Join leading scientific experts in computational pathology, AI, and biology as they explore how foundation models are transforming AI development and accelerating breakthroughs in precision medicine.
Foundation models are trained on vast, diverse datasets and adaptable to a wide range of specialized tasks, offering immense potential to advance pathology AI development. In this webinar, our experts will provide a closer look into the world’s largest open-source AI foundation model for pathology, H-optimus-0 from Bioptimus.
They will demonstrate practical strategies for maximizing its value and discuss real-world applications where downstream AI algorithms built leveraging foundation models such as H-optimus-0 are already impacting drug discovery, clinical trials, and more.
What you’ll learn:
- The pivotal role of computational pathology in driving breakthroughs in precision medicine therapeutic R&D, with key applications
- How foundation models are reshaping pathology AI development, with an inside look at H-optimus-0, the world’s largest open-source foundation model for pathology from Bioptimus
- Practical strategies for leveraging foundation models, including a live demonstration of Proscia’s Concentriq Embeddings solution utilizing the H-optimus-0 model
- Real-world use cases where life sciences data science and AI teams are applying these models, from drug discovery to clinical trial optimization and beyond
Presenters
Julianna Ianni
Vice President, AI Research & Development
Proscia
Corey Chivers
Senior AI Scientist
Proscia
Zelda Mariet
Co-founder & Principal Research Scientist
Bioptimus
About Pathology at Life Speed
Pathology at Life Speed is a webinar series featuring speakers and topics designed to help biopharma companies, biotechs, CROs, academic research centers and commercial laboratories to unlock the full potential of pathology and precision medicine. Learn how new technologies and innovations in pathology can accelerate R&D, and help labs stay ahead of the pace of the market. The PALS webinar series will explore how:
- Data & AI are rewiring how we discover, develop, and bring to patients life-saving treatments.
- Breakthroughs in biology are transforming patient care, with precision therapies in oncology and beyond.
- Digital pathology, spatial biology, and AI offer new tools to deepen our understanding of disease at a tissue, cellular, and molecular level, and ensure the right patients get on the right drugs.
SOURCE: Proscia
