9th Ace Drug Discovery Summit San Diego 2027

9th Ace Drug Discovery Summit San Diego 2027 is organized by ACE Expo LTD and will be held from May 05 - 06, 2027 at Marriott Marquis San Diego Marina, San Diego, California, United States of America.

Description:
The 9th Ace Drug Discovery Summit USA 2027 is a premier scientific forum uniting global researchers, biotech leaders, and pharma innovators to explore the latest advancements transforming drug discovery. This two-day summit features cutting-edge sessions on AI-driven drug design, quantum computing in simulation, targeted protein degradation, RNA therapeutics, and sustainable medicinal chemistry. Key discussions will highlight CAR-T cell therapies, immunotherapy combinations, bioinformatics, and nanomedicine, reflecting the evolving landscape of pharmaceutical R&D. Attendees will gain actionable insights into emerging technologies, fragment-based drug design, and AI-powered screening, with a strong focus on unmet medical needs and ethical considerations. With interactive panel discussions, expert-led presentations, and exclusive business meetings, the summit fosters meaningful collaboration and knowledge exchange across the drug development spectrum. Join us to stay at the forefront of innovation and reshape the future of drug discovery and therapeutic development.

Conference Themes:
05th May

• Next-Generation Drug Discovery and Molecular Design
• Biomarker Discovery for Precision Oncology
• Next Generation Target Discovery through AI
• Translational Research in the Era of Precision Medicine
• Targeting Neurological Diseases through Gene Therapy Approaches
• The Evolution of in vitro models
• Transforming RNA Target Identification with Bioinformatics

06th May

• Computational Medicinal Chemistry for Lead Optimization
• Novel approaches for cell & gene therapy
• Sustainable Practices in Medicinal Chemistry
• In-silico Drug Design
• Advancing ADC Development Through AI-Based PBPK Modeling
• How successful are AI/ML Approaches in Drug Development
• Next Generation Target Discovery through AI