Computational and Experimental Design of Biopharmaceutical Formulations outlines available experimental and computational tools. It describes a rational approach to formulation design not limited by experimental design that extends to modern methods of computational modeling. These methods include the modeling of protein structure and dynamics, and of solution properties in the presence of proteins and excipients. The chapters in this book consider computational modeling of protein-solution interactions, the design of early-stage formulation studies, the design of late-stage formulation studies, automation, high-throughput and control, design of lyophilized formulations, and emerging technologies in the future formulation development.
Table of Contents
1. Introduction 2. Computational modeling of protein-solution interactions 3. Design of early stage formulation studies 4. Design of late stage formulation studies 5. Automation, high throughput and control 6. Design of lyophilized formulations 7. Emerging technologies and formulation development of the future
