The Immunology of the Pig is a comprehensive and detailed exploration of the immune systems of domestic pigs, offering an invaluable resource for researchers, veterinarians, and students in the fields of immunology, veterinary medicine, and biomedical science. This text covers both the innate and adaptive immune systems of pigs, highlighting the unique features that make them an excellent model for human immune system studies. By examining the applied immunity of pigs, including available vaccines and immune-mediated diseases, this book addresses a critical need for understanding porcine immunology in both agricultural and biomedical contexts. The book is meticulously structured to cover a wide range of topics. It begins with the evolutionary origins and domestication of pigs, providing a historical context that enriches the understanding of their immune systems. Subsequent chapters explore key aspects of porcine immunology, including piglet ontogeny, reproduction, and lactation; innate immunity; hematology; cytokine functions; antigen processing cells; and lymphoid organs. Detailed discussions on the major histocompatibility complex, innate lymphoid cells, B and T cell systems, and immunity on body surfaces offer a thorough insight into the complex mechanisms at play. Additionally, the text addresses the microbiota's role, vaccination strategies, and immunity to various bacterial, viral, and parasitic diseases, rounding out a holistic view of porcine immune health.
The Immunology of the Pig is an essential reference for anyone involved in veterinary science, immunology, or biomedical research. It provides a deep dive into the pig's immune system, presenting a wealth of information that is both scientifically rigorous and practically applicable. By understanding the parallels between porcine and human immune systems, researchers can leverage this knowledge to advance medical science, particularly in the areas of xenotransplantation and disease modeling. This book is a vital tool for advancing our understanding of immunology and improving health outcomes for both pigs and humans.
