Remote Patient Monitoring Clinical Trials

Remote patient monitoring clinical trials (RPM) has been around for a long time, but that doesn’t mean it’s been easy to do.

With the advent of wireless communication technology, it’s now easier than ever to monitor patients remotely. But how does it work? Why are there so many different types of RPM systems available?

We’ll cover all of the answers to these and other questions in this post.

So, if you’re interested in using RPM technology in your clinical trials, read on.

Remote Monitoring in Clinical Trials

There are many risks in clinical trials besides the process being expensive. The stakes can be high when a lot is depending on the outcome of the clinical trials. The need to make clinical trials more effective and reduce the financial risks inspired telehealth technologies such as wearable devices, and remote monitoring devices to measure vital signs of participants and intervention groups.

The goal is to inspire healthcare providers and pharmaceutical industry among other related companies to embrace on-site monitoring and data collections to enhance disease management.

COVID-19 pandemic has caused widespread adoption of digital technologies by various healthcare providers and the pharmaceutical industry. Everyone wants to control the outcomes and improve their clinical research.

Digitization of data monitoring process improves disease studies. Due to the COVID-19 pandemic, most healthcare providers and clinical research facilities are postponing site visits.

Telehealth technologies have come up with a list of wearable devices and platforms designed to give studies a better outcome. Patient monitoring solutions include interactive platforms using android, iOS, and tablet devices.

Healthcare professionals use the virtual-care monitoring devices to evaluate the trial process and quality of the systems in place.

Wearable devices are useful tools in data collection, as they provide insight on the efficacy of the treatment. Patient health is under review constantly to gauge the intervention and disease management.

How Remote Patient Monitoring Works

Participants in clinical trials receive a kit containing various devices for remote patient monitoring. The devices include weight scale, pulse oximeter, RPM, blood pressure cuff, and a thermometer among others depending on the trial.

The wearable devices measure patient vital signs and automatically send the readings to the clinical research professionals at a monitoring facility. The devices are hooked to a cellular Android, iOS, or tablet that comes with the kit for real-time data collection.

The wearables have an app that makes streaming of real-time data possible and protects the data integrity.

Research assistants remain in constant communication with the participants to assess their vitals. These healthcare providers make inquiries about symptoms like nausea even as patients receive notifications on what medications to take.

Real time monitoring reduces complications like heart failure complications. Action is taken whenever there is a change in the patient biometric data. This can occasionally trigger automated alerts for visual assessment.

The Future of Remote Patient Monitoring

It’s undeniable that COVID-19 has changed the healthcare sector. Enduring changes with respect to the healthcare approach and in clinical trials is already in motion. The quarantine and the harsh pandemic realities continue to inspire the adoption of better and more efficient telehealth programs to improve virtual patient care. There are hundreds of various RPM devices in use in the healthcare sector.

Telecommunication and electronic information technologies offer better monitoring and data collection. Besides, accessibility to the devices makes many participants good candidates for clinical trials and telehealth. Internet access is reliable, making real time clinical trial monitoring more effective and reliable.

The technology improves interaction between the researcher and participant besides being easy to use.

The United States FDA allows use of noninvasive devices made for healthcare facilities in home settings. For instance, expectant mothers can use the digital therapeutic app to allow health professionals to remotely manage their diabetes and prioritize their care without needing to book an appointment.

The system reduces in-person appointments and enhances the quality of care. Plus, RPM promotes effective drug recovery. The collected data from various RPM apps is uploaded to the Electronic Patient Records and the dataset analyzed using a machine learning algorithm to predict outcomes that help doctors, patients, and clinicians make informed decisions.

The same analysis improves resource utilization and informs other clinical research for disease prevention. This results in faster treatment development.

Measuring the Success of Clinical Trials

Researchers can use the clinical dashboard to analyze the study data. The dashboard provides focused outcomes using various service elements to ensure the process is verifiable and dependable.

The digital technologies tailor the wearable devices with the clinical study around vitals like heart rate, blood pressure, in accordance with the study protocols.

Essentially, the platforms focus on the study attributes.

Participants receive instructions on the RPM kit and get a demonstration on the fitting and usage to improve patient experience. The aim is to improve clinical trial compliance.

Participants receive regular reminders and notifications throughout the process to ensure they take medications as advised. RPM enables researchers to notice any pattern in the participants’ condition giving them an accurate account of the trial experience. The outcomes help researchers determine the causes of the variations.

RPM reduces external factors like travels, added costs which affect the operational efficiency of the trial. Advanced technology makes monitoring of patient vital signs more accurate for the duration of the study.

Expected Improvement in Patient Monitoring

Adoption of RPM in clinical research makes it more accessible. The main challenge is participants in rural and underdeveloped regions who lack reliable internet access making participation difficult.

Also, some clinical research uses specialized technology which are expensive to procure and use in large-scale patient monitoring. Telehealth has to create a new technology that will effectively handle specific disorders and diseases to collect better data.

Nevertheless, remote patient monitoring clinical trials is credited with the rapid increase in accurate data collection in healthcare. The current professionals enjoy improved data integrity and data quality because they communicate better with patients.

The efficacy of clinical trials currently experienced is because of the improved remote monitoring technology.

How RPM Affects Patients

The platforms boost patient care. Patients can receive video calls from healthcare professionals monitoring their health while at home. A survey of over 5600 RPM users finds that patients enjoy better heart health and feel safer using the blood pressure monitor at the comfort of their homes. More people are embracing the use of telehealth technology for improved health.

There is a remarkable drop in hospitalization rates as high risk patients get timely care. Healthcare providers use telehealth to offer personalized disease management solutions.