Extrait de la couverture : "Debunking the myths about domestic violence - in defence of battered women who kill : *why do men abuse?, *why don't abused women leave them?, *why do some women kill?, *and why they qualify for legal defence? The Justice for Women Campaign was initiated in 1998 by the Centre for the Study of Violence and Reconciliation. As its name suggests, the campaign seeks to promote the just and equitable treatments of battered women who have killed their abusive partners. The Campaign has three main goals : reforming legal defences to murder and sentencing guidelines ; establishing a review mechanism to allow for the early release of women who have killed abusive partners ; and providing legal and support services to women assisted by the Campaign."
This book, first of its kind, combination of concise explanations and focused clinical information satisfies the needs of practicing radiologists, neurologists, neurosurgeons, plastic and other peripheral nerve surgeons in need of a handy reference and technologists performing MRN studies. Written by two experts of magnetic resonance neurography (MRN) practitioners and educators, this thoroughly illustrated resource delivers how the information you need to perform and interpret peripheral nerve MR imaging studies with confidence. Concise descriptions and high quality illustrations combined wit.
Now in its Fifth Edition, this classic text provides a systematic approach to the anatomic localization of clinical problems in neurology. It offers clinicians a roadmap for moving from the symptom or observed sign to the place in the central or peripheral nervous system where the problem is. Clear discussions by three well-known authors provide a full understanding of why a symptom or sign can be localized to a particular anatomic area. More than 100 illustrations demonstrate relevant anatomy. This edition has been thoroughly updated and includes new charts to aid in differential diagnosis of various neurologic findings and disorders.
First edition received a prestigious 2010 IBPA Benjamin Franklin Silver Award for excellence in publishing An anatomical, patient-oriented approach to neurologic diagnosis from renowned neurosurgeons Despite strides in advanced neuroimaging techniques, what remains constant in the practice of neurology and neurosurgery is the enduring value of observing and interpreting patient signs and symptoms at bedside. Authored by renowned neurosurgeons Cary D. Alberstone, Edward C. Benzel, Michael P. Steinmetz and distinguished colleagues, Anatomic Basis of Neurologic Diagnosis, Second Edition details neuroanatomy in an organized, thorough manner, tipping its hat to the art and science of neurologic diagnosis. Like the widely acclaimed first edition, the updated volume emphasizes a logical, patient-oriented approach to neurologic diagnosis, conspicuously absent from most standard neuroanatomy texts. New to this second edition are a portfolio of carefully curated MRI images and sections on neuroplasticity, peripheral nerve architecture, peripheral nerve injury and recovery, electrodiagnostic diagnosis of radiculopathy, tremor, deep brain stimulation targets (and side effects), autonomic disorders, altered states of consciousness, and spontaneous intracerebral hemorrhage. Two sophisticated new chapters address our current understanding of Memory and Neural Networks. Key Features: Clinically pertinent anatomy is described succinctly and in plain language The cardinal manifestations of regional nervous system disorders facilitate localization of lesions Logical approaches to system-based complaints aid in differential diagnosis Learning objectives begin each chapter, graced by a variety of easy-to-grasp conceptual drawings MRI images, new to this edition, enrich and amplify the text The authors present a practical, reader-friendly, and patient-centric approach to diagnosing neurological disorders. Residents, fellows, and practitioners in neurology, neurosurgery, and neuroradiology, and those studying for board examinations, will enjoy reading this indispensable resource.
This book presents cases in peripheral nerve surgery divided into four distinct areas of pathology: entrapment and inflammatory neuropathies, peripheral nerve pain syndromes, peripheral nerve tumors, and peripheral nerve trauma. Each chapter also presents pearls for the accurate diagnosis of, successful treatment of, and effective complication management for each clinical entity. The latter three focus areas will be especially helpful to neurosurgeons preparing to sit for the American Board of Neurological Surgery oral examination, which bases scoring on the three areas. Finally, each chapter contains a review of the medical evidence and expected outcomes, which is helpful for counseling patients and setting accurate expectations. Rather than exhaustive reference lists, the authors provide selected references recommended to deepen understanding.
This invaluable book for the electromyographer dispenses the latest techniques detailing methods of intramuscular electrode placement. The author examines the basic principles in electromyography (EMG) and includes updated information for the appendicular and axial muscles. It is divided into 14 sections organized by anatomical region: the muscles of the hand, forearm, arm, shoulder girdle, foot, leg, thigh, pelvis, hip joint, perineal region, paraspinal region, abdominal wall, the intercostals and diaphragm regions, along with the muscles innervated by cranial nerves. This information includes the innervations and attachments of each muscle, how to position the patient for examination, the appropriate site for insertion of the electrode, the depth of insertion for the electrode, and the action that the patient should perform to activate the muscle. The descriptions of the techniques used for rarely examined muscles are sufficient for a clinician to have the confidence needed to perform the procedure. Common errors in electrode placement and clinically relevant comments are illustrated and discussed, including cross-sectional illustrations on the appendicular muscles. A particularly useful inclusion is “Pitfalls” that describes which muscle the electrode will record if the needle is placed too deep, not deep enough, or not at the location described. The text contains a useful appendix, providing dermatomes of the limb and trunk, cutaneous innervations of the head, and excellent illustrations of both the brachial plexus and the lumbo-sacral-coccygeal plexus. The appendix also contains a useful table listing all muscles that are presented in the text with innervations from the peripheral nerve to the mixed spinal nerve root. Well organized, clearly and concisely written, this book remains a learning tool and excellent reference for electromyographers and for healthcare practitioners who are expanding their practice skills to include diagnostic EMG, as well as for graduate students who use EMG as part of their research.
This book provides a concise and accessible resource for evaluating, diagnosing, and managing common knee disorders. The chapters are presented in a clear, and easily understood style so that practitioners can readily apply the information in their day-to-day clinical practice. The Knee Made Easy opens with discussion of the anatomy, biomechanics, clinical examination and radiological imaging of the knee, followed by commonly encountered clinical symptoms and conditions of the knee. Each clinical condition is demonstrated with the background, presentation, investigations, and treatment options. Medical students, generalist doctors, junior orthopaedic doctors, and physiotherapists will find this book to be an essential go-to guide for effectively treating the most common knee disorders and improving patients' care.
