Title : Feuling drug research and development process with patient-centric and clinically relevant animal models
Abstract:
Despite promising advancements in drug Research and Development (R&D), the transition from preclinical studies to clinical success remains challenging, particularly in oncology where the success rate is only about 5%. This talk provides an insightful analysis of the challenges and opportunities in translational research within the pharmaceutical industry, advocating for a pivot towards approaches that prioritize patient needs and clinical relevance. It emphasizes the need for innovative preclinical models that reflect the complexity of human diseases, including cancer, auto-immune and cardiovascular diseases.
We call for increased collaboration among translational researchers from various fields and organizations to adopt and enhance these advanced methodologies. Highlighting the work at ClinBridge Biotech, we show our dedication to developing translational models that significantly advance drug development. This paper not only shares valuable insights and expert opinions but also reviews the capabilities and future strategies of ClinBridge Biotech in enhancing translational research.
We discuss important efforts in the industry, such as the creation of sophisticated orthotopic tumor models that mimic the TME and clinical conditions, the expansion of humanized cancer models for testing a broader spectrum of immuno-oncology therapies, and the need for robust standard in vivo cancer pharmacology platforms for initial drug testing. The paper also explores the development of in vitro and in vivo pharmacology using Patient-Derived Xenograft (PDX) tumor organoids and resistant cancer cell lines, progress in autoimmune disease models, and the creation of models for cardiovascular and cerebrovascular diseases in large animals.
In conclusion, this presentation aims to steer the pharmaceutical R&D sector towards more effective, patient-centered, and clinically applicable translational research models, ultimately improving the translation of drug development from the laboratory to clinical application.