Neurosciences Books

Book SynopsisThe Sunday Times Top Ten Bestseller''A truly fascinating - if unnerving - read''The Telegraph''We can all benefit from Critchlow''s book''New Scientist''Acute, mind-opening, highly accessible - this book doesn''t just explain how our lives might pan out, it helps us live better''Bettany Hughes''A humane and highly readable account of the neuroscience that underpins our ideas of free will and fate''Professor David RuncimanSo many of us believe that we are free to shape our own destiny. But what if free will doesn''t exist? What if our lives are largely predetermined, hardwired in our brains - and our choices over what we eat, who we fall in love with, even what we believe are not real choices at all? Neuroscience is challenging everything we think we know about ourselves, revealing how we make decisions and form our own reality, unaware of the role of our uncTrade Review'It's been the question that has inspired, stultified and petrified humanity across the millennia. What is our fate? From the goddess Nemesis to the theory of free will we've struggled. Until now. Acute, mind-opening, highly accessible - this book doesn't just explain how our lives might pan out, it helps us live better.' -- Bettany Hughes'A humane and highly readable account of the neuroscience that underpins our ideas of free will and fate' -- Professor David Runciman'A truly fascinating - if unnerving - read' * The Telegraph *

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Book SynopsisDrawing on range of text genres including novels, poems, health forums, holiday guestbooks, prayers, political songs and news stories, each chapter uses cognitive linguistics to shed light on the meanings and meaning-making processes invoked when we encounter texts belonging to different literary and political genres.

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Book SynopsisKey features:Offers chapters by renowned experts which are comprised of three subunits: a theoretical discussion of the content area, a description of the methods employed to address the content area, and finally, and most importantly, a discussion of the ways that relevant aspects of the content area can be easily employed/adapted to enhance the behavioral management of NHPsProvides case studies that highlight the areas of expertise of the authors and emphasize success stories' that can be used to develop behavioral management strategies and build behavioral management programsPresents Genera-specific' chapters which focus on behavioral management strategies that, typically, are successfully employed with particular taxa of NHPsIncludes a novel, pioneering Product/services' section that provides the producers of important technologies, equipment, and services with an opportunity to highlight the ways in which their products enhancTable of ContentsTHE BASICS. Introduction to the Handbook of Primate Behavioral Management. The Behavioral Management Consortium: A Partnership for Promoting Consensus and Best Practices. Rules, Regulations, Guidelines, and Directives. Behavioral Management: The Environment and Animal Welfare. CONTENT AREAS WITH BEHAVIORAL MANAGEMENT IMPLICATIONS. Variation in Biobehavioral Organization. The Role of Stress in Abnormal Behavior and Other Abnormal Conditions Such as Hair Loss. Individual Differences in Temperament and Behavioral Management. Depression in Captive Nonhuman Primates: Theoretical Underpinnings, Methods, and Application to Behavioral Management. Antipredator Behavior: Its Expression and Consequences in Captive Primates. Future Research with Captive Chimpanzees in the United States: Integrating Scientific Programs with Behavioral Management. Utility of Systems Network Analysis for Understanding Complexity in Primate Behavioral Management. APPLICATION AND IMPLEMENTATION IN BEHAVIORAL MANAGEMENT. Positive Reinforcement Training and Research. Melanie L. Graham. Positive Reinforcement Training and Health Care. The Veterinarian–Behavioral Management Interface. Social Learning and Decision Making. Collaborative Research and Behavioral Management. Pairing Strategies for Cynomolgus Macaques. Managing a Behavioral Management Program. GENERA-SPECIFIC BEHAVIORAL MANAGEMENT. Behavioral Management of Macaca Species (except Macaca fascicularis). Behavioral Management of Long-Tailed Macaques (Macaca fascicularis). Behavioral Management of Chlorocebus spp. Behavioral Management of Papio spp. Behavioral Management of Pan spp. Behavioral Management of Neotropical Primates: Aotus, Callithrix, and Saimiri. Behavioral Management of Prosimians. PRODUCTS, EQUIPMENT, TECHNIQUES, AND SERVICES. Behavioral Management, Primate Jackets, and Related Equipment. Nutrition, Feeding, and Behavioral Management. Providing Behaviorally Manageable Primates for Research. CONCLUSION. Behavioral Management of Laboratory Primates: Principles and Projections.

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Book SynopsisThis is a comprehensive reference that includes the basic science, clinical features, imaging, pathology and treatment of specific viral entities affecting the central nervous system (CNS). It will assist professionals in their attempt to identify, examine and manage viral CNS infections and unravel the therapeutic and diagnostic challenges associated with viral CNS disorders.Key Features Features MRI scans, histopathology and lined diagrams showing pathophysiology Much has happened in our understanding of CNS infections in recent years and a comprehensive book that covers the entire subject is much needed. There is ongoing interest in infectious disease. The increasing globalization of medicine is putting demands on many more people to become familiar with issues from around that world that they did not see in training. Trade ReviewThis second edition is a wonderful comprehensive reference for practicing neurologists and infectious disease specialists when faced with patients afflicted with viral-mediated neurological syndromes. A significant upgrade from the first edition, this edition includes newer topics, including West Nile, Ebola, Zika, enterovirus D68, and SARS-CoV-2 viruses, as well as significant advances in methodologies of detection and treatment. Drs. Nath and Berger have provided a very broad coverage to this topic, reflecting their clinical and scientific background, keeping both the clinical and scientific practitioners in mind. This text holds its own as a solidly comprehensive reference text for clinicians, including neurologists and infectious disease specialists, as well as for the immunologist and clinical scientist involved in the pathophysiology of virally mediated neurological illnesses. The editors are well-renowned neuroinfectious specialists in theirnfield who have sought experts from around the world to help contribute chapters to this text. There is a lack of textbooks in this area, and having an authoritative work helps the field progress further, especially with the advances made since the last edition was published in 2003.Ali A Saherwala, MD(Thomas Jefferson University)Table of ContentsINTRODUCTION: EPIDEMIOLOGY, SOCIOECONOMIC IMPACT, AND CHALLENGES AHEAD. Introduction to virus structure, classification, replication, and hosts. Neuropathogenesis of viral infections. An approach to pathogen discovery for viral infections of the nervous system. Neuropathology of CNS viral infections and the role of brain biopsy in the diagnosis. DNA VIRUSES. Herpes simplex viruses. Varicella zoster virus infection. Epstein–Barr virus and the nervous system. Cytomegalovirus. Progressive multifocal leukoencephalopathy. Adenovirus. RETROVIRUSES. HIV neurological complications. Human T lymphotropic virus type 1 (HTLV-1). RNA VIRUSES. Rabies and other lyssaviruses. Neurological manifestations of West Nile virus. Chikungunya virus and Japanese encephalitis virus. Arthropod-borne virus encephalitis. Enteroviruses. Measles and its neurological complications. Rubella. Influenza neurologic complications. Nipah encephalitis, a fatal encephalitis with bats as reservoir. MISCELLANEOUS. Von Economo’s encephalitis. Neurological events following immunizations. Central nervous system viral infections complicating immunosuppression. Post-viral syndromes. Viral neuro-oncogenesis: Polyomaviruses and brain tumors. Autoimmune disorders that can be mistaken for viral illness. Antiviral therapeutics for viral infections of the central nervous system. Neurological manifestations of coronavirus infections

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Book SynopsisWill we ever be able to see the brain at work? Could it be possible to observe thinking and feeling as if watching a live broadcast from within the human head? Brainmedia uncovers past and present examples of scientists and science educators who conceptualize and demonstrate the active human brain guided by new media technologies: from exhibitions of giant illuminated brain models and staged projections of brainwave recordings to live televised brain broadcasts, brains hooked up to computers and experiments with brain-to-brain synchronization.Drawing on archival material, Brainmedia outlines a new history of live brains, arguing that practices ofand ideas aboutmediation impacted the imagination of seeing the brain at work. By combining accounts of scientists examining brains in laboratories with examples of public demonstrations and exhibitions of brain research, Brainmedia casts new light on popularization practices, placing them at the heart of scientific work.Trade ReviewWith Brainmedia Flora Lysen offers fascinating insights on the interplay of technology and experience, mediation and presence, discourse and politics that go far beyond the history of neuroscience: In pursuit of a critical understanding of the phenomena, Flora Lysen engages with brain research as current predicament and provides her readers with an engaging media-philosophical perspective. * Cornelius Borck, Institute for History of Medicine and Science Studies, University of Lübeck, Germany, and author of Brainwaves: A Cultural History of Electroencephalography *Combining media and science studies, this brilliant book shows how the 20th century turned the brain into an epistemic spectacle. It reconstructs the curves, projectors and screen technologies that were used for publicly displaying the living brain at work. By the same token, it critically questions our drive to create and consume “time images” of the cerebral that highlight liveliness, transparency and immediacy. The result is a compelling account of the brain as a medium and message firmly tied to the power and time relations of modern culture. * Henning Schmidgen, Professor of Media Studies, Bauhaus-Universität Weimar, Germany *Table of ContentsTable of Figures Acknowledgements Introduction 1. The Birth of the Live Brain, 1820-1920 2. Displaying Dynamic Brains: Illuminated Brain Models and the Enchanted Loom, 1928-1938 3. Demonstrating Brainwaves Beyond the Laboratory: EEG as White Magic and Dark Media, 1934-1941 4. Broadcasting Live Brains: The Brain on Television and as Television, 1949-1957 5. Interfacing the Real-Time Brain: EEG Feedback in Art and Science, 1964-1977 6. Synchronizing Two Dynamic Brains: Art-Science Experiments and Neuroscience in the Wild, 2013-2019 Conclusion Bibliography List of Sources of Figures Index

