This book highlights recent developments and challenges in peptide vaccine design, synthesis, and their effective usage against different diseases. The introductory chapters provide the basics of peptide vaccines, including immunological perspectives, approaches for synthesis and large-scale production, delivery systems, and preclinical investigations. Navigating through the intricacies of peptide vaccine design and synthesis, the chapters offer a holistic perspective encompassing in silico, in vitro, in vivo, and clinical trial stages. Additionally, the book presents an understanding of the challenges and advancements in peptide vaccine design and synthesis, exploring the integration of computational biology tools to drive vaccine development. Subsequent chapters traverse the breadth of peptide vaccine development, from synthetic methodologies and large-scale production strategies to innovative delivery systems and approaches. Offering a comprehensive overview of existing peptide vaccines deployed worldwide to combat various diseases, the book unveils the latest advancements in peptide vaccine development and deployment. This book is intended for researchers and academicians of immunology, vaccinology, pharmacology, and peptide chemistry.
Key Features:
- Offers a thorough examination of recent developments and challenges in peptide vaccine design, synthesis, and application against diverse diseases
- Navigates through all stages of peptide vaccine development, from in silico design to clinical trials
- Covers fundamental concepts of peptide vaccines, including immunological perspectives, synthesis approaches, large-scale production methods, delivery systems, and preclinical investigations
- Introduces cutting-edge methodologies, including computational biology tools for peptide vaccine design, to drive innovation and efficiency in vaccine development
- Provides practical knowledge and strategies for implementing peptide vaccines in clinical framework
