This book includes seven chapters that detail recent advancements in materials science research. Chapter 1 highlights the critical role of the lyophilization process in improving the stability of pharmaceutical formulations and the versatile protection provided by cryoprotectants. Chapter 2 examines biomaterials based on hydroxyapatite immobilized in the structure of the polysaccharide matrix, which should reduce the overall intoxication of the body, antibiotic doses and treatment time. Chapter 3 describes transparent wood, how it is obtained, and the most recent applications in advanced fields. Chapter 4 focuses on collecting data about the performance of panels made of conventional and innovative recycled waste materials derived from agricultural and industrial processes, assembled using different techniques and glues and investigated at the Environmental Control Lab, University of Perugia. In Chapter 5, milling metal oxides with H4-dhta, room temperature synthetic methods, one-pot and water-based MOF synthesis are analyzed as alternatives to obtain MOF-74 structures. Chapter 6 explores the growing need for advanced environmental remediation techniques, focusing on the potential impact of smart nanocomposites, and emphasizes the urgency for advanced remediation strategies in the face of evolving industrial practices. Finally, Chapter 7 discusses the extraordinary properties of spider silk that make it a potential candidate for application in wide array of fields including biomedical and technological applications.