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Book SynopsisAs her mother slips into the fog of dementia, a philosopher grapples with the unbreakable links between our bodies and our sense of self. Vanessa wakes from a coma having forgotten ten years of her life. Toussaint, is haunted by voices. Thomas no longer knows how to answer questions and Claire, a retired teacher loses the use of her right hand because of an inexplicable pain. Noga Arikha began studying these patients and their confounding symptoms in order to explore how our physical experiences inform our identities. Soon after she began her work, the question took on unexpected urgency, as Arikha's own mother began to show signs of Alzheimer's disease. Weaving together stories of her subjects' troubles and her mother's decline, Arikha searches for some meaning in the science she has set out to study. She explores how the self studies itself and how it loses itself, delving into the scientific research that can help us understand how deeply interconnected are our minds and bodies. The result is an unforgettable journey across the ever-shifting boundaries between ourselves and each other.Trade ReviewArikha is that rare author whose deep knowledge of philosophy, science, and the arts allows her to move deftly from the quandaries of medical diagnosis and the scientific ideas that inform them to the intimate narratives of people afflicted with illnesses that threaten the coherence of that mysterious thing we call "a self." Astute, compassionate, and brilliant, The Ceiling Outside is finally an adventure story in the bewildering drama of being -- Siri Hustvedt, bestselling author of MEMORIES OF THE FUTUREArikha is a poet and a painter with the soul of a scientist. Trust her to guide you through a study of suffering and healing that will leave you humanly richer and, wonder of wonders, at peace with yourself -- Antonio Damasio, David Dornsife Chair in Neuroscience, University of Southern California, and author of Descartes' ErrorWith grace, rigour and imagination, Arikha brings together the languages of mind, brain, and embodied human experience to give us a book that fascinates on every page -- Lisa Appignanesi, author of MAD, BAD AND SADA moving journey to the roots of the self, which uniquely combines the author's deep knowledge of its neuropsychological foundations with a touching humanistic sensibility. A must read -- Vittorio Gallese, Professor of Psychobiology at the University of Parma, ItalyA luminous, intellectually dense meditation on mind -- Kirkus ReviewsLike Oliver Sacks and the neuroscientist Antonio Damasio, Arikha structures her exploration of these larger questions around individual cases. Each is fascinating not only in itself, but also as an opportunity for Arikha to expand on the historical and social understandings of particular ailments, and of the evolution of those understandings -- Harper's MagazineArikha has a gift for making scientific technicalities digestible by baking them into irresistible narratives and wise reflections . . . a formidable scholar of medicine. As an impartial observer, she regards the history of the human sciences as inclusive, across both time and place, and it is refreshing to hear about traditional philosophical topics such as the mind-body problem or the distinction between the normal and the pathological from non-Western and premodern perspectives -- American Scholar

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Book Synopsis 'Astute, compassionate, and brilliant' Siri HustvedtVanessa wakes from a coma having forgotten ten years of her life. Toussaint is haunted by voices. Claire loses the use of her hand because of an inexplicable pain. Noga Arikha began studying these patients to explore how our physical experiences inform our identities. The question took on unexpected urgency when Arikha's own mother began to show signs of Alzheimer's disease. Weaving together stories of her subjects' troubles and her mother's decline, Arikha searches for meaning in the science she set out to study. The result is an unforgettable journey across the ever-shifting boundaries between ourselves and each other.As her mother slips into the fog of dementia, philosopher Noga Arikha grapples with the unbreakable links between our bodies and our sense of self.'Fascinates on every page' Lisa Appignanesi, author of Mad, Bad and Sad'Will leave you humanly richer and, wonder of wonders, at peace with yourself' Antonio Damasio, author of Descartes' ErrorTrade ReviewArikha is that rare author whose deep knowledge of philosophy, science, and the arts allows her to move deftly from the quandaries of medical diagnosis and the scientific ideas that inform them to the intimate narratives of people afflicted with illnesses that threaten the coherence of that mysterious thing we call "a self." Astute, compassionate, and brilliant, The Ceiling Outside is finally an adventure story in the bewildering drama of being -- Siri Hustvedt, bestselling author of MEMORIES OF THE FUTUREArikha is a poet and a painter with the soul of a scientist. Trust her to guide you through a study of suffering and healing that will leave you humanly richer and, wonder of wonders, at peace with yourself -- Antonio Damasio, David Dornsife Chair in Neuroscience, University of Southern California, and author of Descartes' ErrorWith grace, rigour and imagination, Arikha brings together the languages of mind, brain, and embodied human experience to give us a book that fascinates on every page -- Lisa Appignanesi, author of MAD, BAD AND SADA moving journey to the roots of the self, which uniquely combines the author's deep knowledge of its neuropsychological foundations with a touching humanistic sensibility. A must read -- Vittorio Gallese, Professor of Psychobiology at the University of Parma, ItalyA luminous, intellectually dense meditation on mind -- Kirkus ReviewsLike Oliver Sacks and the neuroscientist Antonio Damasio, Arikha structures her exploration of these larger questions around individual cases. Each is fascinating not only in itself, but also as an opportunity for Arikha to expand on the historical and social understandings of particular ailments, and of the evolution of those understandings -- Harper's MagazineArikha has a gift for making scientific technicalities digestible by baking them into irresistible narratives and wise reflections . . . a formidable scholar of medicine. As an impartial observer, she regards the history of the human sciences as inclusive, across both time and place, and it is refreshing to hear about traditional philosophical topics such as the mind-body problem or the distinction between the normal and the pathological from non-Western and premodern perspectives -- American Scholar

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Book SynopsisHumans are storytelling animals. Stories are what make our societies possible. Countless books celebrate their virtues. But Jonathan Gottschall, an expert on the science of stories, argues that there is a dark side to storytelling we can no longer ignore. Storytelling, the very tradition that built human civilization, may be the thing that destroys it.In The Story Paradox, Gottschall explores how a broad consortium of psychologists, communications specialists, neuroscientists, and literary quants are using the scientific method to study how stories affect our brains. The results challenge the idea that storytelling is an obvious force for good in human life. Yes, storytelling can bind groups together, but it is also the main force dragging people apart. And it's the best method we've ever devised for manipulating each other by circumventing rational thought. Behind all civilization's greatest ills-environmental destruction, runaway demagogues, warfare-you will always find the same master factor: a mind-disordering story.Gottschall argues that societies succeed or fail depending on how they manage these tensions. And it has only become harder, as new technologies that amplify the effects of disinformation campaigns, conspiracy theories, and fake news make separating fact from fiction nearly impossible.With clarity and conviction, Gottschall reveals why our biggest asset has become our greatest threat, and what, if anything, can be done. It is a call to stop asking, "How we can change the world through stories?" and start asking, "How can we save the world from stories?"

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Book Synopsis"Dog lovers and neuroscientists should both read this important book." -- Dr. Temple Grandin What is it like to be a dog? A bat? Or a dolphin? To find out, neuroscientist and bestselling author Gregory Berns and his team did something nobody had ever attempted: they trained dogs to go into an MRI scanner -- completely awake -- so they could figure out what they think and feel. And dogs were just the beginning. In What It''s Like to Be a Dog, Berns takes us into the minds of wild animals: sea lions who can learn to dance, dolphins who can see with sound, and even the now extinct Tasmanian tiger. Berns''s latest scientific breakthroughs prove definitively that animals have feelings very much like we do -- a revelation that forces us to reconsider how we think about and treat animals. Written with insight, empathy, and humor, What It''s Like to Be a Dog is the new manifesto for animal liberation of the twenty-first century.

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Book SynopsisAs a scientist, David Linden had devoted his career to understanding the brain processes and behaviors that are common to us all. That is, until a few years ago, when he found himself on OKCupid. Looking through that vast catalog of human difference, he got to thinking, where does it all come from? Why does one person have perfect pitch, a taste for hoppy beer, and an aversion to bathroom selfies? That is, what makes you, you, and me, me?In Unique, David Linden tells a riveting and accessible story of human individuality. Exploring topics that touch all of our lives-among them sexuality, gender identity, food preferences, biological rhythms, mood, personality, memory, and intelligence-Linden shows that human individuality is not simply a matter of nature versus nurture. Rather, it is a product of the complex, and often counterintuitive, interplay between our genetic blueprints and our experiences. Experience isn't just the how your parents reared you, but the diseases you have had, the foods you have eaten, the bacteria that reside in your body, the weather during your early development, and the technology you've been exposed to. Drawing all those factors together, Linden argues that human individuality is key to how we live as individuals and groups and explores how questions of individuality are informing social discussions of morality, public policy, religion, healthcare, education, and law.Like Carl Zimmer's She Has Her Mother's Laugh and Robert Sapolsky's Behave, Unique unveils a new vista on the intricacies of human existence. But, for all its brilliance and insight, this is no weighty academic tome. Told with Linden's unusual combination of authority and openness, seriousness of purpose and a great sense of humor, Unique sets a new standard for what popular science can be.

