Viruses: From Understanding to Investigation provides students with a map for lifetime learning by presenting the definition and unique characteristics of viruses, including major topics, such as the virus lifecycle, structure, taxonomy, evolution, history, host-virus interactions and methods to study viruses. In addition, the book assesses the connections between, and among, the aforementioned topics, providing an integrated approach and in-depth understanding of how viruses work. Employs a comparative strategy to emphasize unique structural and molecular characteristics that inform transmission, disease processes, vaccine strategies and host responses Presents a review of host cell and molecular biology and the immune system Features topical areas of research, including genomics in virus discovery, the virome, and beneficial interactions between viruses and their hosts Includes text boxes throughout with experimental approaches used by virologists Covers learning objectives for each chapter, methods and advances, question sets, quizzes and a glossary
... C. Milstein Development of monoclonal antibodies 1974 F. Blattner, P. Leder, L. Enquist, K. Murray, T. Maniatis, ... Discovery of Ebola virus J. Lange, F. Murphy, S. Pattyn, W. Jacob, G. Van Der Groen, P. Piot, E. Bowen, G. Platt, ...
This stunningly illustrated book provides a rare window into the amazing, varied, and often beautiful world of viruses.
In addition, the book assesses the connections between the aforementioned topics and provides an integrated approach and in-depth understanding of how viruses work.
This book focuses on the mechanisms that viruses use to evolve, survive and cause disease in their hosts.
This text focuses on viruses that infect humans, domestic animals and vertebrates and is based on extensive course notes from James Strauss’ virology class at the California Institute of Technology taught for over 30 years.
Dr. Arnold Levine presents the story of the scientists behind our current understanding of these infective agents and explains how that knowledge has helped us comprehend life at both the molecular and the human level.
Res., 30, 505, 1987. 137. Klesser, P. J., Virus diseases of peas and sweet peas, Bothalia, 7, 253, 1960. 138. Kraal, B., van Beynum, G. M. A., de Graaf, J. M., Castel, A., and Bosch, L., The primary structure of the coat ...
In this compact volume, he tells the story of how the smallest living things known to science can bring an entire planet of people to a halt--and what we can learn from how we've defeated them in the past.
But we can expect more such challenges in the future. This book discusses why and how SARS-CoV-2 and other killer viruses emerged, and how we can win the battle against such an enemy." -- from the publisher's website.
It is hoped that this book will stimulate our thinking, help us in designing new experiments, and possibly show avenues leading to the control of the diseases associated with influenza viruses.