M. Daniel Wongworawat – författare

Part of the popular Orthopaedic Knowledge Update® series, this comprehensive orthopaedic resource covers all aspects of the identification, prevention, and treatment of bone, joint, and soft- tissue infections in a single, convenient volume. Developed in partnership with the American Academy of Orthopaedic Surgeons (AAOS) and edited by M. Daniel Wongworawat, MD, FAAOS, Orthopaedic Knowledge Update®: Musculoskeletal Infection 2, presents relevant, evidence-based information, discusses its practical application, and provides supporting references, all tailored to the needs of today’s practicing orthopaedists and trainees. Volume 2 of OKU®: Musculoskeletal Infection is an entirely new work that addresses a significant gap in the literature since the first volume was published in 2009.  Offers a complete guide to prevent and safely manage musculoskeletal infection and learn best practices associated with favorable outcomes  Covers the latest advances in the field in six authoritative, evidence-based sections: General Considerations; Basic Science; Antibiotics; Prosthetic Joint Infections; Fracture-Related Infections; and Bone, Joint, and Soft-Tissue Infections  Features tables, radiographic images, and full-color illustrations to enhance and clarify key topics  Each chapter provides an annotated reference list  Written, edited, and peer-reviewed by orthopaedic surgeons as well as practitioners in infectious disease, pharmacology, and other medical specialties  The most up-to-date resource on orthopaedic infection since 2009    Enrich Your eBook Reading Experience Read directly on your preferred device(s), such as computer, tablet, or smartphone.  Easily convert to audiobook, powering your content with natural language text-to-speech.

Understanding the hand's biomechanics is crucial for understanding hand pathology, mechanisms of injury, treatment methods and salvage procedures. While instruction in biomechanics often focuses on gait and the loads on the lower extremity, understanding the biomechanics of grasp and hand manipulation requires a focus on the unique anatomy of the hand. A combination of high dexterity and powerful grasp is enabled by the hand’s complex biomechanics, consisting of relatively unstable joints exposed to high demands.This text outlines the anatomy and basic biomechanical principles of the hand and then builds on this to demonstrate biomechanical principles of bone, ligament and tendon repair and healing. Attention is placed on reconstructive and salvage procedures, both bony and soft tissue, and their effect on neighboring structures and function. Understanding these principles allows surgeons in training and practice to tailor their treatment regimens more closely to the patient at hand. Moreover, future potential areas for growth and development, such as robotic surgery and 3-D printing, are being explored from the biomechanics standpoint.Biomechanics of the Hand may be used as a stand-alone text to understand mechanisms of injury, healing, repair and reconstruction. It also serves as an excellent complement to standard hand surgery texts by expanding the reader's understanding of the underlying pathomechanics leading to disorders of the hand and their treatment options.