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Book SynopsisBuilding on pioneering animal studies, and making use of new, noninvasive techniques for studying the human brain, research on the human amygdala has blossomed in recent years. This comprehensive volume brings together leading authorities to synthesize current knowledge on the amygdala and its role in psychological function and dysfunction. Initial chapters discuss how animal models have paved the way for work with human subjects. Next, the book examines the amygdala's involvement in emotional processing, learning, memory, and social interaction. The final section presents key advances in understanding specific clinical disorders: anxiety disorders, depression, schizophrenia, autism, and Alzheimer's disease. Illustrations include 39 color plates. Trade ReviewWhen discussing the role of the amygdala in the brain, some have said that 'all roads lead to Rome.' This volume sheds new light on the important role that this small, almond-shaped region plays in normal processes--such as fear, positive reinforcement, memory, and social interactions--and in mental disorders. The text is consistently informed by the latest findings from imaging, animal, and genetic work. Any student of the brain and behavior will definitely enjoy this authoritative yet accessible book.--Mark S. George, MD, Distinguished Professor of Psychiatry, Radiology, and Neuroscience, Medical University of South Carolina This superbly edited volume captures the exciting progress in understanding the human amygdala that has occurred over the past decade, with the aid of new developments in brain imaging technology and genomics. The book represents one of the first successful attempts to integrate ideas and findings from basic neuroscience with evidence on social and emotional functioning. It will interest a wide audience of researchers and trainees.--Trevor W. Robbins, PhD, FRS, Professor of Cognitive Neuroscience, University of Cambridge, UKThe field's leading authorities provide state-of-the-art coverage of amygdala function and dysfunction. This well-conceived volume is a tour de force that should be considered essential reading for any neuroscientist interested in behavior and any behavioral scientist interested in brain function. Chapters will be of interest to experts but are also accessible enough for use in advanced seminars and graduate courses.--John T. Cacioppo, PhD, Director, Center for Cognitive and Social Neuroscience, University of Chicago- This book consists of 18 chapters on various aspects of the amygdala written by leading researchers in the field. This volume is a valuable resource for updating one's knowledge regarding the important role the amygdala and its subdivisions play in normal and abnormal emotional functioning....The book provides the reader with a better understanding of the complexity of the structure of the amygdaloid complex and its many cortical and subcortical connections. It provides the reader with an appreciation for the multiple ways that the amygdala, in health and disease, can affect emotional/behavioral functioning....Because the amygdala plays an important role in various aspects of emotional functioning and because there is now a large and growing body of both animal and human research on amygdala-behavior relationships, 'every neuropsychologist should be a student of the amygdala.' The breadth and depth of the research on the amygdala covered in this book by experts in the field makes it the best current reference on the human amygdala and an excellent way to stimulate thinking about the role emotion plays in human behavior including its effects on everyday cognitive functioning. --Archives of Clinical Neuropsychology, 2/5/2009ƒƒ A fascinating read that explores contemporary understanding of the scientific and clinical role of the amygdala in attention, perception, emotion, learning, memory, decision making, motivation, mood, social functioning, fear conditioning, and psychopathology....I highly recommend this book to neuropsychologists; social, clinical, humanistic, and biological psychologists; psychiatrists; and graduate students in these fields. --PsycCRITIQUES, 2/5/2009Table of ContentsI. From Animal Models to Human Amygdala Function 1. Neuroanatomy of the Primate Amygdala, Jennifer Freese and David G. Amaral2. The Human Amygdala: Insights from Other Animals, Joseph E. LeDoux and Daniela Schiller3. Measurement of Fear Inhibition in Rats, Monkeys, and Humans with or without Posttraumatic Stress Disorder, Using the AX+, BX–Paradigm, Karyn M. Myers, Donna J. Toufexis, James T. Winslow, Tanja Jovanovic, Seth D. Norrholm, Erica J. Duncan, and Michael Davis4. Amygdala Function in Positive Reinforcement: Contributions from Studies of Nonhuman Primates, Elisabeth A. Murray, Alicia Izquierdo, and Ludise MalkovaII. Human Amygdala Function 5. A Developmental Perspective on Human Amygdala Function, Nim Tottenham, Todd A. Hare, and B. J. Casey6. Human Fear Conditioning and the Amygdala, Arne Öhman7. Methodological Approaches to Studying the Human Amygdala, Kevin S. LaBar and Lauren H. Warren8. The Human Amygdala and Memory, Stephan Hamann9. The Human Amygdala and the Control of Fear, Elizabeth A. Phelps10. The Role of the Human Amygdala in Perception and Attention, Patrik Vuilleumier11. Individual Differences in Human Amygdala Function, Turhan Canli12. Human Amygdala Responses to Facial Expressions of Emotion, Paul J. Whalen, F. Caroline Davis, Jonathan A. Oler, Hackjin Kim, M. Justin Kim, and Maital Neta13. The Human Amygdala in Social Function, Tony W. Buchanan, Daniel Tranel, and Ralph AdolphsIII. Human Amygdala Dysfunction 14. The Human Amygdala in Anxiety Disorders, Lisa M. Shin, Scott L. Rauch, Roger K. Pitman, and Paul J. Whalen15. The Human Amygdala in Schizophrenia, Daphne J. Holt and Mary L. Phillips 16. The Human Amygdala in Autism, Cynthia Mills Schumann and David G. Amaral17. The Human Amygdala in Normal Aging and Alzheimer’s Disease, Christopher I. Wright18. The Genetic Basis of Human Amygdala Reactivity, Ahmad R. Hariri and Daniel R. Weinberger

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Book SynopsisStraightforward and practical, this is the first book to provide detailed guidance for using neurobiological methods in the study of human social behavior, personality, and affect. Each chapter clearly introduces the method at hand, provides examples of the method's applications, discusses its strengths and limitations, and reviews concrete experimental design considerations. Written by acknowledged experts, chapters cover neuroimaging techniques, genetic measurement, hormonal methods, lesion studies, startle eyeblink responses, facial electromyography, autonomic nervous system responses, and modeling based on neural networks.Trade ReviewThis is the first book to extensively review the ways by which we can measure the brain and the body to understand the person and social behavior. From the blink of an eye to a spontaneous smile, from salivary secretions to sweaty palms, from imaging the genome to measuring connectionist networks, this book captures it all. Methods in Social Neuroscience will be reached for by both teacher and student. It will inform the informed; it will entice novices to experiment with new measures they never imagined. Destined to get dog-eared, this is the kind of book that will wander away from your bookshelf. Buy two copies!--Mahzarin R. Banaji, PhD, Richard Clarke Cabot Professor of Social Ethics, Department of Psychology, Harvard UniversityThis book goes to the heart of social neuroscience by discussing in detail the methodologies needed for the development of this important and exciting field. The coverage is extensive, ranging from brain imaging to the manipulation of neuroendocrine systems. Successful social neuroscience projects require collaboration across many disciplines: perhaps the most important topic covered in this book, rarely addressed elsewhere, is how to achieve this kind of collaboration. An essential reference work for all who are embarking on social neuroscience projects, whatever their level of experience or scientific background.--Chris Frith, FRS, Wellcome Trust Centre for Neuroimaging, University College London, UKThe sparkling new field of social neuroscience needs its procedures articulated. Here they are, in an approachable and clear form. An excellent book.--Michael S. Gazzaniga, PhD, Director, SAGE Center for the Study of Mind, University of California, Santa Barbara- Provides some exciting glimpses into new neuroscience research methodologies....The focus on research methodology has been sorely lacking in neuroscience, and this book should fill a very important need. The breadth of innovative research methodologies presented is impressive....The chapters are well written and appropriate for researchers who are learning new methods....An important and needed contribution to neuroscience research and can be expected to have a very important and positive impact on the field of social and personality neuroscience, in particular, and on the greater field of neuroscience research generally. The editors and authors have provided other neuroscience researchers with new, innovative methods by which to make important new discoveries. This book will be of great interest to undergraduate and graduate students and researchers in the neurosciences. --PsycCRITIQUES, 1/11/2009Table of Contents1. Introduction to Social and Personality Neuroscience Methods, Eddie Harmon-Jones and Jennifer S. Beer2. Collaborations in Social and Personality Neuroscience, Cindy Harmon-Jones, Jennifer S. Beer, and Eddie Harmon-Jones3. Assessment of Salivary Hormones, Oliver C. Schultheiss and Steven J. Stanton4. Neuroendocrine Manipulation of the Sexually Dimorphic Human Social Brain, Jack van Honk5. Facial EMG, Ursula Hess6. The Startle Eyeblink Response, Terry D. Blumenthal and Joseph C. Franklin7. Assessing Autonomic Nervous System Activity, Wendy Berry Mendes8. Patient Methodologies for the Study of Personality and Social Processes, Jennifer S. Beer9. Electroencephalographic Methods in Social and Personality Psychology, Eddie Harmon-Jones and Carly K. Peterson10. Using Event-Related Brain Potentials in Social Psychological Research: A Brief Review and Tutorial, Bruce D. Bartholow and David M. Amodio11. Transcranial Magnetic Stimulation, Dennis J. L. G. Schutter12. Using Connectionist Networks to Understand Neurobiological Processes in Social and Personality Psychology, Stephen J. Read and Brian M. Monroe13. Molecular Biology and Genomic Imaging in Social and Personality Psychology, Turhan Canli14. Functional Magnetic Resonance Imaging in the Affective and Social Neurosciences, Tom Johnstone, M. Justin Kim, and Paul J. Whalen

