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Electronic Patient-Reported Outcome Monitoring With Alert-Based Interventions in Metastatic Breast Cancer
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Electronic Patient-Reported Outcome Monitoring With Alert-Based Interventions in Metastatic Breast Cancer

JAMA Oncology·August 6Open Access
OncologyPractice changingMetastatic Breast CancerRandomized Controlled TrialDigital Health / Electronic Patient-Reported Outcome MonitoringAdult

Summary

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What was studied

This multicenter RCT (PRO-B, n=909, Germany, 52 centers, May 2021–February 2024) tested weekly smartphone-based PRO monitoring with automated alerts to nurses/physicians (contacted within 48 hours) versus quarterly PRO monitoring without alerts in women with metastatic breast cancer (mBC) on systemic therapy, over 12 months of follow-up.

Key findings

At 6 months, the intervention group had significantly lower adjusted mean fatigue T-scores (54.5 vs 59.9; mean difference −5.4 points, 95% CI −6.6 to −4.1; P<0.001), exceeding the MCID of 3.3 points. Physical functioning also improved beyond its MCID (mean difference +4.0, 95% CI 2.6–5.4). The between-group quality-of-life difference was 0.8 points, below the MCID of 2.9.

Study limitations

- Baseline fatigue scores differed between groups (57.6 vs 60.2; P<0.001), suggesting randomization imbalance that could inflate the intervention effect despite ANCOVA adjustment. - Trial was conducted in Germany with specific health-insurer enrollment requirements, limiting generalizability. - No blinding was possible; alert-triggered nursing/physician contact was not standardized, introducing variability in the actual intervention delivered.

Clinical implications

Weekly digital PRO monitoring with alert-based nurse or physician callbacks produces clinically meaningful reductions in fatigue and improved physical function in women with mBC on systemic therapy. Oncology teams should consider integrating structured PRO alert systems into routine mBC care, using existing digital infrastructure.

Caveats

  • Baseline fatigue scores were significantly higher in the control group (60.2 vs 57.6; P<0.001) despite randomization, raising concern about residual confounding even after ANCOVA adjustment — the reported treatment effect magnitude should be interpreted with caution.
  • The full text provided is primarily the study protocol and statistical analysis plan, not the final results manuscript; the key numerical results are drawn from the abstract only.
  • The specific nature of alert-triggered interventions was left to each center's discretion, making the 'active ingredient' of the intervention heterogeneous and difficult to replicate precisely.
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  • The trial enrolled only women insured by three specific German statutory health insurers, which may limit generalizability to other healthcare systems or uninsured/privately insured populations.

Related Questions

Explore related topics

Does digital PRO monitoring improve survival or reduce hospitalizations in metastatic breast cancer?How do alert-based PRO systems compare to standard symptom management in advanced solid tumors?What tools or platforms are available for implementing electronic PRO monitoring in oncology clinics?

Publication Details

Year
2026
Journal
JAMA Oncology
Sample Size
n=909
Source
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