Digital health technologies empower the much-needed transformation of oncology drug development. DHTs can enable more effective trial designs that focus on the patient, improving the patient-centric nature of oncology trials, including immunotherapy treatments such as CAR-T cell therapy and trials investigating associated conditions such as cancer pain and cancer cachexia.
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To learn more about opportunities with wearable digital health technologies in Oncology clinical trials, download our full guide.
Physical functioning and sleep are meaningful to patients’ quality of life and often correlate with improved outcomes. However, traditional assessments of these meaningful aspects of health are episodic and subjective, limiting the insights they can provide.
Demonstrate meaningful patient-centric benefits and make informed, data-based decisions with continuous, quantitative, digital measures of physical activity, mobility, and sleep behavior collected with our state-of-the-art wearable digital health technology solution.
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Our expert panel share how digital health technologies can enable remote monitoring to detect early signs of CRS, addressing key challenges that limit patient access while preserving patient safety. They review data on the technical feasibility, outline key lessons learned, and discuss next steps to fully realize a CRS monitoring digital health solution.
Immunotherapies including CAR-T cell therapy, Bi-specific T-cell engager (BiTE) therapy, and immune checkpoint inhibitors are promising advancements in cancer treatment, but risk of serious adverse events such as cytokine release syndrome (CRS), neurotoxicity, and sepsis lead to prolonged hospital stays that can increase patient burden and trial costs.
Overcome these barriers with our remote patient monitoring platform and AI-powered risk monitoring. Continuous, remote monitoring of patient vital signs can reduce or eliminate prolonged hospitalization to reduce burden and cost while still prioritizing patient safety.
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