Understanding tinnitus and treating patients with tinnitus must involve many disciplines of basic science and clinical practice. The book provides comprehensive coverage of a wide range of topics related to tinnitus including its pathophysiology, etiology and treatment. The chapters are written by researchers and clinicians who are active in the areas of basic science such as neurophysiology and neuroanatomy and in clinical specialties of psychology, psychiatry, audiology and otolaryngology.<br><br>* Comprehensive coverage of the pathology and cause of tinnitus including genetics <br>* Hyperacusis, phonophobia and other abnormalities in perception of sounds <br>* The role of neural plasticity in tinnitus

A state-of-the-art presentation of intraoperative neuro- physiologic monitoring by specialists from well-known international medical centers.

The third edition of this classic text again provides practical, comprehensive coverage of the anatomical and physiological basis for intraoperative neurophysiological monitoring. Written by a leading authority in the field, Dr. Aage Moller has updated this important title to again offer all the leading-edge knowledge needed to perform electrophysiological recordings in the operating room, to interpret the results, and to present the results to the surgeon. The field known as "intraoperative monitoring" has expanded rapidly to cover other uses of neurophysiology and electrophysiologic recordings during surgical operations that affect the brain, spinal cord, and other parts of the nervous system. These new areas are covered in this new edition. To better represent the content of the book and the field as it now stands, many of the chapters have been revised and new material has been added. While the general organization of the book is maintained, chapters such as monitoring of motor systems have been revised and extended with new material, including more detailed description of the anatomy and physiology of motor systems and new information about intraoperative monitoring.

Intraoperative neurophysiological monitoring (IOM) has proven itself a versatile technique that reduces the risks of acquiring intraoperative neurological deficits, shortens operating time, and lowers the costs of medical care and rehabilitation. It can also reduce the risks of medical malpractice suits and serve as a research tool to better understand nervous system disorders and promote improved treatments. In Intraoperative Neurophysiological Monitoring, Second Edition, the premier authority on the subject, Aage R. Moller, has extensively expanded and rewritten his highly regarded first edition to create a comprehensive, up-to-date reference on IOM techniques and their anatomical and physiological basis. In addition, the author has added new material on the monitoring of the spinal motor system, sensory systems, peripheral nerves, and in skull base surgery. Writing as a pioneer and leader in the field, Dr. Moller provides practical information about how to perform electrophysiological recordings in the operating room, interpret the results, and present them to the surgeon. Included are descriptions of methods for guiding the surgeon in such operations as microvascular decompression and the implantation of electrodes for deep brain stimulation and auditory prostheses. Methods for mapping of the cerebral cortex, the brainstem, and the spinal cord are also described, as well as practical procedures for monitoring cranial motor nerves. Practical aspects of IOM including requirements of equipment, reducing electrical and magnetic interference, and how to work with other teams in the operating room are discussed in detail. Comprehensive and up-to-date, Intraoperative Neurophysiological Monitoring, Second Edition, is an authoritative survey of the theoretical and practical knowledge needed to reduce the risks that occur in surgical operations impacting the nervous system.

The brain is plastic and it can change its function to adapt to changing demands of various kinds. The brain can also re-organize and change its function to better utilize its resources when parts of the brain have been damaged through injuries and diseases. This means that the brain is not "hard wired" but can be reprogrammed when needed. This book describes different aspects of how the plasticity can become activated and how it can benefit the individual person.
This book provides in-depth coverage of many important aspects of neural plasticity and how it applies to trauma, including strokes and disorders of the central nervous system that affect memory and cognition. The book also discusses how neural plasticity is involved in aphasia, pain and tinnitus. The roles of neural plasticity in motor rehabilitation and in adaptation to prostheses such as cochlear and cochlear nucleus implants are also topics of the book.
* Provides in-depth coverage of many important aspects of neural plasticity and how it applies to trauma, including strokes and disorders of the central nervous system that affect memory and cognition
* Discusses how neural plasticity is involved in aphasia, pain and tinnitus
* Explains the roles of neural plasticity in motor rehabilitation and prosthesis such as cochlear and cochlear nucleus implants

