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More than 50 viruses can cause human disease, and textbooks are packed with facts about these viruses and the diseases they cause. Indeed, digesting this wealth of information can be daunting both for students and for professors. In How Pathogenic Viruses Work, the author reveals that the key to understanding this complex subject is to recognize that every virus must solve three basic problems: how to reproduce within the cells of its infected host, how to evade host defenses, and how to spread to a new host. Moreover, once the way a virus solves these problems is known, the pathological consequences of the viral infection can be predicted. To demonstrate the power of this approach, the author analyzes a dozen common human viruses, how they solve these problems, and what the resultant pathological consequences are for their human hosts. How Pathogenic Viruses Work offers unique insights into the mind of the virus. But more importantly, this book provides an antidote to information overload by presenting a paradigm for extracting essential information from voluminous virology texts.

Amazon Sales Rank: #609913 in Books Published on: 2002-03-18 Original language: English Number of items: 1 Dimensions: .26" h x 8.62" w x 10.88" l, .70 pounds Binding: Paperback 115 pages

Most helpful customer reviews 82 of 84 people found the following review helpful. From the author: By Lauren Sompayrac I'm the guy who wrote this book. I thought it might useful to tell you a little about what's in it -- and why I wrote it. There are many books which employ viruses as tools to teach molecular and cellular biology. This makes sense. A lot of what we know about these subjects was learned by observing how viruses usurp the biochemical machinery of their host cells. However, these texts tend to treat viruses as bit players, focusing mainly on the cells they inhabit. Consequently, such a book can teach you a lot about cell biology, but it usually won't give you much insight into the "mind of the virus." In How Pathogenic Viruses Work, the virus occupies center stage, because my goal is to give you an overall picture of virus-host interactions from the point of view of the virus.There are also big, heavy books that seem to contain every possible detail about every virus in the universe. These texts are great for reference, but they give the impression that viruses are incredibly complicated and almost impossible to understand. In fact, viruses are quite simple. They really only know how to solve three problems, and the diseases viral infections cause are the consequences -- frequently the unintended consequences -- of the different ways viruses solve these problems. How Pathogenic Viruses Work is written in the form of "lectures," because I want to talk to you directly, just as if we were together in a classroom. In this book, I focus on the important concepts, and leave out as much detail as possible. I also limit my discussion to viruses that cause diseases in humans. Lord knows, there are plenty of them, and to me (and probably to you), these viruses are really the most interesting ones. Your professor may use this book as the core text for a course, supplementing these lectures with fascinating facts about his or her favorite viruses. Alternatively, your professor may use this book as a course preview, both to provide you with a global view of how pathogenic viruses work, and to give you "pegs" on which to hang more detail as the course progresses. But no matter how your professor may choose to use this book, you should keep one thing in mind: I didn't write this book for your professor. This book's for you! 36 of 36 people found the following review helpful. A review from a layman By Guy Smith I'll admit to being intimidated by a book titled "How Pathogenic Viruses Work." Being a well educated layman more attuned to marketing than medicine, I expected to be completely lost while reading about the various bugs that invade our bodies and how the body calls to battle its natural defenses.However, I was rescued by some of the best writing and the most logical presentation I have ever read. This is no small claim as I have published over 150 articles for high tech magazines covering some very detailed topics in computing. My hat is off to Sompayrac for communicating complex topics in a style that is both clear and entertaining.Sompayrac organized his book in the very way I would want to study the subject. His opening chapters (which he calls "lectures") deal with the way viruses "think" and the three basic problems that all viruses must address in order to survive. Sompayrac's explanations bring home the mechanics of Darwinism that viruses face when invading our bodies or breading themselves in cross-species transplants.Sompayrac then discusses how viruses enter our bodies (inhalation, orally, through birth and through sex) and why each path has its advantages for specific viruses. For each entry method, Sompayrac discusses three unique viruses and how they conquered the problems of replication, spreading and evasion of host defenses. Sompayrac finishes the book by discussing the tactics that modern medicine is employing or testing to combat viruses. The discussion of tactics and their usefulness or dangerousness