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1st Edition - November 3, 2021
Authors: Vladimir I. Razinkov, Arnold McAuley, Pavan Ghattyvenkatakrishna, Deirdre Piedmonte
Computational and Experimental Design of Biopharmaceutical Formulations outlines available experimental and computational tools. It describes a rational approach to formulation… Read more
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1. IntroductionReferences
2. Computational modeling of protein-solution interactionsModeling approaches towards understanding physical phenomenonTheoretical approaches towards understanding protein-solution interactionsAtomistic Modeling of protein structures, simple solutions, complex solutions and proteins in complex solutionsEmpirical analysis of experimental dataComputational modeling of other biomoleculesReferences
3. Design of early stage formulation studiesCandidate and formulation selection Modality-specific formulation optimizationReferences
4. Design of late stage formulation studiesCreating formulation design spaceFormulation robustnessDevice-specific formulation designsReferences
5. Automation, high throughput and controlSample preparation Stress and accelerated stability studies Analytical methodsData analysis and presentation
6. Design of lyophilized formulationsProtein-excipient interactions and impact on lyo cake apprearanceImpact of excipients on lyophilization cycle developmentGuidelines for product specific lyophilization cycle development
7. Emerging technologies and formulation development of the futureMultidimensional characterization Speed, volume and predictionReferences
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