This textbook discusses the basics and clinical aspects of bone research in an accessible way. It aims at enhancing students’ understanding of the structure, pathophysiology and regeneration of bone and associated connective tissues. The book covers a diverse aspects of this interdisciplinary field, including immunology, molecular biology and regenerative medicine, as well as tissue engineering and strategies that combine biomaterials, cells and growth-stimulating factors to trigger tissue development and regeneration. As such, the book offers an essential guide for advanced master’s students and PhD students in biomedicine, orthopedics and rheumatology.
In the fifth edition of this highly successful book, the author once again aims to equip the reader with up-to-date information that will facilitate accurate diagnosis of bone and joint diseases by means of combined use of scintigraphy and radiology. Two entirely new chapters have been added, one on the use of 18F-NaF PET/CT and the other on gamma correction scan diagnosis of bone trabecular microfracture and microcontusion as well as bone edema and hemorrhage. Further topics covered for the first time include enthesopathies, myositis, soft tissue diseases, cryptic bones, and differential diagnosis. Individual chapters have been updated and rearranged to reflect the latest advances in imaging diagnosis. As before, a vast number of state of the art gamma correction pinhole bone scans and corroborative conventional radiographs and CT, MRI, and/or ultrasound images are presented side by side. In this new edition, extension of the application of gamma correction to other imaging methods such as MRI and CT and the solution of the halation problem are necessarily addressed. This fifth edition of Combined Scintigraphic and Radiographic Diagnosis of Bone and Joint Diseases will be essential reading for practitioners and researchers in nuclear medicine, radiology, orthopedic surgery, pathology, anatomy, and imaging sciences at large.
This book, now in a revised and updated second edition, offers a comprehensive overview of the state of the art in orthopedic nuclear medicine, including the impressive recent advances in the field and the diagnosis of under-recognized conditions on the basis of their imaging patterns. The opening chapters acquaint the reader briefly with anatomic, physiologic, pathologic, and technical concepts crucial to a sound understanding of orthopedic nuclear medicine and its utilization in clinical practice. The imaging diagnosis of skeletal infections, trauma, vascular disorders, metabolic and neoplastic bone diseases, soft tissue calcifications, and joint disorders is then explained in detail. Two entirely new chapters, on bone marrow imaging and hybrid imaging of bone diseases, have been added to this edition. A separate chapter is devoted to the use of radionuclides for the treatment of bone and joint disorders. The book is richly illustrated and amply documents the effectiveness of nuclear medicine in diagnosing bone disease. It will prove invaluable to all with an interest in diagnostic and therapeutic orthopedics, including orthopedists, radiologists, rheumatologists, pediatricians, podiatrists, other clinicians, and all nuclear and molecular imaging professionals.
Features: Used Book in Good Condition By (author): Eugene C. Toy, Andrew J. Rosenbaum, Timothy Roberts, Joshua S. Dines
SHARPEN YOUR CRITICAL THINKING SKILLS AND PREPARE FOR REAL-WORLD PRACTICE WITH ORTHOPAEDIC SURGERY CASES
Experience with clinical cases is key to excelling in your rotations and post-graduate training. Case Files: Orthopaedic Surgery gives you 45 true-to-life cases that illustrate concepts critical to managing common musculoskeletal injuries and conditions. Each case includes a concise and accurate patient presentation, key exam findings, and clear radiologic images where applicable. Additionally, cases include in-depth discussions of the injury or condition represented, replete with evidence-based practice recommendations, basic procedural tips and techniques, and discussion of potential complications, pitfalls, and ultimate patient outcomes. Review questions and clinical pearls reinforce learning.
Learn from 45 high-yield cases, each with review questions
Master key concepts with clinical pearls
Polish your approach to clinical problems and think like a surgeon
Perfect for students, orthopaedic interns, and residents who encounter orthopaedic conditions in daily practice
Comprised exclusively of nearly two dozen clinical cases covering common fractures of the foot and ankle, this concise, practical casebook will provide orthopedic and foot and ankle surgeons with the best real-world strategies to properly manage both open and closed fractures of the ankle, calcaneus, talus and metatarsals. Each chapter is a case that opens with a unique clinical presentation, followed by a description of the diagnosis, assessment and management techniques used to treat it, as well as the case outcome and clinical pearls. Cases included illustrate the surgical management of unimalleolar, bimalleolar and trimalleolar fractures of the ankle, injuries to the talus and calcaneus, midfoot and metatarsals, in addition to malunions and nonunions, Lisfranc injuries, and the Charcot foot and ankle.
Pragmatic and reader-friendly, Fractures of the Foot and Ankle: A Clinical Casebook will be an excellent resource for orthopedic surgeon
s, foot and ankle specialists and podiatrists confronted with these common injuries to the lower extremity.
This book is a complete reference for all clinicians who are interested in incorporating into their daily practice the techniques available to reduce the duration of orthodontic treatment and to overcome other treatment limitations. It focuses especially on micro-osteoperforations (MOPs) as the most conservative, efficient, and versatile approach to increase the rate of tooth movement. The opening chapters describe the biological principles of current accelerated techniques at the molecular and cellular levels and introduce guidelines on how to select the best acceleration approach based on each patient’s needs. Clinicians are then guided step by step through the application of MOPs, case selection, and treatment planning. It is explained how MOPs can be incorporated into daily mechanotherapy for the treatment of different malocclusions and how to take advantage of the catabolic and anabolic effects of the procedure to expand the boundary of orthodontic and orthopaedic corrections. The book is written in a simple and clear language with many illustrations and clinical examples to facilitate understanding of concepts and procedures. In addition, it is a rich source for academicians and researchers interested in a comprehensive and updated review on theories of tooth movement and accelerated orthodontic techniques.
Anchorage control is one of the most challenging tasks in orthodontic treatment. Many different types of appliance are used to control anchorage, but an excellent outcome may be difficult to achieve owing to either poor mechanics or inadequate patient compliance. Recently, temporary skeletal anchorage devices (TSADs) have become popular in orthodontics. Some orthodontic movements that are now possible using TSADs were previously considered almost impossible with traditional orthodontic appliances.
Several different types of TSAD are currently available, and in choosing between them orthodontists are obliged to rely on the information provided by manufacturers, which is often not based on scientific evidence. This book therefore presents the various design characteristics of TSADs and provides up-to-date scientific evidence to assist orthodontists in selecting the best TSADs for their patients.