Ochsner Health Reports AI Boosted Trial Screening Capacity 41%, Cut Manual Work 75%
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Ochsner Health Reports AI Boosted Trial Screening Capacity 41%, Cut Manual Work 75%

Healthcare IT NewsOct 6, 2026

Ochsner Health says an AI platform increased patient screening capacity by 41%, expanded follow-up of potential candidates and reduced manual screening work.

Ochsner Health is using an AI-enabled recruitment platform connected to electronic health records and clinical data to identify patients who may qualify for oncology trials. The Louisiana-based health system reported a 41% increase in the number of patients it could screen during the measured implementation period, alongside a 3.6-fold increase in the number followed for possible future eligibility and an approximately 75% reduction in manual screening workload.

The system addresses a logistical challenge: potential participants may receive care far from a trial team, and eligibility can change after a treatment, test result or shift in a patient’s condition. The platform screens a broader patient population against criteria for open studies, prioritizes records for review and retains visibility into people who might qualify later. Ochsner worked with Paradigm Health on the EHR-integrated platform.

The reported figures describe screening and workflow, not trial enrollment or improved clinical outcomes. Ochsner’s vice chief scientific officer emphasized that research coordinators review the candidates, verify criteria that require professional judgment and remain responsible for eligibility confirmation, patient communication and enrollment decisions. Patients must still meet protocol requirements and choose whether to participate.

The deployment illustrates how AI can help research teams search across a large health system and revisit potential candidates as their clinical information changes. Ochsner operates 47 hospitals and more than 370 clinics, making consistent identification across sites a substantial operational task. The health system said the broader screening process can help surface research opportunities that might otherwise be missed because of a patient’s location or the limits of manual chart review.

Ochsner is exploring whether the partnership can also support other trial operations, including matching new studies to its patient population and automating data collection. The reported results are an early operational case study; the article does not provide a controlled comparison or establish that the approach increased enrollment or changed patient outcomes.

Industry Impact

More efficient clinical-trial screening

Healthcare and clinical research

Overview

Ochsner Health reported that its EHR-integrated AI platform increased patient screening capacity by 41%, expanded follow-up of potential candidates 3.6-fold and reduced manual screening workload by about 75%. For research coordinators, the system can prioritize records and retain visibility as patient eligibility changes, while coordinators remain responsible for verifying criteria and enrollment decisions. Health system leaders may see a way to extend trial identification across multiple sites, but the reported results measure workflow—not enrollment or patient outcomes—and lack a controlled comparison.

Key Impact Points

Automated screening and prioritization can reduce chart-review workload for research teams.

Ongoing visibility into potential candidates can help teams revisit eligibility as clinical information changes.

Reported efficiency gains do not establish higher enrollment or improved clinical outcomes.

Opportunities

Scale trial candidate identification

Healthcare and clinical research

Health systems and clinical-research technology providers could build or deploy EHR-connected workflows that screen broader patient populations against open-trial criteria, prioritize records for human review and keep potential candidates visible for future eligibility. Ochsner’s results provide an operational use case for reducing manual screening effort, while its exploration of matching new studies and automating data collection points to adjacent workflow needs. Any offering should preserve coordinator review and patient choice, and buyers would need to assess data integration, eligibility accuracy and performance across sites. The article does not establish a commercial model or prove that these workflows increase enrollment.

  • EHR-integrated trial candidate screening

    Problem: Manual chart review can limit how many patients research teams screen, while eligibility may change over time.

    Solution: Connect clinical data to trial criteria, prioritize records for coordinator review and retain visibility into candidates who may qualify later.

    Target Users: Health systems, clinical-trial teams and research coordinators.

    Business Value: Potentially expands screening capacity and reduces manual workload while keeping eligibility confirmation with professionals.

    Revenue Potential: Potential licensing, integration or implementation services for health systems; the article does not identify an established pricing or revenue model.

Reference link

https://healthcareitnews.com/news/ochsner-uses-ai-widen-clinical-trial-screening

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