders through machine learning can enable proper counseling and planning, reducing the chances of infant mortality caused by preventable genetic conditions 💼 Accessible Telemedicine: - AI-powered chatbots can serve as virtual assistants, providing round-the-clock guidance to parents on breastfeeding, vaccinations, and other crucial aspects of infant care, empowering them with knowledge and improving infant health outcomes - Smart mobile apps can offer personalized maternal and child health advice, ensuring rural families have access to quality healthcare services from the comfort of their homes, thereby reducing the barriers to timely medical assistance 📚 Data-driven Decision Making: - AI algorithms can crunch complex healthcare data sets to identify patterns, trends, and risk factors associated with infant mortality, helping healthcare professionals develop targeted interventions and preventive strategies - Predictive analytics can help policymakers allocate resources efficiently to areas with the greatest need, optimizing infrastructure and healthcare delivery, potentially reducing infant mortality rates by a significant margin ✅ Real-time Remote Monitoring: - IoT-enabled devices, combined with AI, can collect real-time data on infant health parameters, like heart rate, temperature, and oxygen levels, providing timely alerts to doctors and caregivers, enabling them to take quick action and prevent critical health situations - Remote monitoring allows healthcare professionals to extend their reach and provide expert care, bridging the gap between urban and rural areas, resulting in improved access to quality healthcare services for infants in remote regions 🌟 Together, with these AI-driven solutions, we can work towards reducing infant mortality rates in India and improve the healthcare outcomes of our youngest citizens. 💪 #healthcareinnovation #socialimpact #artificialintelligence https://lnkd.in/dtxpnfG6