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Book SynopsisBrain plasticity is the focus of a growing body of research with significant implications for neurorehabilitation. This state-of-the-art volume explores ways in which brain-injured individuals may be helped not only to compensate for their loss of cognitive abilities, but also possibly to restore those abilities. Expert contributors examine the extent to which damaged cortical regions can actually recover and resume previous functions, as well as how intact regions are recruited to take on tasks once mediated by the damaged region. Evidence-based rehabilitation approaches are reviewed for a range of impairments and clinical populations, including both children and adults.Trade ReviewNeuroplasticity and Rehabilitation is unique in integrating the current evidence regarding use-dependent neuroplasticity, cognitive reserve, and neuropsychological interventions. Raskin and her colleagues point out that the same mechanisms underlying experience-based neural plasticity also contribute to recovery of function after brain damage, and demonstrate how this informs rehabilitation research and practice. I can envision this book serving as a standard text for the next generation of researchers and clinicians hoping to address the restoration of cerebral function. It will be of substantial interest to anyone who wants to understand the translation between neuroscience research and clinical practice.--Keith D. Cicerone, PhD, ABPP-CN, Director of Neuropsychology, JFK Johnson Rehabilitation Institute, Edison, New JerseyThis book brings together two intimately related areas of science that rarely overlap. Raskin has assembled an impressive team of experts who combine critical knowledge of brain reorganization and repair with applied rehabilitation science, providing a long-overdue conceptual integration. This thought-provoking book is a 'must read' for students; for scholars, who may have expertise in the basic science but not in clinical application; and for clinicians. The book is truly translational in nature. I highly recommend it for graduate studies in neuroscience, medicine, and the allied disciplines that collectively make up the emerging field of the rehabilitation sciences.--John DeLuca, PhD, ABPP, Professor of Physical Medicine and Rehabilitation, UMDNJ-New Jersey Medical School; Vice President for Research, Kessler Foundation, West Orange, New Jersey This is a comprehensive book incorporating the latest research on neuroplasticity in diverse areas of cognitive function. It serves as an authoritative guide to how clinical practice can effectively incorporate significant new findings about brain plasticity and learning. It will be equally appropriate and useful for graduate students, experienced clinicians, and researchers in the field.--Wayne A. Gordon, PhD, Jack Nash Professor, Department of Rehabilitation Medicine, Mount Sinai School of Medicine, New YorkThe take-home message of Neuroplasticity and Rehabilitation is not only that our brains are more plastic than we ever expected, but also that we are learning how to influence this plasticity through informed treatment to achieve truly meaningful rehabilitation outcomes. From animal studies to sophisticated human trials, the book gathers a wealth of information from eminent experts. This book is absolutely essential reading for basic neuroscientists as well as for rehabilitation professionals at all levels of care. Understanding how and why the study of neuroplasticity can inform treatment choices will allow clinicians to make cutting-edge clinical decisions. These decisions may range from individual treatments, such as choice of physiotherapy intervention following stroke, to the design of holistic rehabilitation programs for survivors of severe acquired brain injury. The future of rehabilitation has now been linked inextricably to the growing field of neuroplasticity.--Jill Winegardner, PhD, lead psychologist, Oliver Zangwill Centre for Neuropsychological Rehabilitation, United Kingdom -Table of Contents1. Introduction: Current Approaches to Rehabilitation, Sarah A. Raskin I. Reorganization in the Central Nervous System 2. Neuronal Organization and Change after Brain Injury, Bryan Kolb, Jan Cioe, and Preston Williams 3. Experience-Dependent Changes in Nonhumans, Theresa A. Jones 4. Motor and Sensory Reorganization in Primates, Randolph J. Nudo and Scott Bury 5. Cognitive Reserve, Yaakov Stern 6. Practice-Related Changes in Brain Activity, Sarah A. Raskin, Ginger N. Mills and Julianne T. GarbarinoII. Interventions for Motor and Cognitive Deficits 7. Activity-Based Interventions for Neurorehabilitation, David M. Morris and C. Scott Bickel 8. Malleability and Plasticity in the Neural Systems for Reading and Dyslexia, Bennett A. Shaywitz and Sally E. Shaywitz 9. Neuroplasticity and Rehabilitation of Attention in Children, Jennifer A. Engle and Kimberly A. Kerns 10. Language Therapy, Susan A. Leon, Lynn M. Maher, and Leslie J. Gonzalez Rothi 11. Plasticity of High-Order Cognition: A Review of Experience-Induced Remediation Studies for Executive Deficits, Redmond G. O’Connell and Ian H. Robertson 12. Neuroplasticity and the Treatment of Executive Deficits: Conceptual Considerations, Rema A. Lillie and Catherine A. Mateer 13. What Rehabilitation Clinicians Can Do to Facilitate Experience- Dependent Learning, McKay M. Sohlberg and Laurie Ehlhardt 14. Pharmacological Therapies, Rehabilitation, and Neuroplasticity, John C. Freeland

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Book SynopsisGood communication, conventional wisdom suggests, is calm, logical, rational. Emotions, we’re told, just get in the way. But what if this is backwards? What if those emotional overtones are the main messages we’re sending to one another, and all that logical language is just window dressing?Over billions of years of evolution, animals have become increasingly sophisticated and increasingly sentient. In the process, they evolved emotions, which helped improve their odds of survival in complex situations. These emotions were, at first, purely internal. But at some point, social animals began expressing their emotions, in increasingly dramatic ways. These emotional expressions could accurately reflect internal emotions (smiling to express happiness)—or they could be quite different (smiling to cover up that you’re actually furious, but can’t tell your boss that). Why did once-stone-faced animals evolve to be so emotionally expressive—to be us? The answer, as evolutionary neurobiologist Mark Changizi and mathematician Tim Barber reveal, is that emotional expressions are our first and most important language—one that allows us, as social animals, to engage in highly sophisticated communications and negotiations. Expressly Human introduces an original theory that explains, from first principles, how the broad range of emotional expressions evolved, and provides a Rosetta Stone for human communication. It will revolutionize the way you see every social interaction, from deciding who gets the last slice of pizza to multimillion-dollar business negotiations, and change your definition of what makes us human.

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Book SynopsisDespite its prevalence, post-traumatic stress, PTSD, is often seen as an unbeatable lifelong mental disorder. Leading trauma doctors and neuroscientists now understand that the result of trauma is not a disorder, but rather a physical injury to the body - invisible but tangible, and most importantly, treatable. Meet Dr. Eugene Lipov. His research and partnerships have led to an amazing discovery that all trauma has at its root a single piece of human hardware: the stellate ganglion. The symptoms of post-traumatic stress are the same for all of us, whether from childhood poverty or abandonment, the ravages of war, or the brutality of sexual assault. Dr. Lipov’s pioneering procedure appears to treat injury to the stellate ganglion, relieving even the worst symptoms of PTSD - irritability, hypervigilance, insomnia, and more - in a 15-minute treatment. Weaving hard science with moving human stories, The Invisible Machine reveals how this treatment was developed. It also tells the incredible story of the unlikely team, including the doctor, an artist, Special Forces leadership, and a sheriff, who are working together to change our understanding of post-traumatic stress and why it matters to society. Written in collaboration with Holly Lorincz and featuring stories of warriors, prisoners, abuse survivors, and the average citizen, The Invisible Machine reveals a stark new understanding of human pain. The implications for a better, pain-free world are astounding - and that world could be nearer than we think.

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Book Synopsis What with consciousness and perception, memory and dementia, altered mental states and Artificial Intelligence, the modern landscape of brain science is an extraordinary place to explore. But how are you expected to navigate the complexities of this mysterious marvel?Navigating the Brain provides the map you need to start exploring seriously big ideas. A wealth of provocative questions prompt ‘short cut’ answers written by an expert author, with each one the setting-off point for instructions to help you plot your path through the maze of the mind. With ‘one-stop’ graphics signposting a memorable idea for each topic, and ‘route map’ glossaries explaining key terms and their connections, Navigating the Brain is your expert guide to understanding the world of wonders cradled within your skull.

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Book SynopsisOffering a summary of the current state of knowledge in autism research, Defining Autism looks at the different genetic, neurological and environmental causes of, and contributory factors to autism. It takes a wide-ranging view of developmental and genetic factors, and considers autism's relationship with other conditions such as epilepsy. Shedding light on the vast number of autism-related syndromes which are all too often denied adequate attention, it shows how, whilst autism refers to a single syndrome, it can be understood as many different conditions, with the common factors being biological, rather than behavioral.Table of Contents1. Kanner's Conundrum & Bernie's Biology. 2. The Brain in Autism. 3. The Genetics of Autism. 4. The Roles Environment Plays in Autism Susceptibility. 5. Regression in Autism. 6. Autism & Epilepsy. 7. The Neurodevelopmental Spectrum - Mental Health for the 21st Century. 8. The Broader Autism Phenotype. 9. Autism, Intellectual Disability & Genius. 10. Defining Autism.

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Book SynopsisPsychologist Nicky Hayes explores the ingenious and sometimes unhelpful ways our minds process the world around us in this comprehensive and accessible guide to the science of thinking.The science of how we think is fundamental to understanding why we are who we are, and why we do what we do. What goes on inside your head when you’re processing information – thinking, storing or accessing a memory, paying attention, processing language, being creative, problem-solving and learning – dictates how we interact with each other, what motivates and discourages us and the decisions we make every day.Including chapters on attribution, the problem with bias, how we form beliefs, ways of remembering, and conscious and unconscious thinking, What Are You Thinking? examines the science behind how we think, revealing the complex and fascinating web of processes that rule the way we view the world.

