ELRIG announces Prof Hazel Screen and Dr. Dave Powell as keynote speakers for advances in Cell-based Screening 2026
Programme to focus on advancement of animal-replacement technologies and transition towards human-first, AI-driven drug discovery
19 Mar 2026
ELRIG has announced that Prof Hazel Screen (Queen Mary University of London, QMUL) and Dr. Dave Powell (Relation Therapeutics) will deliver the keynote presentations at Advances in Cell-based Screening 2026, at AstraZeneca in Gothenburg, Sweden from May 6–7.
This free-to-attend event aims to unite scientist from across pharma, biotech, academia, and the supplier ecosystem to discuss what is needed to engineer the post-animal drug discovery pipeline.
Drug discovery is approaching a post‑animal era, driven by the need for more relevant human biology, scalable experimentation, and AI‑ready data. Through collaborative dialogue, the conference aims to help the drug discovery community rework early discovery from animal-gated milestones to human-first decision making.
This year’s Advances in Cell-based Screening programme will cover four structured sessions discussing relevant biology at scale in complex in vitro models, redesigning assay pipelines to handle vast quantities of multi-dimensional cell-based read-outs, and how AI and ML are transforming complex cellular data and enabling prediction.
There will also be a poster award for Early Career Professionals, an AstraZeneca site tour as well as an exhibition hall and the opportunity to network with professionals across the cell-based discovery continuum.
Prof Hazel Screen specialises in organ‑on‑chip technologies to explore the aetiology of health and disease in musculoskeletal and cardiovascular systems. Her research examines healthy and pathological tissue structure-function relationships and their impact on cell metabolism, developing new models within which to explore fundamental tissue mechanics and biology questions as well as routes to new treatments and drug development.
She co‑directed the Centre for Predictive in vitro Models at QMUL and leads the EPSRC Centre for Doctoral Training in Next Generation Organ‑on‑a‑Chip Technology (COaCT), a UKRI‑ and industry‑funded initiative training future leaders in the field.
Prof Screen also contributes to shaping policy and regulation in predictive in vitro science. She will discuss 'Predictive in vitro Models: Addressing the challenges and harnessing the opportunities in pre-clinical testing' during her presentation on the first day.
Dr. Dave Powell is President of Drug Discovery at Relation Therapeutics, an end-to-end biotech developing transformational medicines, with technology at its core. At Relation, he leads experimental drug discovery efforts, including functional genomics, tissue profiling, and target validation, and plays a key role in shaping the company’s early pipeline and future modalities.
Dr. Powell is a seasoned R&D leader with more than 25 years’ experience across GSK, Summit Therapeutics, and LifeArc, where he served as CSO and led a 150+ person team spanning biologics discovery, small molecule chemistry, diagnostics development, and data sciences. His career spans discovery through Phase 3 clinical trials, with particular strength in preclinical asset progression.
He will present 'Transforming target discovery through a DNA Foundation Model and multi-omics approach' on the second day of the conference.
Prof Hazel Screen, Professor of Biomedical Engineering, Queen Mary University of London, said, “ELRIG offers an exceptional opportunity to discuss pioneering approaches to predictive in vitro systems. I’m honoured to be invited to share the underpinning biomedical engineering approaches feeding into developing organ-chip models and reflect on the challenges associated with effectively translating these into both discovery science and therapeutic testing.”
Dr. Dave Powell, President of Drug Discovery, Relation Therapeutics, said, “Moving to a human‑first, AI‑enabled discovery pipeline requires deep structural change across biology, data, and organisational practice. I’m delighted to engage with the ELRIG community at Advances in Cell-based Screening to discuss how AI can help to navigate complex cellular data and enhance the predictive accuracy of our efforts to deliver transformative therapies.”