<p>"Written by two leading experts in the field, this book provides a comprehensive overview of absolute risk, including both theoretical basis and clinical implications before and after the disease diagnosis. Equipped with sufficient technical details on the estimation and inference of absolute risk aswell as a range of real examples, this book is targeted toward a broad audience, including epidemiologists, clinicians, and statisticians. While a few other books on theoretical aspects of absolute risk are available in the literature, the book by Pfeiffer and Gail treats absolute risk from several new angles . . ." <br /><em>~Journal of the American Statistical Association</em></p><p>"The book by Pfeiffer and Gail leads us into the higher statistical levels of predicting the medical future. The main focus is on the concept of the absolute risk of an event because this has a clinically meaningful interpretation for the individual person. The much more commonly reported hazard ratios of health research do not provide a directly useful number for the single subject...The examples are about the real world (mostly cancer research), and the mathematics provide all the formula for building a well‐calibrated absolute risk model and the validation study...The book contains a lot of material which is very difficult to find elsewhere, for example, on family studies, handling of missing data, and landmark analysis with time-dependent covariates. Overall, I found the book to provide a very complete documentation of a highly important subject. The authors are to be thanked for their thoroughness and congratulated for their work, which should be useful for many real‐world applications of absolute risk."<br /><em>~Biometrics</em></p>

<p>"Written by two leading experts in the field, this book provides a comprehensive overview of absolute risk, including both theoretical basis and clinical implications before and after the disease diagnosis. Equipped with sufficient technical details on the estimation and inference of absolute risk aswell as a range of real examples, this book is targeted toward a broad audience, including epidemiologists, clinicians, and statisticians. While a few other books on theoretical aspects of absolute risk are available in the literature, the book by Pfeiffer and Gail treats absolute risk from several new angles . . ." <em>~Journal of the American Statistical Association</em></p><p>"This book provides an excellent comprehensive basis for researchers or advanced courses devoted to the development and assessment of absolute risk models. Ruth Pfeiffer and Mitchell Gail have a long history of active and successful research in the field of risk prediction modeling, the first publication of what has become known as the <i>Gail-Model </i>for breast cancer risk prediction having appeared over 25 years ago. This background allows them to present a broad overview of various model situations and modeling approaches together with various real-life data examples. It is a pleasure to see that assumptions and inference are treated with mathematical stringency in all addressed topics. The mathematical framework is introduced, motivated, and translated into a clinically meaningful context using worked examples, so as to give access to mathematically less experienced readers. <br /><em>~Biometric Journal</em></p><p>"The book by Pfeiffer and Gail leads us into the higher statistical levels of predicting the medical future. The main focus is on the concept of the absolute risk of an event because this has a clinically meaningful interpretation for the individual person. The much more commonly reported hazard ratios of health research do not provide a directly useful number for the single subject...The examples are about the real world (mostly cancer research), and the mathematics provide all the formula for building a well‐calibrated absolute risk model and the validation study...The book contains a lot of material which is very difficult to find elsewhere, for example, on family studies, handling of missing data, and landmark analysis with time-dependent covariates. Overall, I found the book to provide a very complete documentation of a highly important subject. The authors are to be thanked for their thoroughness and congratulated for their work, which should be useful for many real‐world applications of absolute risk."<br /><em>~Biometrics</em></p>