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Book SynopsisVisual processing acts as a prism, splitting visual information from the retinal image into separately processed features such as color, shape, and orientation. Binding refers to the set of cognitive and neural mechanisms that re-integrate these features to create a holistic representation of the objects in the visual field. The binding problem in vision refers to how this integration is achieved. The binding problem, however, isn’t a singular problem, but a constellation of interrelated problems. The articles in this special issue of Visual Cognition cover three major types of binding, each of which may require a unique solution: The binding of features within objects, the relational binding among objects, and the binding between temporally related events. Within these broad topics, articles consider the role of attention in feature binding, the representation of static and moving multi-feature objects, the binding of objects to scenes, binding processes involved in learning and long-term memory, the development of binding abilities, and binding of information between visual and non-visual memory systems. Rather than disseminate conclusive solutions to these various instantiations of the binding problem, this collection of work describes the current state-of-the science, highlights the interconnections between the binding problems and the approaches taken to solve them, and outlines the critical issues that have yet to be resolved. In this single volume readers will confront work with children, young adults, and patients, and work that uses traditional behavioural measures, eye movement recording, functional imaging, and transcranial magnetic stimulation.Table of ContentsBrockmole, Franconeri, Introduction. Hyun, Woodman, Luck, The Role of Attention in the Binding of Surface Features to Locations. Braet, Humphreys, The Role of Re-entrant Processes in Feature Binding: Evidence from Neuropsychology and TMS on Late Onset Illusory Conjunctions. Fougnie, Marois, Attentive Tracking Disrupts Feature Binding in Visual Working Memory. Oakes, Messenger, Ross-Sheehy, Luck, New Evidence for Rapid Development of Color Location Binding in Infants’ Visual Short-term Memory. Allen, Hitch, Baddeley, Cross-modal Binding and Working Memory. van Rullen, Binding Hardwired vs. On-demand Feature Conjunctions. Hommel, Colzato, When an Object is More Than a Binding of its Features: Evidence for Two Mechanisms of Visual Feature Integration. Alvarez, Thompson, Overwriting and Rebinding: Why Feature-switch Detection Tasks Underestimate the Binding Capacity of Visual Working Memory. Logie, Brockmole, Vandenbroucke, Bound Feature Combinations are Fragile in Visual Short-term Memory But Form the Basis for Long-term Learning. Makovski, Jiang, Feature Binding in Attentive Tracking of Distinct Objects. Mitroff, Arita, Fleck, Staying in Bounds: Contextual Constraints on Object File Coherence. Saiki, Functional Roles of Memory for Feature-location Binding in Event Perception: Investigation with Spatiotemporal Visual Search. Holcombe, The color-motion Binding Asynchrony Results from Overweighting Early Portions of the Color Interval. Ryan, Villate, Building Visual Representations: The Binding of Relative Spatial Relations Across Time. Hollingworth, Two Forms of Scene Memory Guide Visual Search: Memory for General Scene Context and Memory for the Binding of Target Object to Scene Location.

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Book SynopsisBrain injury case management involves the care and support of brain-injured individuals and their families in a range of areas, from personal injury litigation to the planning of treatment and therapy regimes.Good Practice in Brain Injury Case Management provides a guide to effective case management, outlining all the key issues that professionals working with brain-injured people will need to know, from understanding what brain injury actually is and how it feels to experience it to strategies for rehabilitation, assessing risk and implementing support plans. The contributors are drawn from a wide range of disciplines, including social work, neuropsychology, occupational therapy and legal practice, and offer information and advice in clear jargon-free.This is an essential handbook for case managers and all other professionals working with brain injured people.Trade ReviewA practical guide, clearly outlining the role of the case manager and focusing on aspects of good practice in case management. A number of case studies and case histories are used to illustrate and highlight points made. It investigates factors relevant during transitional periods, rehabilitation and community integration and strategies for implementing support plans... an extremely useful text for those who are involved, in brain injury case management. -- British Journal of Occupational TherapyThis book is integral to, and therefore necessary reading for, professionals involved with brain injury in the short, mid and long-term phases of recovery. It is also accessible and informative for those primarily affected by ABI, when reflecting on their individual experience of injury, rehabilitation and case management. I found it to be a very competent publication, which not only provides education and information to various professionals, but also crucially connects with the tens of thousands of people who continue to experience the ramifications of brain injury firsthand. In providing complex information in a clear and readable format and enlightening examples from case studies, it realises its aim well... In conclusion, the ultimate recommendation that I can give is to state that Good Practice in Brain Injury Case Management is regularly used as reference material within the case management services of Rehab UK. -- The Journal of Interprofessional CareOne of the most important and practical volumes on the delivery of brain injury services to appear in the last ten years and it sets a gold standard of best practice. It is essential reading. -- Dr Nicholas Priestley, Consultant Clinical NeuropsychologistWhatever stage your practice is at, you can learn something here to your, and your client's, advantage. -- British Association of Brain Injury Case ManagersThis is an excellent book for present and would be Brain Injury Case Managers. It would also be of benefit for those who provide services for people with other clinical and legal responsibilities for this group of clients. -- Annie Gent, Director of Clinical Programmes, Brain Injury ServicesI congratulate Jackie Parker on assembling such a formidable team of experts in this field [and] I am delighted that this book has found room to include a number of personal testimonies, some of which will bring a tear to the eye, or make you want to laugh out loud, or fix in you a steely determination to do whatever is necessary to improve the quality of the lives of people, and their families, who experience the problems of an acquired brain injury on a day-to-day basis. -- Denzil Lush, Master of the Court of ProtectionThis excellent book... clarifies the role of the brain injury case manager. Each chapter is written by a different author so the reader benefits from the collective experience and knowledge of professionals currently working as or with case managers... However, many of the chapters are relevant for case managers working with clients with complex needs other than brain injury as they address core case management principles.When many of us started out on the unclear path that has lead to current brain injury case management practice in the United Kingdom we would have valued a clear honest book such as this. It is long awaited and needed and will not only assist currently practising case manager but be a practical textbook for new and would be case managers. A highly recommended purchase. -- Claire Booth, Director of Westcountry Case Management LtdTable of ContentsForeword, David J. Price, Consultant Neurosurgeon. Introduction. Jackie Parker, J.S. Parker & Associates. 1. What is Brain Injury Case Management? Jo Clark-Wilson, Head First Assessment & Case Management Services. 2. What is Brain Injury? Key Facts About the Initial Stages of Recovery, Pippa Griffiths, The Bede Centre. 3. `Goodbye to the Old. Hello to the New…' What is it Like to Survive a Brain Injury? Jackie Dean and Jackie Parker. 4. Brain Injury and the Family, Jean Booth, Anglia Case Management. 5. The Role of the Case Manager in Personal Injury Litigation, Neil Whiteley and Jane Wright, Irwin Mitchell Solicitors. 6. The Role of the Case Manager in Risk Assessment, Rita Greaves and Jill Harris, J.S. Parker & Associates. 7. The Role of the Case Manager in Supporting the Brain Injured Person During Transition. Ella Cornforth and Carol Varley, J.S. Parker & Associates. 8. Rehabilitation, Case Management and Community Reintegration, Catherine Johnson, Rehab Without Walls. 9. Recruitment of Brain Injury Support Workers, Lucy Gunn and Ivan Neary, J.S. Parker & Associates. 10. Super Support Worker: The Role of the Support Worker in Community Packages, Rita Greaves, Ivan Neary and Jane Warren, J.S.P. Manchester Ltd. 11. Support Worker Training: An Example Training Package - `Supporting an Individual with an Acquired Brain Injury', Jayne Brake and Lucy Gunn, J.S. Parker & Associates.12. 24-hour Support Packages, Caroline Ferber, Anglia Case Management. 13. Support Plans and Maintenance Manuals, Jayne Brake and Jill Harris, J.S. Parker & Associates. Glossary. Subject Index. Author Index.

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Book SynopsisDeveloped nations are experiencing enormous increases in the number of elderly people in the population. Ageing is a universal complex multifaceted process that profoundly affects mind and brain of all individuals. Important discoveries are being made at different levels of research on cognitive aging: from the molecular/genetic level, to the cell, the network, and the processing of information at the cognitive level. The aim of this special issue is to examine new breakthroughs of the aging mind and brain and how to use this knowledge to promote interdisciplinary research in normal and pathological aging.Table of ContentsS. Ballesteros, L.Goran-Nilsson, P. Lemaire, Ageing, Cognition and Neuroscience: An Introduction. P. Andrés, Equivalent Part Set Cueing Effects in Younger and Older Adults. E.A. Kensinger, C.M. Leclerc, Age-related Changes in the Neural Mechanisms Supporting Emotion Processing and Emotional Memory. W.A. Meijer, R.H.M. de Groot, P.W.M. van Gerven, M.P.J. van Boxtel, J. Jolles, Level of Processing and Reaction Time in Young and Middle-aged Adults and the Effect of Education. A.H. Gutchess, D.C. Park, Effects of Ageing on Associative Memory for Related and Unrelated Pictures. V. Gaillard, A. Destrebecqz, S. Michiels, A. Cleeremans, Effects of Age and Practice in Sequence Learning: A Graded Account of Ageing, Learning, and Control. J. Andoni Duñabeitia, A. Marín, A. Avilés, M. Perea, M. Carreiras, Constituent Priming Effects: Evidence for Preserved Morphological Processing in Healthy Old Readers. A. Pansky, M. Goldsmith, A. Koriat, S. Pearlman-Avnion, Memory Accuracy in Old Age: Cognitive, Metacognitive, and Neurocognitive Determinants. A. McKinlay, J.C. Dalrymple-Alford, R.C. Grace, D. Roger, The Effect of Attentional Set-shifting, Working Memory, and Processing Speed on Pragmatic Language Functioning in Parkinson’s Disease. L. Taconnat, N. Raz, C. Toczé, B. Bouazzaoui, H. Sauzéon, S. Fay, M. Isingrini, Ageing and Organisation Strategies in Free Recall: The Role of Cognitive Flexibility. S. Ballesteros, M. González, J. Mayas, B. García-Rodríguez, J. Manuel Reales, Cross-modal Repetition Priming in Young and Old Adults. E. Nilsson, Å. Wahlin, Diabetes and Elevated Glycosylated Haemoglobin: Episodic Memory and Utilisation of Cognitive Support. B. Olk, A. Kingstone, A New Look at Ageing and Performance in the Antisaccade Task: The Impact of Response Selection. B. García-Rodríguez, H. Ellgring, A. Fusari, A. Frank, The Role of Interference in Identification of Emotional Facial Expressions in Normal Ageing and Dementia. E. Borella, C. Delaloye, T. Lecerf, O. Renaud, A. de Ribaupierre, Do Age Differences Between Young and Older Adults in Inhibitory Tasks Depend on the Degree of Activation of Information?

