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Learn the fundamental principles and practical applications of pharmaceutical crystal engineering in this comprehensive lecture that covers the design, development, and scale-up processes for pharmaceutical solid forms. Explore how crystal engineering techniques are applied to optimize drug properties, enhance bioavailability, and improve manufacturing processes in pharmaceutical development. Discover the relationship between molecular structure and crystal packing, understand polymorphism and its impact on drug performance, and examine strategies for controlling crystal formation during pharmaceutical manufacturing. Gain insights into characterization methods used to analyze pharmaceutical crystals, including X-ray diffraction, thermal analysis, and spectroscopic techniques. Delve into case studies demonstrating successful implementation of crystal engineering principles in real-world pharmaceutical development projects, from laboratory-scale research to commercial production. Master the critical considerations for scaling up crystallization processes while maintaining product quality and consistency, and understand regulatory aspects related to pharmaceutical solid-state chemistry and crystal form selection.
