Pharmaceutical Inorganic Chemistry

This work provides a comprehensive exploration of the principles and applications of inorganic chemistry in the context of pharmaceutical science. It is structured to guide readers from the foundational concepts of the discipline to their practical relevance in medicine, offering a balance between theoretical understanding and applied knowledge. The content is organized in a logical sequence, beginning with an overview of the scope, significance, and historical development of inorganic chemistry within the pharmaceutical field. The discussion then progresses to atomic structure and periodic properties, enabling readers to appreciate the relationships between elemental characteristics and chemical behavior. Chemical bonding and molecular structure are examined in detail, providing the necessary framework for understanding how compounds form, interact, and exhibit specific physical and chemical properties. These principles are further connected to the study of states of matter and solution chemistry, which are central to pharmaceutical formulation and drug delivery systems. Acids, bases, and buffers are given special attention due to their vital roles in maintaining drug stability, controlling pH in formulations, and influencing drug absorption in the body. The section on electrolytes and electrochemistry highlights their importance in physiological processes, analytical methods, and therapeutic applications. The final part focuses on essential and trace elements in medicine, addressing their biological significance, therapeutic uses, and the effects of imbalances on human health. The approach integrates fundamental science with pharmaceutical application, ensuring that readers not only understand the concepts but also see their direct impact on the development, testing, and use of medicinal products. It serves as a valuable resource for students, educators, and professionals seeking to strengthen their understanding of how inorganic chemistry underpins many aspects of pharmacy, from drug formulation to therapeutic action.