Stanton A. Glantz – författare

Around-the-clock tobacco talks, multibillion-dollar lawsuits against the major cigarette companies, and legislative wrangling over how much to tax a pack of cigarettes--these are some of the most recent episodes in the war against the tobacco companies. The Cigarette Papers shows what started it all: revelations that tobacco companies had long known the grave dangers of smoking, and did nothing about it. In May 1994 a box containing 4,000 pages of internal tobacco industry documents arrived at the office of Professor Stanton Glantz at the University of California, San Francisco. The anonymous source of these "cigarette papers" was identified only as "Mr. Butts." These documents provide a shocking inside account of the activities of one tobacco company, Brown & Williamson, over more than thirty years. Quoting extensively from the documents themselves and analyzing what they reveal, The Cigarette Papers shows what the tobacco companies have known and galvanizes us to take action.

"Tobacco War" charts the dramatic and complex history of tobacco politics in California over the past quarter century. Beginning with the activities of a small band of activists who, in the 1970s, put forward the radical notion that people should not have to breathe second-hand tobacco smoke, Stanton Glantz and Edith Balbach follow the movement through the 1980s, when activists created hundreds of city and county ordinances by working through their local officials, to the present - when tobacco is a highly visible issue in American politics and smoke-free restaurants and bars are a reality throughout the state. The authors show how these accomplishments rest on the groundwork laid over the past two decades by tobacco control activists who have worked across the U.S. to change how people view the tobacco industry and its behavior. "Tobacco War" is accessibly written, balanced, and meticulously researched.The California experience provides a graphic demonstration of the successes and failures of both the tobacco industry and public health forces.It shows how public health advocates slowly learned to control the terms of the debate and how they discovered that simply establishing tobacco control programs was not enough, that constant vigilance was necessary to protect programs from a hostile legislature and governor. In the end, the California experience proves that it is possible to dramatically change how people think about tobacco and the tobacco industry and to rapidly reduce tobacco consumption. But California's experience also demonstrates that it is possible to run such programs successfully only as long as the public health community exerts power effectively. With legal settlements bringing big dollars to tobacco control programs in every state, this book is must reading for anyone interested in battling and beating the tobacco industry.

Mathematics for Biomedical Applications bridges the gap between introductory calculus and advanced mathematical techniques, offering a practical framework for biomedical students and professionals. Originating from a course developed in Stanford University's Cardiology Division, this text equips readers with the tools to model, analyze, and solve real-world biomedical problems using applied mathematics. The author prioritizes a pragmatic approach, ensuring that even a traditionally skeptical audience finds value in the mathematical concepts presented.The book begins by formulating biomedical problems into differential equations, gradually building to solutions using direct methods and advanced techniques like the Laplace transform and Fourier analysis. It integrates these mathematical tools into biological contexts, such as signal processing, to demonstrate their relevance. The inclusion of numerical methods and guidance for interpreting algorithms provides a stepping stone for readers to delve into more specialized texts or computational tools. Supplementary appendices review calculus basics, properties of complex numbers, and key integral tables, making this a comprehensive yet accessible resource for students aiming to integrate mathematical rigor into their biomedical expertise.This title is part of UC Press's Voices Revived program, which commemorates University of California Press’s mission to seek out and cultivate the brightest minds and give them voice, reach, and impact. Drawing on a backlist dating to 1893, Voices Revived makes high-quality, peer-reviewed scholarship accessible once again using print-on-demand technology. This title was originally published in 1979.