Rediscovering the Immune System as an Integrated Organ. Questo articolo non è disponibile.Rediscovering the Immune System as an Integrated Organ

The mainstream view of the immune system is concerned with molecular and cellular details resulting in a picture of immense complexity. Many immunologists live with this complexity, hoping that a series of breakthroughs will eventually add up to a greater insight.
However, the forest is ignored for the trees and a 'Systems Approach' is vital for a better understanding. Peter Bretscher develops here a unique perspective on how the immune system functions as an integrated organ, by taking account of observations and concepts at the 'level of system' that are often half forgotten or ignored.
A colleague, on reading this book, wrote: "Those who have followed Peter's work these past 50 years will recognize this book for what it really is - a rare achievement, a scientific masterpiece. It is a must read for all those Immunologists and Clinicians who want to find effective immunological cures for the many debilitating health issues that confront us. Peter Bretscher has produced a lucid and logical exposition of the rules governing how the adaptive immune system responds to all foreign antigens whether bacterial, viral or modifications of the self, which emerge in cancer or autoimmune conditions. This book is a testament to Louis Pasteur's dictum that there is no applied science, just the application of basic science."
Rediscovering the Immune System is written in a jargon-free and accessible style. This personal perspective is an ideal guide to the immune system for students, researchers and the engaged, general reader alike.

Peter Bretscher is a well-known immunologist. In 1970 he published, with Melvin Cohn, the Two Signal Model of Lymphocyte Activation, which provided an explanation for how self non-self discrimination is realized.
This theory has stood the test of time and is a central component, along with the Clonal Selection Theory, of modern immunological thinking.
Peter studied physics as an undergraduate at Cambridge University, UK, and then, hoping to find a field offering opportunities for theoretical insight, undertook graduate studies in protein X-ray crystallography in the now famous Cambridge Laboratory of Molecular Biology. He became fascinated at this time by immunology, and was fortunate in being able to discuss his early ideas with Francis Crick. This was the beginning of an almost 50 year engagement, during which Peter and his students have made substantial theoretical and experimental contributions to the field.