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Book SynopsisSocial Neuroscience of Psychiatric Disorders is about the role of the Social Brain in neuropsychiatry. The need to belong to social groups and interact with others has driven much of the evolution of the human brain. The relatively young field of social neuroscience has made impressive strides towards clarifying the neural correlates of the Social Brain, but, until recently, has not focused on mental and neurological disorders. Yet, the Social Brain underlies all brain-behaviour disorders, and nearly every neuropsychiatric illness involves social behavioural disturbances. This unique and ground-breaking volume is a major step forward in deciphering the impact of the Social Brain on neuropsychiatric disorders. Investigators evaluate neuropsychiatric disorders in the context of recent advances in social neuroscience to reveal the impact of social brain mechanisms on neuropsychiatric disorders and allow readers to glimpse the exciting potential advances in this field in the years to come. This book was originally published as a special issue of Social Neuroscience.Table of Contents1. Introduction 2. Comparing social attention in autism and amygdala lesions: effects of stimulus and task condition 3. Atypical neural specialization for social percepts in autism spectrum disorder 4. The specific impairment of fearful expression recognition and its atypical development in pervasive developmental disorder 5. Cortical deficits in emotion processing for faces in adults with ADHD: Its relation to social cognition and executive functioning 6. Neural correlates of social approach and withdrawal in patients with major depression 7. Are you really angry? The effect of intensity on facial emotion recognition in frontotemporal dementia 8. Multimodal Perception of Emotion in Psychiatric Disorders 9. Perceiving emotions from bodily expressions and multisensory integration of emotion cues in schizophrenia 10. Social impairment in schizophrenia revealed by Autistic Quotient correlated with gray matter reduction 11. Event-related potential correlates of suspicious thoughts in individuals with schizotypal personality features 12. Theory of mind in schizophrenia: Exploring neural mechanisms of belief attribution 13. Neural Networks Mediating Theory of Mind in Adolescents with Moderate to Severe Traumatic Brain Injury 14. Social and emotional competence in traumatic brain injury 15. Trans-cultural differences of brain activation patterns during Theory of Mind (ToM) task performance in Japanese and Caucasian participants 16. Identification of psychopathic individuals using pattern classification of MRI images 17. A Somatic Marker Perspective of Immoral and Corrupt Behavior 18. Apathy Blunts Amygdala Reactivity to Money

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Book SynopsisWhat if science fiction stopped being fiction? Developments in neuroscience are turning sci-fi scenarios into reality, and causing us to revisit some of the philosophical questions we have been asking ourselves for centuries. Science fiction often takes its inspiration from the latest science . . . and our oldest questions. After all, the two are inextricably linked. At a time when advances in artificial intelligence are genuinely leading us closer to a computer that thinks like a human, we can't help but wonder: What makes a person a person? Countless writers and filmmakers have created futuristic scenarios to explore this issue and others like it. But these scenarios may not be so futuristic after all. In the movie Inception, a group of conspirators implants false memories; in Until the End of the World, a mad scientist is able to read dreams; in 2001: A Space Odyssey, a supercomputer feels and thinks like a person. And in recent years, the achievements described in leading scientific journals have included some that might sound familiar: implanting memories using optogenetics, reading the mind during sleep thanks to advanced decoding algorithms, and creating a computer that uses deep neural networks to surpass the abilities of human thought. In NeuroScience Fiction, neuroscientist and author Rodrigo Quiroga reveals the futuristic present we are living in, showing how the far-out premises of 10 seminal science fiction movies are being made possible by discoveries happening right now, on the cutting edge of neuroscience. He also explores the thorny philosophical problems raised as a result, diving into Minority Report and free will, The Matrix and the illusion of reality, Blade Runner and android emotion, and more. A heady mix of science fiction, neuroscience, and philosophy, NeuroScience Fiction takes us from Vanilla Sky to neural research labs, and from Planet of the Apes to what makes us human. This is a book you'll be thinking about long after the last page—and once you've read it, you'll never watch a sci-fi blockbuster the same way again.Trade Review"If you like science fiction, this book is for you, but if you like science and fiction, then this is certainly your book. Intelligent and well informed." —Antonio Damasio, director of the Brain and Creativity Institute, University of Southern California, and author of Descartes' Error and The Strange Order of Things. "Rodrigo Quian Quiroga has written a thorough, provocative answer to the deep philosophical question of what makes us human. His truly remarkable book blends art, science, and philosophy as seen through the highly original lens of brain research and movies." —Gustavo Deco, ICREA professor, director of the Center for Brain and Cognition, Theoretical and Computational Group, Universitat Pompeu Fabra, Barcelona "Renowned cognitive neuroscientist Rodrigo Quian Quiroga invites us on an exhilarating journey, in which the motley trio of neuroscience, philosophy, and Hollywood together seek after the recipe of the mind. Quian Quiroga, who himself discovered what is sure to be an essential ingredient, the concept cells, shows us how frighteningly close we are getting and how huge the stakes are." —Doris Y. Tsao, neuroscientist and professor of biology at the California Institute of Technology "This book is a fascinating journey across some of the most influential science-fiction movies that deal with the deepest questions in neuroscience and philosophy of mind." —Jose M. Carmena, professor of electrical engineering and neuroscience, University of California, Berkeley "NeuroScience Fiction will be a treat for sci-fi movie fans and anyone who has wondered just how close we are to the horizon technologies—which is often much closer than we realize." —James H. Fallon, professor at the Department of Psychiatry and Human Behavior, University of California, Irvine, and bestselling author of The Psychopath InsideTable of ContentsContents Introduction1 2001: A Space Odyssey: Machine Intelligence2 Blade Runner: Can Androids Feel?3 Planet of the Apes: Animal Consciousness4 The Matrix: The Illusion of Reality5 Until the End of the World: Reading the Mind6 Minority Report: Free Will7 RoboCop: Cyborgs and Identity8 Inception: Dream Construction9 Total Recall: Memory Manipulation and Implantation10 Open Your Eyes (Vanilla Sky): ImmortalityEpilogue: The Dawn of a New PhilosophyNotesAcknowledgmentsAbout the AuthorIndex 

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Book SynopsisThe human brain, wi th its hundred billion or more neurons, is both one of the most complex systems known to man and one of the most important. The last decade has seen an explosion of experimental research on the brain, but little theory of neural networks beyond the study of electrical properties of membranes and small neural circuits. Nonetheless, a number of workers in Japan, the United States and elsewhere have begun to contribute to a theory which provides techniques of mathematical analysis and computer simulation to explore properties of neural systems containing immense numbers of neurons. Recently, it has been gradually recognized that rather independent studies of the dynamics of pattern recognition, pattern format::ion, motor control, self-organization, etc. , in neural systems do in fact make use of common methods. We find that a "competition and cooperation" type of interaction plays a fundamental role in parallel information processing in the brain. The present volume brings together 23 papers presented at a U. S. -Japan Joint Seminar on "Competition and Cooperation in Neural Nets" which was designed to catalyze better integration of theory and experiment in these areas. It was held in Kyoto, Japan, February 15-19, 1982, under the joint sponsorship of the U. S. National Science Foundation and the Japan Society for the Promotion of Science. Participants included brain theorists, neurophysiologists, mathematicians, computer scientists, and physicists. There are seven papers from the U. S.Table of ContentsI. An Opening Perspective.- 1. Competitive and Cooperative Aspects in Dynamics of Neural Excitation and Self-Organization.- II. Reaction-Diffusion Equations.- 2. Sigmoidal Systems and Layer Analysis.- 3. Asymptotic Behavior of Stationary Homogeneous Neuronal Nets.- 4. Aggregation and Segregation Phenomena in Reaction-Diffusion Equations.- III. Single-Neuron and Stochastic Models.- 5. Nerve Pulse Interactions.- 6. Micronetworks in Nerve Cells.- 7. Role and Use of Noise in Biological Systems.- 8. Stochastic, Quantal Membrane Conductances and Neuronal Function.- 9. Diffusion Approximations and Computational Problems for Single Neurons’ Activity.- 10. Periodic Pulse Sequences Generated by an Analog Neuron Model.- 11. On a Mathematical Neuron Model.- IV. Oscillations in Neural Networks.- 12. Control of Distributed Neural Oscillators.- 13. Characteristics of Neural Network with Uniform Structure.- V. Development and Plasticity of the Visual Systems.- 14. Systems Matching and Topographic Maps: The Branch-Arrow Model (BAM).- 15. Differential Localization of Plastic Synapses in the Visual Cortex of the Young Kitten: Evidence for Guided Development of the Visual Cortical Networks.- 16. Self-Organization of Neural Nets with Competitive and Cooperative Interaction.- 17. A Simple Paradigm for the Self-Organized Formation of Structured Feature Maps.- 18. Neocognitron: A Self-Organizing Neural Network Model for a Mechanism of Visual Pattern Recognition.- 19. On the Spontaneous Emergence of Neuronal Schemata.- 20. Associative and Competìve Principles of Learning and Development.- VI. Sensori-Motor Transformations and Learning.- 21. Modelling Neural Mechanisms of Visuomotor Coordination in Frog and Toad.- 22. Two-Dimensional Model of Retinal-Tectal-Pretectal Interactions for the Control of Prey-Predator Recognition and Size Preference in Amphibia.- 23. Tensor Theory of Brain Function:The Cerebellum as a Space-Time Metric.- 24. Mechanisms of Motor Learning.- 25. Dynamic and Plastic Properties of the Brain Stem Neuronal Networks as the Possible Neuronal Basis of Learning and Memory.

