RBQM is essential for protecting patient safety and driving quality by design principles across all phases of clinical research and is arguably more important in early phase studies than any other. Yet in practice, the application of RBQM to early phase is highly inconsistent, often relying on manual processes and individual judgement instead of structured processes, supported by compliant technology.
In this session we’ll share where the gaps are in RBQM adoption and implementation, what’s at stake when sponsors get this wrong, as well as how to move forward to implement a rigorous RBQM strategy for your trials. Attendees will leave with actionable insights on how flexible, structured monitoring can:
- Improve visibility into what’s been reviewed, by whom and why
- Drive efficiency and consistency without rigidity
- Enable better decision-making and prioritization across diverse study designs.
This session will provide you with a roadmap to bringing early phase studies into the RBQM fold.
TRI TRIALS
| UK clinical research faces a persistent challenge in translating study design into timely, predictable recruitment at scale. Ongoing variability in feasibility, slow start‑up and fragmented patient identification continue to affect delivery, site workload and participant experience.
In this presentation, Solutions Specialist Isabel Hunt will demonstrate how closer collaboration with primary care, underpinned by comprehensive, coded general practice data, can address these challenges end to end. Using the Recruit solution, embedded within the UK’s leading GP clinical systems, sponsors and CROs can enable predictable, accurate and fast recruitment through improved feasibility, faster identification of eligible patients and trusted GP‑led engagement at scale. |
Attendees will learn how Recruit reduces time to first patient in, lowers screen failures, minimises site burden and supports more reliable trial delivery. The session will also explore how secure, consent driven primary care data supports ongoing study delivery and real‑world evidence generation across the UK.