Feature|Articles|June 29, 2026

Real-Time Clinical Trials: What the FDA's Push Toward Continuous Oversight Means for Sponsors

The FDA's launch of real-time clinical trial proof-of-concept studies signals a fundamental shift in regulatory oversight, one that most sponsors are not yet equipped to meet and that demands urgent investment in unified data infrastructure, quality-by-design practices, and protocol digitization.

The FDA's launch of proof-of-concept real-time clinical trials marks one of the most consequential shifts in regulatory oversight in decades. By enabling near real-time visibility into safety signals and endpoint data as trials progress, the agency is pushing the industry toward a continuous development model that most sponsors are not yet operationally equipped to support.

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What a Practical Roadmap for FDA and EMA Quality Frameworks Actually Looks Like

In this video interview, Saamir Pasha and Carole Berini, PhD, of Ontada, describe what operationalizing regulatory-grade quality frameworks requires—and why fit-for-purpose evidence generation is a transparency and documentation discipline, not just a data cleanliness exercise.

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What It Takes to Harmonize AI Across Fragmented Oncology Health Systems

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October 15th, 2026

Endpoints That Reflect What Patients Actually Value: Who Decides What Counts as Trial Success

Clinical trial endpoints define what success looks like, but patients and caregivers are rarely the ones setting that definition, and the gap between what trials measure and what patients actually value is showing up in post-approval evidence, regulatory submissions, and the design rooms where protocols are written.

October 9th, 2026

AI and Patient Recruitment: Can Predictive Promise Drive True Transformation?

Trialbee CEO Matt Walz explores the current impact of AI in delivering practical gains in clinical development and reflects on its future potential, where enrollment predictability may be the biggest prize of all.

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Real-Time Data, Right-Time Decisions: Rethinking Analysis Frequency in RBQM

Real-time RBQM requires proportionate analysis frequency matched to data arrival and issue criticality, not continuous reanalysis, because signal churn from over-frequent runs creates alert fatigue and operational noise that obscures meaningful deterioration.

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Beyond the Molecule: Why Radiopharmaceutical Trials Require a New Operating Model

Radiopharmaceutical therapy is exposing a broader challenge for clinical development: scientific innovation can advance only as fast as the infrastructure, data, and cross-functional decisions required to deliver it.