This portable guide provides a solid foundation for the Current Procedural Terminology (CPT®) coding system and clarifies E&M coding. Easy-to-use tables help you avoid penalties and increase revenue.? The only book that combines E&M coding guidelines with more than 1,800 musculoskeletal CPT codes? Find Medicare Facility, Nonfacility, and Work RVUs, and Global Fee Periods

The Johns Hopkins High-Yield Review for Orthopaedic Surgery is a compact, concise study tool to help residents prepare for Part 1 of the American Board of Orthopaedic Surgery (ABOS) examination and the Orthopaedic In-Training Examination (OITE). The book is also ideal for seasoned clinicians studying for the ABOS recertification exams and motivated medical students preparing for orthopaedic surgery rotations. With its numerous illustrations, streamlined structure and heavily bulleted text, the book is designed as a ‘memory-jogger’ to supplement basic knowledge of fundamental orthopaedic surgery principles and procedures.

Although anterior cruciate ligament (ACL) reconstruction has a high success rate, a substantial number of patients are left with unsatisfactory results. Revision ACL Reconstruction: Indications and Technique provides detailed strategies for planning and executing revision ACL reconstructions. Concise chapters by a leading group of international orthopedic surgeons cover the diagnosis of failed ACL reconstruction, patient evaluation, preoperative planning for revision ACL surgery and complex technical considerations.

Birth of a Specialty: A History of Orthopaedics at Harvard and Its Teaching Hospitals, presents a comprehensive history of orthopaedics, beginning in the 1700s and including WWI and WWII, focused on US contributions and including the surgeons at Harvard Medical School and its major teaching hospitals; Massachusetts General Hospital, Boston Children's Hospital, Brigham and Women's Hospital, Beth Israel Deaconess Medical Center, and Boston City Hospital. This well-illustrated, hardcover history includes over 1300 images over five volumes, four printed with a fifth eBook volume for the bibliography.

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.

Filled with pearls and wisdom from experts in the field, Staying Out of Trouble in Pediatric Orthopaedics, 2nd Edition, is a concise, easy-to-read guide to managing difficult orthopaedic problems in children. This high-yield, highly illustrated reference provides practical advice on how to deal with commonly seen issues as well as those that are less common but that pose grave threats to the patient. Focusing on preventing problems and avoiding serious complications and prepared by editors, authors, and gurus with more than 1000 years of combined experience in pediatric orthopaedics, this title is an invaluable resource for pediatric orthopaedic surgery fellows and all orthopaedists who care for children.

There has been very rapid development in computing in recent years and this is now a general trend in the field of orthopedics. In orthopedic trauma, there is much enthusiasm surrounding the use of surgical navigation in musculoskeletal trauma. In light of these developments, the successful first edition of this book has been revised and updated including new information to the original chapter on CAOS (computer-aided orthopedic surgery) and an additional chapter on osteoporosis. A chapter on hip fracture rehabilitation has also become necessary. This updated book provides an excellent resource in trauma for orthopedic residents around the world.