Technology

In this video interview, Michael Miller, chief operating officer at Quanterix, discusses how biopharma companies—especially smaller biotechs—can leverage platform trials and biomarker-driven accelerated approvals to remain efficient and competitive amid shifting public-private funding dynamics.

In this video interview, Michael Miller, chief operating officer at Quanterix, outlines key technical and regulatory considerations for clinical operations professionals integrating biomarkers into studies, stressing the importance of clarity on biomarker purpose and working with qualified assay partners.

In this video interview, Michael Miller, chief operating officer at Quanterix, highlights neurology and oncology as two therapeutic areas experiencing major advances from biomarker integration, from blood-based diagnostics in Alzheimer’s to multiomic strategies in cancer research.

In this video interview, Michael Miller, chief operating officer at Quanterix, discusses how the use of biomarkers is expanding beyond exploratory endpoints to inform efficacy and patient selection, driving improved outcomes and greater efficiency in clinical research.

In this video interview, Ramita Tandon, chief biopharma officer at Walgreens, discusses the operational investments required to activate pharmacies as clinical trial sites, including staff training, regulatory coordination, and patient-facing technology.

How the application of artificial intelligence, broader use of real-world evidence, decentralized clinical trials, master protocols, and risk-based quality monitoring, together with strong ethical oversight and increased collaboration, are contributing to better healthcare delivery and strengthening the role of clinical research in driving global health progress.

Why future-ready pharma companies must embrace AI-driven, real-time decision-making.

In this video interview, Kyle McAllister, co-founder, CEO, Trially, shares real-world examples of AI transforming clinical trial recruitment.

In this video interview, Kyle McAllister, co-founder, CEO, Trially, explains how AI is stepping in to fill staffing gaps in clinical research—streamlining patient identification, real-time feasibility assessments, and automated prescreening to help sites stay operational and efficient despite budget cuts.

In this video interview, Kyle McAllister, co-founder, CEO, Trially, discusses how clinical trial sites and sponsors are responding to funding constraints by turning to telemedicine, cost-containment strategies, and increased reliance on industry-sponsored research.

At ASCO 2025, clinical operations leaders gained critical insights into how AI tools, bispecific antibodies, and evolving treatment paradigms are reshaping trial design, endpoint selection, and patient stratification.

AI as an accelerator for data-centric, process-centric, and human-centric clinical research.

Brian Ongioni, chief product officer, uMotif, discusses how AI and machine learning can enhance patient-reported outcomes by capturing meaningful feedback at scale and ensuring patient voices are reflected throughout the clinical trial lifecycle.

How human-centered AI that is focused on customer, user, and employee experience can drive real transformation in clinical trials and beyond by aligning intelligent technologies with the people who use them.

Brian Ongioni, chief product officer, uMotif, explains how early site feedback and patient involvement in software development help sponsors streamline clinical trial workflows and reduce burden on both sites and participants.

Brian Ongioni, chief product officer, uMotif, shares how early collaboration with patients and clinical sites helps shape intuitive, accessible digital health tools—and why co-design is key to building effective clinical research platforms.

Balancing the emerging benefits of AI in pharmacovigilance with new responsibilities and demands from regulators in enhancing efficiency and safety.

In this video interview, Matt Robinson, PhD, senior director, oncology research program, National Comprehensive Cancer Network (NCCN), explores how emerging technologies such as wearable devices, real-world data analysis, and decentralized trial designs can improve the identification and engagement of potential cancer clinical trial participants.

Clinical trials face a critical challenge: bridging the gap between patient curiosity and motivation to participate, impacting recruitment success.

Recent analysis explores AI's momentum in drug development, showcasing rapid adoption and significant time savings, despite challenges in trust and data governance.

In this video interview, Jim Kremidas, executive director, Association for MultiSite Research Corporations (AMRC), highlights opportunities to improve upon inefficiencies that currently exist in clinical workflows.

A blend of FSO and FSP models in the landscape of artificial intelligence can ensure CROs stay up to date with the unique demands of industry.

In this video interview, Michel van Harten, MD, CEO, myTomorrows, highlights the potential of artificial intelligence in digital twin technology.

How digital intake solutions driven by technological advancements can help overcome the challenges of operating across different regulatory markets.

In this video interview, Michel van Harten, MD, CEO, myTomorrows, discusses how patient education and remote monitoring can help with reducing the burden of trial participation.

In this video interview, Michel van Harten, MD, CEO, myTomorrows, highlights how artificial intelligence can be used to address logistical barriers such as access and treatment cost.

In this video interview, Michel van Harten, MD, CEO, myTomorrows, discusses where the clinical research industry currently stands with AI adoption.

A pragmatic approach to streamlining technology and innovating processes will help advance clinical data management.

Improving access while maintaining a high level of research.

In this video interview, Krinx Kong, chief commercial officer, Cognivia, talks patient recruitment and retention in vaccine studies as well as how behavioral, analytical tools can help patient support.