Mustafa Karahan - Böcker

In this book, leading international thinkers in the still nascent field of orthopaedic sports medicine consider what the future holds and give their views on what we should be most worried about. The range of issues addressed is wide, encompassing technological threats, environmental concerns, big data and its ramifications, the influence of industry, academic ethics, and much more. Many of the identified dangers are not yet on the popular radar, and these are the principal focus of the book. On the other hand, attention is also paid to misplaced fears, with explanation as to why these anxieties can be laid to rest. The contributors are leading thinkers in the field and include original pioneers of sports medicine, senior and newly appointed orthopaedic surgeons, orthopaedic trainees, and sports medicine physicians. In addition, leaders of industry in sports medicine and allied health professionals from around the world share their fears. This compelling and thought-provoking book, published in collaboration with ISAKOS, will appeal to all stakeholders in orthopaedic sports medicine.

This book uniquely addresses anterior cruciate ligament (ACL) injury – one of the leading issues in orthopedic sports medicine – throughout the lifespan, with a focus on differences depending on age and activity levels.It provides readers with fundamental knowledge, such as anatomy histology and biomechanics, as well as with diagnostic criteria specific for each age group and activity level – from pediatrics through adolescents to adults and high-level athletes.  Furthermore, international experts present diverse prevention and injury management criteria as well as state-of-the-art surgical techniques based on the expectations of each age and lifestyle group.Designed to be an easy-to-read reference guide, this book presents fundamental concepts in the management of ACL injuries. It appeals to a broad readership ranging from orthopedic surgeons, residents and sports physicians to athletic trainers and all professionals involved in rehabilitation following ACL injuries.

This book explains how training in arthroscopic skills is best carried out in order to keep up to date with advances in arthroscopy, meet the ever-increasing demand for high-quality care, and respond to changes in available training time. State of the art developments regarding tools, performance monitoring, and learning strategies are presented, and practical guidelines provided for direct implementation in daily clinical practice. The coverage of simulation-based training ranges from the use of wet labs and box trainers through to sophisticated virtual reality simulators. Subsequent sections on objective performance tracking of training outside and in the operating room cover a variety of key aspects, including performance measures, evidence-based thresholds, preclinical training strategies, and the role of global rating scales, for objective monitoring. Readers will find the book invaluable in improving the efficiency and effectiveness of arthroscopic training.

This book aims to provide orthopedic surgeons with all the information that they will require in order to set up and run a motor skills course that will meet the needs of junior staff in Orthopedic Sports Medicine and help in training better surgeons for the future. The coverage is wide-ranging, from the fundamentals of what it takes to be a sports surgeon through to validation methods that measure teaching effectiveness and the certification of surgical skills at the end of the course. Clear guidance is provided on how to teach concepts of surgical skill and the strategy and practical details of designing a training program, with inclusion of a helpful checklist of do’s and don’ts. Different basic training modalities are described, with a particular focus on the FAST system adopted by the Arthroscopy Association of North America, and the role of simulators in surgical skills training is discussed. The book has been produced in cooperation with ISAKOS and the authors are leading professionals from around the world who offer a truly global and multidisciplinary perspective on the subject.

This book introduces the exciting field of orthobiology, which will usher in a new array of therapeutic approaches that stimulate the body’s natural resources to regenerate musculoskeletal tissues damaged by trauma or disease.

This well-illustrated book presents the state of the art in suture materials and provides clear, step-by-step guidance on how to tie the most frequently used knots. The opening section addresses terminological issues and describes how the biological and mechanical properties of suture materials may impact on healing potential. The basics of knot biomechanics are explained, highlighting the risk of failure of knots and sutures if their capacities are exceeded. Subsequent sections give precise instructions on the tying techniques for the various open and arthroscopic knots, including the square knot, the surgeon’s knot, half hitches, and sliding and non-sliding knots. The special instruments available to facilitate the tying of arthroscopic knots are thoroughly discussed, equipping the surgeon with the knowledge required to ensure optimal handling of the soft tissues and manipulation of sutures in arthroscopic surgery. A literature review on suture materials and arthroscopic knots completes the coverage. This book is published in cooperation with ESSKA. It will be a valuable instruction manual for surgeons in training and will supply more experienced surgeons with an excellent update that will further enhance their practice.

This book introduces the exciting field of orthobiology, which will usher in a new array of therapeutic approaches that stimulate the body’s natural resources to regenerate musculoskeletal tissues damaged by trauma or disease.

Subsequent sections give precise instructions on the tying techniques for the various open and arthroscopic knots, including the square knot, the surgeon’s knot, half hitches, and sliding and non-sliding knots.