Since 1958, when the first cardiac pacing system was implanted, the exemplary collaboration between medicine and engineering has developed into an extremely successful therapy. The book highlights many of the recent and most important technological advances and shows the multidisciplinary nature of the technical task of pacemaker development which is based on the diverse components of physiology, electronics, physics, electrochemistry and the material sciences.
Electric currents and electromagnetic fields have been applied to biological systems, particularly humans, with both therapeutic and pathological results. This text discusses biological responses to electric currents and electromagnetic fields, including medical applications and shock hazards. It covers fundamental physical and engineering principles of responses to short-term electrical exposure and emphasises human reactions, although animal responses are considered as well, and the treatment covers reactions from the just-detectable to the clearly detrimental. An important new chapter discusses standards for human exposure to electromagnetic fields and electric current and demonstrates how these standards have been developed using the principles treated in earlier chapters.
Medical Applications of Electrochemistry, a volume of the series Modern Aspects of Electrochemistry, illustrates the interdisciplinary nature of modern science by indicating the many current issues in medicine that are susceptible to solution by electrochemical methods. This book also suggests how personalized medicine can develop.
Greek physicians knew that electricity healed, so they applied electric fish to their patients. In Cranial Electrotherapy Stimulation, Its First Fifty Years, Plus Three, Dr. Ray Smith shows that modern physicians also know that electricity heals. The first meta-analytic summary of the majority of studies of cranial electrotherapy stimulation (CES)a non-drug treatment of micro pulses of electricity applied across the head treating anxiety, depression and insomnia, Cranial Electrotherapy Stimulation is a staple for physicians contemplating the use CES in their practice, or for patients investigating the uses of CES."
Electrophysical Modalities (formerly Electrotherapy: Evidence-Based Practice) is back in its 13th edition, continuing to uphold the standard of clinical research and evidence base for which it has become renowned. This popular textbook comprehensively covers the use of electrotherapy in clinical practice and includes the theory which underpins that practice. Over recent years the range of therapeutic agents involved and the scope for their use have greatly increased and the new edition includes and evaluates the latest evidence and most recent developments in this fast-growing field. Tim Watson is joined by co-editor Ethne Nussbaum and both bring years of clinical, research and teaching experience to the new edition, with a host of new contributors, all leaders in their specialty.
Electrotherapy Explained is an excellent research-based exploration of the major types of electrophysical agents used in clinical practice, particularly human and also animal. For the fourth edition, two new authors join the writing team, presenting the latest information for today's clinicians. The text has been completely updated with a major rewrite of the material, particularly that on electrical stimulation. This book continues to focus on evidence: clinical and biophysical evidence that affects how and which electrotherapies may be of use clinically and when. The inclusion of biophysics as well as clinical evidence and principles of application, enables clinicians to move away from traditional 'recipe-based' approaches and rely more on their own clinical reasoning. The focus remains on humans but the relevance of the principles for using and applying different modalities is explained clearly, providing guidelines for clinicians across disciplines and specialties. Up to date research detailing the evidence both supportive and deprecatory for the use of each modality Written by experts from biophysics and the clinical domains Comprehensive and well referenced Clear and well chosen illustrations elucidate the text Text boxes and summary sections help to break down what is sometimes a complex subject into manageable and memorable chunks Contraindications and risks have been updated in light of the most recent research Three books for the price of one - the website (http://booksite.elsevier.com/9780750688437) contains the entire texts of 'Physical Principles Explained' by Low and Reed, and 'Biophysical Bases of Electrotherapy' by Ward. The text directs readers to the website for further reading at relevant points.
Transcutaneous electrical nerve stimulation (TENS) is a technique that delivers mild electrical currents across the intact surface of the skin to reduce pain. TENS is used by practitioners throughout the world to manage painful conditions and TENS equipment can be purchased by the general public so that they can self-administer treatment. There are thousands of experimental and clinical research studies published on TENS and related techniques yet there is uncertainty about the best way to administer TENS in clinical practice. This is because currents used during TENS can be administered in a variety of ways and the findings of research studies have been inconclusive. This book provides guidance on how best to use TENS based on an evaluation of current research evidence. The book covers what TENS is, how it works, and safe and appropriate clinical techniques for many conditions including chronic low back pain, osteoarthritis and cancer pain. It also offers solutions to the problems faced by researchers when trying to design clinical trials on TENS. Accessibility written, Transcutaneous Electrical Nerve Stimulation (TENS) provides a comprehensive coverage of research issues and findings about TENS and will be essential reading for healthcare professionals, practitioners and students.
Cardiac Resynchronization Therapy continues to evolve at a rapidpace. Growing clinical experience and additional clinical trialsare resulting in changes in how patients are selected for CRT. This new edition of the successful Cardiac ResynchronizationTherapy builds on the strengths of the first edition, providingbasic knowledge as well as an up-to-date summary of new advances inCRT for heart failure. Fully updated to include information ontechnological advances, trouble shooting and recent key clinicaltrials, and with nine new chapters, this expanded text provides thelatest information, keeping the reader up-to-date with this rapidlyevolving field. The second edition of Cardiac Resynchronization Therapyis an essential addition to your collection.
Since the development of pharmacoconvulsive therapy in 1934 and of electroconvulsive therapy (ECT) in 1938, ECT has proven far more valuable than just the intervention of last resort. In comparison with psychotropic medications, we now know that ECT can act more effectively and more rapidly, with substantial clinical improvement that is often seen after only a few treatments. This is especially true for severely ill patients -- those with severe major depression with psychotic features, acute mania with psychotic features, or catatonia. For patients who are physically debilitated, elderly, or pregnant, ECT is also safer than psychotropic medications. The findings of the American Psychiatric Association (APA) Task Force on ECT were published by the APA in 1990 as the first edition of The Practice of Electroconvulsive Therapy, inaugurating the development of ECT guidelines by groups both within the United States and internationally. Since then, advances in the use of this technically demanding treatment prompted the APA to mandate a second edition. The updated format of this second edition presents background information followed by a summary of applicable recommendations for each chapter. This close integration of the recommendations with their justifications makes the material easy to read, understand, and use. To further enhance usability, recommendations critical to the safe, effective delivery of treatment are marked with the designation "should" to distinguish them from recommendations that are advisable but nonessential (with the designations "encouraged," "suggested," "considered"). The updated content of this second edition, which spans indication for use of ECT, patient evaluation, side effects, concurrent medications, consent procedures (with sample consent forms and patient information booklet), staffing, treatment administration, monitoring of outcome, management of patients following ECT, and documentation, as well as education, and clinical privileging. This volume reflects not only the wide expertise of its contributors, but also involved solicitation of input from a variety of other sources, including applicable medical professional organizations, individual experts in relevant fields, regulatory bodies, and major lay mental health organizations. In addition, the bibliography of this second edition is based upon an exhaustive search of the clinical ECT literature over the past decade and contains more than four times the original number of citations. Complemented by extensive annotations and useful appendixes, this remarkably comprehensive yet practical overview will prove an invaluable resource for practitioners and trainees in psychiatry and related disciplines.
Aimed at physical therapists and students of rehabilitation, this series exposes the reader to today's most challenging concepts in rehabilitation in a problem-solving format. The emphasis is on clinical decision making. The intent of the series is to promote a clear grasp of concepts in clinical practice through an analytical perspective that will complement the academic or workshop presentations in the field of rehabilitation therapy.
