Harrison's Principles Of Internal Med Vol 1 & 2 (Set)
Kasper, Dennis L.,
HARRISON'S IS MEDICINE!
Introducing the Landmark Twentieth Edition of the Global Icon of Internal Medicine
The definitive guide to internal medicine is more essential than ever with the latest in disease mechanisms, updated clinical trial results and recommended guidelines, state-of-the art radiographic images, therapeutic approaches and specific treatments, hundreds of demonstrative full-color drawings, and practical clinical decision trees and algorithms
Recognized by healthcare professionals worldwide as the leading authority on applied pathophysiology and clinical medicine, Harrison's Principles of Internal Medicine gives you the informational foundation you need to provide the best patient care possible.
Essential for practice and education, the landmark 20th Edition features:
Thoroughly revised content-covering the many new breakthroughs and advances in clinical medicine that have occurred since the last edition of Harrison's. Chapters on acute and chronic hepatitis, management of diabetes, immune-based therapies in cancer, multiple sclerosis, cardiovascular disease, HIV, and many more, deliver the very latest information on disease mechanisms, diagnostic options, and the specific treatment guidance you need to provide optimal patient care.
State-of-the-art coverage of disease mechanisms: Harrison's focuses on pathophysiology with rigor, and with the goal of linking disease mechanisms to treatments. Improved understanding of how diseases develop and progress not only promotes better decision-making and higher value care, but also makes for fascinating reading and improved retention. Harrison's summarizes important new basic science developments, such as the role of mitochondria in programmed and necrotic cell death, the immune system's role in cancer development and treatment, the impact of telomere shortening in the aging and disease processes, and the role of the microbiome in health and disease. Understanding the role of inflammation in cardiovascula