Once considered largely untreatable, neurologic disorders have become the newest frontier for breakthrough research in pharmacology. Principles of Drug Therapy in Neurology discusses the latest investigatinal strategies and theories and how they affect current clinical practice. The book details the mechanisms, delivery systems, and efficacy of the latest medication, as the editors outline a "method" for thinking about the action of clinically useful drugs, based on modern information about kinetics, transport to the brain, interaction with neurotransmitter systems and membrane action, etc. All types of major neurologic disorders are discussed.

This book gives an exhaustive account of the classification and management of epileptic disorders. It provides clear didactic guidance on the diagnosis and treatment of epileptic syndromes and seizures through thirteen chapters, complemented by a pharmacopoeia and CD ROM of video-EEGs.

Principles of Drug Therapy, Second Edition provides comprehensive coverage of current drug therapy in neurology while providing the background information that neurologists and other clinicians need to understand its rationale. The range of new drugs available for treatment of neurological disorders is expanding rapidly along with rapid advances in the neurosciences that are uncovering disease mechanisms. Although there are many sources of drug information, most are limited to basic information about indications, dose and side effects. However the complexity of the nervous system is enormous and the information needed to understand drug effects is accordingly often not readily available in a single source. The book addresses that issue by presenting 18 focused, disease-related chapters by authors who are expert clinical sub-specialists as well as experts on drug therapy. The first chapter on fundamentals of drug therapy in neurology provides a readable synopsis of how the classic pharmacology concepts such as pharmacodynamics and pharmacokinetics are related to therapy in neurology. This section also discusses the pathogenesis of potentially serious side effects such as skin rashes and liver disorders, and the role of pharmacogenetics in both drug effect and side effects. Outstanding chapters on movement disorders, epilepsy, and headaches cover major areas of drug treatment in neurology practice. Additional chapters cover stroke, increased intracranial pressure in the intensive care unit, dementia, multiple sclerosis, spinal cord injury and spasticity, neuromuscular disorders and pain. Sleep, central nervous system infections and HIV, and drug intoxications are also covered. Areas of special interest to child neurologists covered in the book include treatment of genetic metabolic disorders and use of stimulants and other medications for childhood cognitive disorders. An excellent chapter is also provided on drug treatment of psychiatric disorders because of the important of psychiatric drugs in neurology practice. This edition has been completely re-written from the successful edition published in the 90s and enlarged commensurate with the exciting progress in treatment in neurology.

Now in its third edition, Principles of Pharmacology presents content in a conceptual framework that maximizes understanding and retention and minimizes rote memorization. It takes students "beyond the disease" and deep into physiologic, biochemical, and pathophysiologic systems where drugs activate or inhibit these systems by interacting with molecular and cellular targets. This unique approach ensures understanding of the mechanisms of drug actions on the body, and ultimately, in treating the human patient. Ideal for introductory pharmacology courses that emphasize critical thinking, molecular understanding, systems-based integration, and clinical preparation, the text: Features chapter-opening clinical cases and questions to establish a context for the discussion and the answers that follow Presents signature drug summary tables, updated and organized by mechanism of action, with information on clinical applications, adverse effects, contraindications, and therapeutic considerations Incorporates NEW full-color illustrations throughout, suiting the needs of visual learners and more effectively presenting concepts covered in the narrative Integrates timely content, including recently approved drugs as well as current research on drug mechanisms of action Delivers course and review material appropriate for students through a uniquely collaborative authorship consisting of medical students, residents, and faculty

A high-yield board review and quick reference for Rehabilitation Medicine Rehabilitation Medicine Rapid Review is written primarily for Physical Medicine and Rehabilitation residents preparing for their board exams, and is also an excellent reference for practicing physicians who need a primer on this rapidly growing specialty. With content organized around the American board of Physical Medicine and Rehabilitation core curriculum, this powerful review is enhanced by more than 500 review questions and answers, and concise, bulleted, high-yield text. Readers will find quick answers to common and infrequent issues encountered in rehabilitation medicine

Principles and Practice of Restorative Neurology is a collection of topics in clinical neurology where progress through research has brought concepts of patient management. The collection emphasizes research done clinically and in experimental laboratories and attempts to discuss restorative neurology in the larger context, encompassing biology, neurobiology, and rehabilitative engineering. The book discusses the concept that neurology should be more therapeutic instead of being just diagnostic because of advances in techniques and drugs. An epidemiology of disability and the evaluation of re ...

Multimodal therapy approaches that combine interventions aimed at different aspects of disease are emerging as potentialâ€"and perhaps essentialâ€"ways to enhance clinical outcomes for patients with psychiatric and neurological disorders. In order to examine the general principles underlying multimodal therapies and to explore challenges, potential barriers, and opportunities for their development, the National Academies of Sciences, Engineering, and Medicine convened a workshop in June 2016. Participants explored scientific, clinical, regulatory, and reimbursement issues related to multimodal approaches and potential opportunities to enhance clinical outcomes for individuals with nervous system disorders. This publication summarizes the presentations and discussions from the workshop.