Implementing Remote Patient Monitoring for Diabetes

With remote patient monitoring, you can track glucose trends and patterns, share the data with your doctor, and receive timely support and guidance. 

Whether you are working, traveling, or simply spending time at home, this tool can become an integral part of your life. It gives people with diabetes peace of mind and the confidence to handle diabetes head-on.

Many healthcare organizations are already using remote patient monitoring (RPM) programs. A survey of 25 healthcare organizations that use RPM programs for various purposes, including diabetes care, revealed some impressive results.

Out of these organizations, 38% noticed a decrease in hospital admissions. While 25% reported fewer readmissions and visits to the emergency room. Additionally, 17% of the organizations had measurable cost savings as a result of these positive outcomes.

Another meta-analysis found that RPM programs decrease HbA1c levels by 0.55 compared to standard care. This data was recorded in type 2 diabetic patients. The most significant impact was observed in interventions delivered through phone calls. It was then followed by interventions using internet-based blood glucose monitoring systems.

Want to know more about RPM programs, like what is the purpose of remote patient monitoring? Then you are in the right place. The guide below can cover the basics and answer all your queries. 

What Is Remote Patient Monitoring?

Remote patient monitoring (RPM) is a healthcare delivery method that relies on technology to collect and monitor health data. We can use this data to see how our body is doing and transmit it to our healthcare provider via a tablet, smartphone, or computer. 

RPM collects common physiological data, such as blood pressure, blood sugar, heart rate readings, weight loss, vital signs, etc.

The concept of remote monitoring is here to provide a constant relationship between us (the patient) and healthcare facilities. Remote monitoring allows us to make adjustments to our treatment plans and save time and money on in-person visits. 

Can Remote Patient Monitoring Treat Diabetes?

Diabetes management has always been a tough challenge. Remote monitoring for diabetes is one of the most widely used methods for controlling this condition. I get to use home monitoring devices. Such as an insulin pump and a personal glucometer. 

I can further discuss my condition, any recurring prescriptions, and ongoing management. For example, I can ask questions and get guidance on how to stick to my dietary plan and which foods I should and shouldn’t eat. 

My doctor can review my readings and show me where my treatment is lacking. This proactive approach makes sure I get medical assistance on time, which ultimately, reduces the need for me to go to a hospital.  

What Technologies Are Used in Remote Patient Monitoring for Diabetes?

RPM technology can vary from online platforms to portable medical devices. These options allow patients to input data and keep their blood sugar within a target range. Here are a couple of examples of remote patient monitoring for diabetes:

• Continuous glucose monitors (CGMs): CGM is a tool for diabetics. It helps us check our blood sugar in real-time, and understand our glucose patterns and trends. Several studies have found a link between using telemedicine for remotely monitoring CGM data and achieving better clinical results. This approach has proven particularly useful during the COVID-19 outbreak.

• Blood pressure or heart rate monitors: Our blood pressure and heart rate make up a big chunk of our overall health. While they may not always be directly connected, elevated blood pressure can lead to heart problems. The problem is, that these issues can happen without causing any noticeable signs. That’s where a blood pressure and heart rate monitor come into play. Some devices also send alerts when the heart rate is abnormal. 

• Diet logging programs: Apps and online platforms can help me make customized dietary plans. This can reduce the risk of blood sugar highs and lows, improve my weight, and keep my blood pressure stable. This gives me excellent versatility, engagement, and accountability. 

• At-home tests: Diabetes testing kits help me monitor my blood sugar levels. The test kits can measure the A1C, also known as HbA1c. They give a comprehensive insight into how the body is handling glucose. I use these tests to collect a blood sample at home, and then send it to a lab for analysis. In a couple of days, I get my results through email, a phone app, or a secure web platform. 

• Remote infertility monitoring: This is another technology-based approach that can help monitor and manage gestational diabetes. This is a form of diabetes that occurs during pregnancy. Pregnant women can use RPM tools and devices to collect health data and get real-time feedback from healthcare experts.

What Are the Benefits of Remote Monitoring Technologies?

Remote patient monitoring for diabetes has several advantages. Technological advances have made it easier for people with diabetes to take active measures and boost their quality of life.

Some of the benefits of remote blood sugar monitoring include:

• Increased knowledge of diabetes, its complications, and its overall impact
• Better self-care and decision-making
• Targeted and personalized treatment
• Reduced risk of hospitalizations
• Better access to expert advice, even in rural areas

What Are the Problems With Remote Patient Monitoring?

Despite the numerous advantages of remote blood sugar monitoring, this healthcare delivery method is not without its flaws. It can lead to security problems. Such as data breaches, privacy violations, and unauthorized access. 

RPM relies heavily on accurate data collection and transmission. Any errors or technical glitches can lead to incorrect decision-making and interpretation. 

Also, if you are not familiar with technology or are resistant to change, you may find it difficult to adhere to your monitoring routine. Consult with Quest Health Solutions on how to make the most of your RPM program.