Remote physiologic monitoring (RPM) technology, also called remote patient monitoring, is playing a vital role during the current pandemic. It excels in connecting patients to care teams, providing real-time clinical data needed to control symptom and disease progression. As COVID-19 continues to spread, our country faces the unprecedented challenge of managing health in a safe and effective manner.
Time and resources are valuable commodities for all healthcare organizations — especially as medical professionals battle this pandemic. Clinicians adopt RPM to monitor, assess and address patients’ health, instantly receiving vitals and data from thermometers, pulse oximeters and blood pressure monitors. With real-time insights come fast response, better prioritization and triage of patients, and faster delivery of healthcare when every minute counts.
Patients no longer have to rely on their own discretion as to whether their rising temperature or shortness of breath warrant a visit to the nearest emergency room. With RPM technologies, they have confidence that they are being monitored; a change in their health status will be immediately conveyed to their care team. RPM expedites the delivery of medical care in a safe and virtual manner, as face-to-face treatment now poses too large of a risk potential in many cases. The Centers for Medicare and Medicaid Services (CMS) recently released new regulations covering these services for patients with acute conditions.
CPT Codes and RPM Adoption
The recent healthcare crisis put a spotlight on the value that tools like RPM and wearable devices in the management of patient outcomes. It was in 2019, however, that their use became more common. That is when CMS published several new RPM Current Procedural Terminology (CPT) codes. These CPT codes more clearly improve reimbursement for the work typically performed around RPM service programs. This includes issuing devices to the patient and training them on its use. It also supports electronic transmissions, monitoring clinical data, and interactively communicating with patients.
These newly released codes successfully boosted physician adoption. In Spyglass Consulting Group’s 2019 survey, 88% of healthcare providers reported either purchasing or evaluating RPM technologies. Providers have found RPM valuable in managing high-risk populations. It also led to expansion of chronic care management programs, aiding in the successful transition to value-based care models. RPM is highly effective in treating prevalent diseases, such as diabetes, congestive heart failure, hypertension, chronic obstructive pulmonary disease, and asthma. Studies demonstrate that they play a significant role in substantially reducing readmission rates and overall costs of care.
In 2020, CMS further relaxed their RPM guidelines. Clinical staff can now perform these services under the supervising physician’s general supervision based on CMS’ incident-to guidelines. This allows care providers to work efficiently, freeing up physician time for more complex treatments and procedures. It also expands the potential business models for RPM programs, as the physician doesn’t have to be in the same physical location while the services are performed.
Medical Benefits of RPM
DocsInk uniquely positions medical professionals to successfully implement an RPM program. It simplifies the day to day use of remote patient monitoring for medical professionals by seamlessly connecting to any wearable device. Additionally, it offers customizable clinical alert notifications, facilitates templated patient surveys, streamlines interactive patient communications, and instantly bills for all professional services rendered.
We are all working to gain control over the global health crisis. Yet we must simultaneously navigate value-based care, manage chronically-ill patient populations, and provide general health coaching. That’s why we created a new solution. DocsInk’s RPM solution offers a strong ROI, improved workflow efficiencies, and the tools to achieve patient goals.
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