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Book SynopsisCT signs of early cerebral infarction are subtle within the first 6 hours after symptom onset, but important to recognize. The CT reading panel of ECASS wants to share its experience by publishing this series of early CT scans from study patients in order to improve early recognition of ischemic infarction by CT and thus to improve patient care, and to provide material for practice. In this book each CT scan can be read with and without neuroradiological description. Follow-up scans of each case confirm early findings.Table of ContentsHow to Use this Book.- Patient Scans: Patients 1–20.- Detectability, Prevalence, and Significance of Early CT Signs of Hemispheric Infarction.- Hypodensity of Brain Parenchyma.- Focal Brain Swelling.- Hyperdense Middle Cerebral Artery Sign (HMCAS).- Pathophysiology of Early Parenchymal Hypodensity and Ischemic Brain Swelling and Consequences for Therapy.- Performing CT in Acute Ischemic Stroke: Practical Considerations.- How to Estimate the Extent of Early Ischemic Brain Damage.- Conclusions.- References.

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Book SynopsisDenken Sie, das Gehirn ist eine perfekte Rechenmaschine, die evolutionäre Krone aller Informationssysteme, die komplexeste Struktur des Universums, präziser und leistungsfähiger als jeder Computer? Vergessen Sie das sofort! Das Gehirn ist ein Haufen voller eitler, fauler und selbstverliebter Zellen, die sich ständig verrechnen und dabei noch permanent von ihren Nachbarn abgelenkt werden.Da hält man es kaum für möglich und doch geschieht das Wunder: Das Gehirn funktioniert! Sehr gut sogar, denn Menschen sind im Gegensatz zu rechnenden Maschinen ausgesprochen kreativ.„Wie das?“, mag man fragen und dieses Buch gibt die Antwort darauf. Fachlich fundiert und locker aufbereitet berichtet der deutsche Science Slam-Meister 2012 Henning Beck über das Zusammenspiel von Nerven- und ihren Helferzellen, erklärt, was ein Geistesblitz überhaupt ist, wie er entsteht und was die Hirnforschung zum Thema Kreativität zu sagen hat.Trade Review “... die zahlreichen Bilder machen das Buch zu einem Erlebnis und gewähren dem Leser Einblick in verschiedenste Methoden der Zellbiologie. Der humoristische Grundton macht die Lektüre zu einer guten Unterhaltung, die zugleich den eigenen Wissenshorizont erweitert. Ein Buch, das man gerne auch zur Entspannung lesen kann, und das einen mehr als einmal zum Schmunzeln bringt ...“ (Kerstin Rauwolf, in: Junge Wissenschaft, Heft 101, 2014, S. 69)Mit amüsantem Plauderton und witzigen Grafiken versteht es der Autor, sein Fach dem Leser nahezubringen. Auch wenn sich Beck für die "manchmal doch recht drastischen Simplifizierungen" entschuldigt, fehlt es seinem Werk nicht an Tiefgang.Spektrum.de, 07.10.2013Table of ContentsDie Einleitung.- Das Gehirn.- Die Zellen.- Der Nervenimpuls.- Der Geistesblitz.- Der Schluss.- Glossar.- Literatur.- Index.

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Book SynopsisEin Buch, das Mut macht: Die neue Psychologie des posttraumatischen Wachstums Schicksalsschläge müssen uns nicht aus der Bahn werfen. Sie können vielmehr neue Stärken und Lebensperspektiven eröffnen und einen Reifungsprozess anstoßen. Dieses hoffnungsvolle Fazit zieht Stephen Joseph, einer der Wegbereiter der Psychotraumatologie, aus seiner jahrzehntelangen Arbeit mit traumatisierten Menschen. Sein Buch schlägt einen weiten Bogen: Es schildert Fallgeschichten, macht psychologische Studien nachvollziehbar, zeigt, welche Spuren erschütternde Erlebnisse im Gehirn hinterlassen, und beleuchtet, wie es Menschen gelingt – und wie man sie therapeutisch dabei unterstützen kann –, gestärkt aus emotionalen Katastrophen hervorzugehen. Tsunamis, Gewaltverbrechen, tragische Verkehrsunfälle – solche Erfahrungen, so heißt es, zeichnen die Betroffenen fürs Leben und bürden ihnen posttraumatische Belastungsstörungen auf. Doch der Psychologe Stephen Joseph kommt nach 20 Jahren Forschung zu einem anderen Schluss: Derartige Traumata können zu „Motoren der inneren Veränderung“ werden. Auf Fallstudien gestützt schildert er den emotionalen Tribut traumatischer Erlebnisse, die zugrunde liegende Biologie, die Erscheinungsformen der Resilienz und die große Bandbreite der verfügbaren Therapien … Dies ist ein weitgefasster und plausibler Blick auf die Psychologie des Überlebens. Nature _____Warum im Leid auch eine Chance liegen kann Was geschieht, wenn wir mit dem Schlimmsten konfrontiert sind? Gemeinhin herrscht die Vorstellung, ein Trauma zeichne uns für das restliche Leben – mit oft verheerenden Folgen für fast alle Aspekte unseres Alltags, von unserem Schlafzyklus über unsere sozialen Beziehungen bis hin zu unserem Lebenswillen. Doch wie der international renommierte Psychologe und Psychotherapeut Stephen Joseph in diesem Buch zeigt, setzen traumatische Erfahrungen oft auch positive Entwicklungen in Gang und liefern Anstöße zu einer Verbesserung des Lebens: Die Betroffenen erleben gefestigte persönliche Beziehungen, lernen das Leben stärker wertzuschätzen und gelangen zu neuer innerer Stärke. Sie machen eine Erfahrung, die die Psychologen als posttraumatisches Wachstum bezeichnen. Josephs breit angelegtes Buch führt die Weisheit antiker Philosophen, die Einsichten von Evolutionsbiologen, den Optimismus der positiven Psychologen und seine eigenen bahnbrechenden Studien zusammen, um Wege aufzuzeigen, wie Menschen angesichts dramatischer Veränderungen und Widrigkeiten neuen Lebenssinn und neue Lebensziele finden können. Durch das Buch ziehen sich bewegende Geschichten von Menschen, die trotz großen Leids und schmerzlicher Verluste nicht aufgaben … Joseph verleiht den Berühmten und den Unbekannten gleichermaßen eine Stimme, wenn er Geschichten vom Überleben und Aufblühen in persönlichen wie globalen Krisen erzählt. Dabei vermittelt das Buch tiefe Kenntnisse über die Dynamik des posttraumatischen Wachstums und verwandter Theorien. Es stellt eine seltene Meisterleistung dar, ein Buch zu schreiben, das sowohl für die allgemeine Leserschaft als auch für Fachleute und Praktiker reizvoll und nützlich ist. Joseph ist es gelungen. John Harvey, Professor emeritus für Psychologie, University of Iowa Trade Reviewn Tribut traumatischer Erlebnisse, die zugrunde liegende Biologie, die Erscheinungsformen der Resilienz und die große Bandbreite der verfügbaren Therapien … Dies ist ein weitgefasster und plausibler Blick auf die Psychologie des Überlebens. Nature Durch das Buch ziehen sich bewegende Geschichten von Menschen, die trotz großen Leids und schmerzlicher Verluste nicht aufgaben … Joseph verleiht den Berühmten und den Unbekannten gleichermaßen eine Stimme, wenn er Geschichten vom Überleben und Aufblühen in persönlichen wie globalen Krisen erzählt. Dabei vermittelt das Buch tiefe Kenntnisse über die Dynamik des posttraumatischen Wachstums und verwandter Theorien. Es stellt eine seltene Meisterleistung dar, ein Buch zu schreiben, das sowohl für die allgemeine Leserschaft als auch für Fachleute und Praktiker reizvoll und nützlich ist. Joseph ist es gelungen. John Harvey, Professor emeritus für Psychologie, University of Iowa Hervorragend geschrieben, gestützt auf Spitzenforschung rückt das Buch eine der nobelsten Eigenschaften der Menschheit ins Licht: die Fähigkeit, im Angesicht nahezu unerträglichen Leidens Sinn zu finden und zu wachsen. Mick Cooper, Professor für psychologische Beratung, University of Strathclyde Bestechend anspruchsvoll, höchst aufschlussreich und unbedingt lesenswert ist [Titel] sowohl Betroffenen, die selbst ein Trauma erfahren haben, als auch Nichtbetroffenen rundum zu empfehlen. Eine neue Sichtweise mit der Kraft zur Verwandlung. Elaine Iljon Foreman, Autorin von Fly Away Fear: Overcoming Your Fear of Flying [Eine] provokante Herausforderung für die herrschende Ansicht zum Umgang mit Belastungen. Kirkus Reviews Was uns nicht umbringt ist eine einfühlsame und unterhaltsame Darstellung der neuen Psychologie der Resilienz. Stephen Joseph verbindet in genialer Weise persönliche Schicksale von Menschen und modernste Psychologie, um zu erklären, warum wir alle über die Fähigkeit verfügen, über Widrigkeiten zu obsiegen. Dieses Buch müssen Sie einfach lesen, wenn Sie sich je gefragt haben, warum die meisten von uns eine Katastrophe so gut wegstecken. Was uns nicht umbringt ist ein unschätzbar wertvoller Leitfaden für jeden, der mit einem Trauma fertig werden muss. Elaine Fox, Autorin von In jedem steckt ein Optimist((weitere Stimmen))“What Doesn’t Kill Us is accessible for all readers, with a slant toward those in the helping and healing professions. It isn’t too thick (in length or subject matter); condenses the latest research into bite size portions; and provides helpful and practical tools for ways to view trauma as a catalyst for growth and positive change, without being preachy, dogmatic or too theoretical. Well worth the time to read, digest, and utilize in one’s daily life.” Gabriel Constans, New York Review of Books “Informative and thoughtful.” Publishers Weekly “Although essential reading for clinicians working with traumatised patients, What Doesn’t Kill Richard Bentall, Professor of Clinical Psychology, University of Liverpool “To say that [What Doesn't Kill Us] is essential reading would be an understatement. It is essential as a survival guide to life” Stephen Regel, Honorary Associate Professor/Co-Director Centre for Trauma, Resilience and Growth School of Sociology and Social Policy University of Nottingham “In an area beset by wishful thinking, Stephen Joseph makes the scientific case for how difficult times can lead to personal growth. What Doesn’t Kill Us is a well-argued and well-evidenced challenge to the idea that trauma is necessarily a curse.” Vaughan Bell, Institute of Psychiatry, King’s College, London “We live in a world in which suffering is endemic. In this book Stephen Joseph sounds a hopeful note. Suffering need not destroy.” Terry Waite CBE“What Doesn’t Kill Us is a book of wisdom—both for those who have undergone great stress as well as for those who love and treat them. It is psychology at its best: honest, hopeful, helpful, and based on sound serious research. Reading it makes me proud to be a psychologist.” Robert J. Wicks, Professor, Loyola University Maryland, and author of Bounce: Living the Resilient Life Table of ContentsVorwort – Nietzsches geflügeltes Wort.- I Und plötzlich ist alles anders.- Die Kehrseite des Traumas.- Der emotionale Tribut des Traumas.- Die Biologie des Traumas.- II Wachsen an Widrigkeiten.- Transformative Bewältigung.- Die Theorie der zerbrochenen Vase.- Wege zu posttraumatischem Wachstum.- III Den Weg zu innerem Wachstum beschreiten.- Die Weichen in Richtung Wachstum stellen.- THRIVE: Sechs Wegweiser zur Förderung von posttraumatischem Wachstum.- Zum Schluss.- Anhang: Wenn Sie professionelle Hilfe suchen.- Anmerkungen.- Index.

