In conjunction with Fairview Health Services and University of Minnesota Health, Proteus Digital Health unveiled plans to pair its sensor-equipped digital pills with an oral oncology therapeutic.
According to an announcement from Proteus, the new care model is currently being used to treat stage 3 and stage 4 colorectal cancer patients receiving care at Fairview. There, clinicians are prescribing “digital capecitabine,” which consists of the ingestible sensor, the accompanying mobile data platform and the established chemotherapy medication.
“Currently, providers make decisions about oral chemotherapy based on patients’ best knowledge of their medication taking,” Andrew Thompson, CEO and cofounder of Proteus Digital Health. “For the first time, digital oncology medicines give providers and caregivers new insights and ability to engage with more specific information in the remote care of colorectal cancer patients. Based on our data around the use of digital medicines in other treatment areas, we believe this will enable oncology patients to stay on their therapy longer, avoid hospital admissions, and have better response to therapy overall.”
Proteus will also be launching a registry of real-world data collected from multiple different care sites prescribing the digital chemotherapy, which the company said will help inform best practices and analysis of the care model.
Why it matters
Alongside general medication adherence, the data collected through Proteus’ system will help patients will be able to easily self-manage information about their treatment such as the time it was taken or the dosage. With the patient’s consent, that data and others can also be shared through the platform with a physician or pharmacist so that they may better understand their patient’s adherence and condition.
This can be especially useful for oncology, in which any number of variables could influence how an individual patient responds to treatment.
“Given the costs, complexity and toxicity risk for oral chemotherapy, digital oncology medicine is an exciting step forward in cancer care,” Paul Morales, Fairview Infusion Pharmacy manager at the University of Minnesota Health Clinics and Surgery Center, said in a statement. “For pharmacists, it helps us identify patients who might be struggling to take their medication correctly and intervene, for example by giving them a call to explain how to safely move forward if they do miss a dose. For patients, it helps them feel in control as they take a more active role in managing their medication. The results are better outcomes for patients.”
What’s the trend
Proteus had its first patch cleared in 2010 and its first pill cleared in 2012. But it made headlines in late 2017 when the FDA approved Abilify MyCite, which allowed the digital ingestion tracking system to be combined with a therapeutic. Before, hospital pharmacies had to take the pill and add the Proteus chip, whereas this system more closely integrated the sensor and pill.
Since last year’s FDA approval, a handful of systems and health plans have been exploring the sensor-equipped platform, including Magellan Health, Desert Oasis Healthcare and Children’s Health. The platform has also seen some early support in the infectious disease community, with some researchers exploring its potential role in ensuring pre-exposure prophylaxis (PrEP) adherence for HIV prevention.
This interest came in spite of warnings from some prominent voices in digital health, who noted the potential for privacy breaches or other foul play that are inherent with system that monitors and collects data on users’ behavior.
On the record
“Proteus’ expansion of support for digital medicines into the oncology treatment area is not only important for patients and providers, it will be a game changer for the industry developing therapies intended to one day eradicate cancer,” Olivia Ware, Proteus’ SVP of US markets and franchise development, said in a statement. “Data gathered from digital oral oncolytics will enable cancer drugs and treatment regimens to be optimized to work their best for each individual patient, something not possible until now.”
Source : MobiHealthNews