This book "Neuroplasticity and its Dark Sides" stresses some less well-known aspects of neuroplasticity, namely that are two kinds of neuroplasticity, one that is beneficial to the individual and one that is harmful. Activation of neuroplasticity is important for learning new skills and adapting to changing demands but neuroplasticity can also create symptoms and signs of common and widespread diseases such as chronic neuropathic pain and severe tinnitus. Spasticity and some forms of spasm are also caused by such maladaptive neuroplasticity, plasticity disorders. Plastic changes also play important roles in many other disorders. This is the dark side of neuroplasticity. Understanding the dark sides of neuroplasticity is important for treatment of many common disorders. For example, reversing such bad plastic changes would be an ideal treatment if it could be done effectively and with little adverse side effects. The book also describes the pathophysiology of some common neurological disorders where expression of neuroplasticity is evident or where it may play a role in producing the symptoms. Three appendices provides the anatomical and physiological bases for The book discusses how activation of neuroplasticity can cause symptoms of diseases and it provides a comprehensive description of the basis for neuroplasticity in general. The roles of the ability to change the efficacy of synapses and change in protein synthesis are discussed in detail. The book discusses another less well-understood property of neuroplasticity, namely that not all brain systems are plastic. The fact that attempts to change sexual preferences have been generally unsuccessful indicates that the function of some neural circuits in the brain cannot be changed or are difficult to change, which means that some circuits are "hard-wired." Personalities have shown difficult to change thus indicating that some very complex circuitry in the brain may be less plastic than normally assumed. Long-term memory is another example of brain circuits that are difficult to change. Failed success in treatment of posttraumatic stress syndrome (PTSD) shows that some memory functions are difficult to change. Understanding of neuroplasticity can benefit diagnosis and treatment of many disorders of the nervous system. The results of basic neuroscience studies of neuroplasticity are fundamental for the understanding the normal as well as many forms of abnormal function of the central nervous system. Up-to-date information about the pathophysiology of disorders where neuroplasticity is a factor can provide better treatment of many diseases. This book promotes the use of knowledge about neuroplasticity in diagnosis and treatment of disorders of the nervous system.

Textbook in neuroscience used in teaching undergraduate as well as graduate students for eduction in specialized fields of medicine. A source of information for researchers in neuroscience, psychology, audiology etc.

Neural Plasticity and Disorders of the Nervous System provides comprehensive coverage of the pathophysiology of neurological disorders emphasising those disorders where expression of plasticity is evident. Including the basis for the expression of neural plasticity; how reorganisation of the nervous system can cause hyperactivity in sensory systems producing central neuropathic pain, tinnitus and paresthesia; the role of little-known non-classical pathways in pain and sensory disorders and their subcortical connections; hyper- and hypoactivity of motor systems after injury, and the role of spinal reflexes and internal processing in the spinal cord. Phantom symptoms and disorders of nerves and associated disorders are discussed, along with disorders that can be cured by microvascular decompression operations. A detailed and comprehensive description of the organisation of pain circuits and sensory and motor nervous systems is also included. This 2006 text is aimed at students and graduates of neuroscience and medicine.

This book describes a fascinating aspect of the brain and the spinal cord, namely that the brain is malleable which means that the way it works can be changed. Something changes in the brain whenever we learn something, but changes also happens when training to reach new skills. Rehabilitation after strokes and trauma is successful because it brings on changes in the way the brain functions. It is the brain's ability to change its functions that makes it possible to use prostheses of different kinds such as cochlea implants that can make deaf people hear. The young brain is more malleable than it is later in life. It also discusses these two very different roles of neural plasticity, one that is beneficial and one that causes harm and diseases; it discusses the sparse knowledge about the role of neural plasticity in other disorders and it speculate that neural plasticity may be involved in addictions of various kinds and in diseases such as depression.

This book provides a comprehensive description of how human sensory systems function, with comparisons of the five senses and detailed descriptions of the functions of each of them. In addition to describing anatomy and function, the book also provides insight as to how sensory information is processed in the brain to provide the basis for communication and for our perception of our surroundings.
The information is presented in a way that is suitable for individuals from diverse disciplines and educational backgrounds. It gives the clinician an understanding of the function of normal and diseased sensory systems and provides a convenient, up-to-date source of information relevant to individuals in the fields of communication and communication disorders. This book is ideal for scientists, clinical researchers, and students in neurology and neuroscience.
Key Features
* Provides comparative descriptions of the anatomy and physiology of all five sensory systems including pain
* Focuses on neural and central processing of sensory information
* Describes parallel processing and stream segregation and the different targets for sensory information including the emotional brain