Welcome to the Computational RNA Design & Delivery Summit!
The recent boom of AI/ML and computational science is revolutionizing the RNA field, companies are being empowered to harness and leverage the full potential of these technologies to expedite the process from days to minutes for rapid, optimized, and cost-effective design and delivery of RNA-based therapeutics. The AI revolution has officially kickstarted this next generation of discovery to bring these therapeutics to patients in need faster.
Attendees joined this exclusive forum in 2025 to improve your rational design of RNA therapeutics, enhance prediction models for better safety and efficacy, and accelerate your targeted delivery screening.
Over 40 industry experts connected across 2 comprehensive days with deep-dive interactive sessions and data-driven presentations.
WHAT YOU MISSED:
Unlock large language models, foundational models and embedding strategies for improving mRNA, gRNA and siRNA design and analysis for better translation efficiency and gene expression levels with insights from Sanofi, Zipcode Bio and Shape Therapeutics
Improve RNA structure prediction with computational models for optimizing RNA therapeutic design to improve efficacy and potency to treat the patients in need with insights from California Institute of Technology
Leverage AI/ML to advance targeting and delivery of RNA vaccines and therapeutics to treat a wide variety of diseases with insights from
Orbital Therapeutics, Kernal Biologics and Tiba Biotech
Deep Dive into strategies for building high-quality datasets and leveraging public data repositories to improve training and accuracy of machine learning algorithms for predicting therapeutically relevant RNAs with insights from FL114, a Flagship Pioneering Company and Sanofi
Navigate ownership challenges and uncover patentability of AI-driven RNA and delivery design to protect innovation to advance more efficacious RNA therapies towards the market with insights from Rothwell Figg
KEY SESSIONS IN 2025 THAT SHOWCASED BRAND NEW DATA:
ORBITAL
THERAPEUTICS
Benjamin Holmes
Director, Data Sciences
Harnessing Computational Tools for Re-Targeting of Virus-Like Particles (VLP) Delivering RNA Medicines
KERNAL
BIOLOGICS
Jeff Ozdemir
Head, Platform
Applying Machine Learning to mRNA Sequence Design & LNP Development for Achieving Cell-Specific Delivery & Selective Translation
Oregon State University
Liang Huang
Professor
Recent Progress in RNA Design: Undesignability & Continuous Optimization