Chronic Osteitis Targeted Position Treatment and Q&A

Author: Wang Yiqing Wang Yitao
Publisher:
Publishing Date: 2004-07-01
Features: Focusing on chronic osteomyelitis as the main subject of the disease, it is a refractory condition worldwide with high incidence, high disability and mortality rates, severely endangering human health and life safety. Due to its complex pathological mechanisms and multidrug resistance of bacteria to modern antibiotics, it has become a focal point and challenge of global concern. This book is a new modern therapeutics work in China that discusses diseases centered on chronic osteomyelitis. It addresses a series of medical challenges in the later stages of antibiotic application, employing the Wang family's target-based theory of treating bone inflammation, which effectively bridges gaps and fills deficiencies. This represents a good and new approach to treating diseases in this category.
The book provides detailed discussions on diseases centered on chronic osteomyelitis, covering pathogenesis, clinical manifestations, diagnosis, and treatment. It highlights the theoretical basis and clinical experience of traditional Chinese medicine in treating diseases in this category through target-based transdermal diffusion or traction methods. The Wang family was the first in China to propose and implement a classic treatment approach that avoids the use of antibiotics for chronic osteomyelitis, bone tuberculosis, severe bedsores, refractory tissue ulcers, diabetic feet, lymphatic tuberculosis, and other diseases. It reflects the latest advancements in the theoretical and clinical practice of treating chronic internal infections worldwide, and provides clear answers to various issues faced by patients during treatment and daily life.
This book serves as an enlightening guide for medical professionals and patients to gain a comprehensive understanding of the disease and the advantages of traditional medical treatment. It is a valuable reference for healthcare professionals and patients engaged in related fields.