Remote Patient Monitoring System (RPMS) or Remote Patient Monitoring (RPM) are abbreviations for Remote Patient Monitoring Software or Remote Patient Monitoring Solution. It is a gadget that monitors patients with chronic diseases by employing remote medical conditions such as glucose meter, blood pressure cuff, and weight scale to collect patient data and send it to a remote medical expert regularly.
A successful Remote Patient Monitoring System entails the following stages:
1. Patient Enrollment: Many private insurers cover Remote Patient Monitoring for patients with acute conditions such as diabetes, hypertension, Covid, Alcohol Abuse, Alzheimer’s Disease, and Related Dementia, Arthritis, Asthma, Atrial Fibrillation, Autism Spectrum Disorders, Cancer (Breast, Lung, and Prostate), Chronic Kidney Disease, Chronic Obstructive Pulmonary Disease, Depression, Drug Abuse/Substance Abuse, Heart Failure, and Hepatitis
2. Data Collection and Inspection: As the patient utilizes the anatomically-connected medical device to obtain frequent readings of the Blood Pressure, Heart Rate, and Blood Glucose, that data must be reviewed by a qualified medical professional. The Remote Patient Monitoring System allows for detecting issues before the patient arrives at the emergency room.
3. Patient abidance: Compared to competitors, patients tend to have a greater abidance rate when utilizing the Remote Patient Monitoring System.
Applications of a Remote Patient Monitoring:
1. According to studies, the usage of remote patient monitoring software results in a 76 percent reduction in hospital readmissions. Patient satisfaction with the program is 95%, with patients usually claiming that the Doctor oversees them more. Medicos also report a 31% increase in doctor visits due to the remote patient monitoring software group.
2. Patients like knowing that their health is being monitored frequently.
3. This feature brings in more money.
4. Lower hospitalizations and higher patient satisfaction lead to higher patient retention and lower expenses.
Advantages of a Remote Patient Monitoring System:
1. Improve decision-making ability through periodic physiologic examinations.
2. Improve patient care by including automated out-of-range alerts for routine intervention.
3. Fewer hospitalizations or trips to the emergency room.
4. Patients achieve a greater level of well-being with acutely managed illness.
5. Improved patient compliance through regular patient dialogues
6. Patients gain confidence in their well-being.
7. Reduce the worry of being exposed to COVID-19.
8. Maintain control of nomadic COVID patients at home.
9. Remote Patient Monitoring Software ensures patient care, increases availability, and aids in establishing an ongoing interaction between patients, physicians, medicos, and their families.
10. Remote Patient Monitoring System allows providers to follow healthcare information when a patient is sent home or reduces readmission expenses.
Conceptualization of clinical facts from within patient treatment schemes and the capacity to anticipate various computations spanning user-defined periods to assist physicians in understanding trends in inpatient data.
Establish goal limits (general, alerting, and emergency) for all specifics, as well as the ability to notify patients and physicians via various communication mediums (messages, email, SMS) when patient details fall outside of the Doctor’s clinically-specified range.
Time management and billing abilities help adhere to CMS RPM assistance requirements.
Challenges of Remote Patient Monitoring:
1. Data Safety:
To be safe enough to satisfy healthcare requirements, data communicated through an RPM platform must have robust data management procedures, clear ownership boundaries, and unbreakable security mechanisms.
2. Accuracy of Data
The most challenging hurdle to RPM adoption, in my opinion, is data accuracy. A lot of this is about perceptions, both among patients and medical professionals.
3. Data Access in Real-Time
The information transfer necessary for RPM to function is potentially a long and intricate procedure comprising many transfers.
First, data from the patient’s device must be gathered and transferred. Suppose this device is connected to a mobile network. In that case, the data must then pass through the network provider’s infrastructure and out into the internet before arriving at the service provider’s network, most likely via numerous data centers and the RPM platform network.
If any of these hops is disrupted or an outage at any of the locations on this route, the data may be delayed in reaching its destination.
The RPM is equipped with advanced optical sensors that analyze and transmit stored health data to a secure, centralized server. Apple or Android devices equipped with Bluetooth and an internet connection keep wellness data linked.