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Book SynopsisSchlaganfälle töten jährlich mehr als 275000 Amerikaner und invalidisieren weitere 300 000; sie stellen somit eine der Hauptur­ sachen für Tod und Langzeitinvalidität dar. In den Vereinigten 1 Staaten leben ständig 2 / Millionen Opfer von Schlaganfällen; 2 ein Drittel davon ist jünger als 65 Jahre, und 10% bedürfen der Betreuung in einer Anstalt. Das daraus entstehende Leid läßt sich nicht in Zahlen ausdrücken, wohl aber die jährlichen Ausgaben, die für medizinische Betreuung auf 1,2 Milliarden Dollar und für Verdienstausfälle auf mehr als 3 Milliarden Dollar geschätzt werden. Trotz dieser hohen Ausgaben verfügen viele Ärzte über nur beschränkte Kenntnisse bezüglich des zerebralen Kreislaufs und dessen Erkrankungen. Demzufolge ist die medizinische Betreuung, die vielen ihrer Patienten zuteil wird, nicht optimal. Unser Buch wurde für Kliniker geschrieben, und wir haben den Akzent auf die Diagnose und Therapie häufig vorkommen­ der Probleme gelegt. Zu Beginn wird Grundwissen auf dem Gebiete der Embryologie, Anatomie und Physiologie des Hirn­ kreislaufs vermittelt; später werden alle For:men zerebro-vasku­ lärer Erkrankungen ausführlich besprochen, wobei die Arte­ riosklerose besonders hervorgehoben wird. Obwohl ein Großteil des in der ersten Auflage enthaltenen Materials beibehalten wurde, treten in der vorliegenden zweiten Auflage neue Aspekte hinzu, u. a. ein Kapitel über Hirninfarkte, ein ausführliches Kapitel über die Physiologie des Hirnkreis­ laufs, ein neues Kapitel über angewandte Embryologie sowie ein Kapitel über seltene und ungewöhnliche Formen zerebro-vasku­ lärer Erkrankungen.Table of Contents1. Kapitel Angewandte Embryologie.- Entwicklung der aorto-kranialen Arterien.- Entwicklung der intrakraniellen Arterien.- Persistierende Anastomosen.- Entwicklung der intrakraniellen Venen.- 2. Kapitel Angewandte Anatomie der Hirnarterien.- Aortenbogen.- Grundbauplan zerebraler Arterien.- Karotissystem.- Vertebro-basiläres Arteriensystem.- Kopf- und Halsanastomosen.- 3. Kapitel Angewandte Anatomie des venösen Systems.- Oberflächliche Venen.- Tiefe Venen.- Die Sinus durae matris.- Die Sinus cavernosi.- Die Sinus petrosi.- Venen des Kleinhirns und des Hirnstammes.- Sekundäre venöse Drainage des Gehirns.- 4. Kapitel Anatomie und Physiologie der Rückenmarksgefäße.- A. spinalis anterior.- Angewandte Anatomie der venösen Gefäße.- Physiologie der Blutzirkulation des Rückenmarks.- 5. Kapitel Klinische Physiologie des zerebralen Blutkreislaufs.- Wirkung systemischer Faktoren.- Arterielles System.- Venöses System.- Bestimmung der zerebralen Durchblutung.- 6. Kapitel Anamnese und neurovaskuläre Untersuchung.- Die Anamnese.- Die neurovaskuläre Untersuchung.- 7. Kapitel Ophthalmodynamometrie.- Allgemeine Richtlinien.- Untersuchungstechnik.- Interpretation der Untersuchungsbefunde.- Klinische Anwendung.- Kontraindikationen und Komplikationen.- Wichtige Überlegungen.- 8. Kapitel Karotissinusmassage und Karotisdruckversuch.- Physiologie des Karotissinusreflexes.- Untersuchungstechnik.- Indikationen für die Karotismassage und die Karotiskompression.- Interpretation der Resultate.- Komplikationen.- 9. Kapitel Die Arteriosklerose des Aortenbogens und seiner Äste.- Pathogenese.- Pathologisch-anatomische Befunde.- Pathophysiologie.- Klinische Besonderheiten.- Untersuchung des Patienten.- Laboruntersuchungen.- Therapie.- 10. Kapitel Karotisverschlußsyndrom.- Ätiologie.- Häufigkeit.- Pathogenese.- Pathologisch-anatomische Befunde.- Pathophysiologie.- Klinische Besonderheiten.- Untersuchung des Patienten.- Laborbefunde.- Differentialdiagnose.- Therapie.- 11. Kapitel Vertebro-basiläres Verschlußsyndrom.- Ätiologie und Pathogenese.- Pathophysiologie.- Pathologisch-anatomische Befunde.- Klinische Besonderheiten.- Untersuchung des Patienten.- Laborbefunde.- Differentialdiagnose.- Therapie.- 12. Kapitel „Subclavian-steal“-Syndrom.- Pathologische Anatomie.- Pathophysiologie.- Klinische Besonderheiten.- Untersuchung des Patienten.- Differentialdiagnose.- Laborbefunde.- Verlauf und Prognose.- Therapie.- 13. Kapitel Zerebrale Arteriosklerose.- Pathophysiologie.- Pathologisch-anatomische Befunde.- Klinische Besonderheiten.- Differentialdiagnose.- Laborbefunde.- Therapie.- 14. Kapitel Hirninfarkt.- Ätiologie.- Pathologisch-anatomische Befunde.- Hämorrhagischer Infarkt.- Pathophysiologie.- Klinische Besonderheiten.- Verlauf und Prognose.- Differentialdiagnose.- Laborbefunde.- Therapie.- 15. Kapitel Rezidivierende neurologische Ausfallerscheinungen (Transitorische ischämische Attacken.- Pathogenese.- Differentialdiagnose.- Verlauf und Prognose.- Therapie.- 16. Kapitel Konservative Behandlung der zerebro-vaskulären Insuffizienz und des Infarktes.- Zusätzliche klinische Untersuchungen.- Konservative Therapie.- 17. Kapitel Chirurgische Therapie der aorto-zervikalen Arteriosklerose.- Auswahl der Patienten für einen chirurgischen Eingriff.- Die Abklärung von Patienten im Hinblick auf eine eventuelle chirurgische Rekonstruktion.- Chirurgische Verfahren und Techniken.- Postoperative Überwachung und Behandlung.- Chirurgische Morbidität und Nachkontrolle.- 18. Kapitel Zerebrale Embolien.- Ätiologie.- Pathophysiologie.- Pathologisch-anatomische Befunde.- Klinische Besonderheiten.- Differentialdiagnose.- Laborbefunde.- Prognose und klinischer Verlauf.- Therapie.- 19. Kapitel Hypertensive Gefäßerkrankungen.- Status lacunaris (état lacunaire).- Miliare Aneurysmen.- „Kongenitale“sackförmige Aneurysmen.- Akute hypertensive Enzephalopathie.- 20. Kapitel Zerebro-vaskuläre Manifestationen der Syphilis.- Ätiologie und Pathogenese.- Pathologisch-anatomische Befunde.- Klinische Besonderheiten.- Differentialdiagnose.- Laborbefunde.- Krankheitsverlauf.- Therapie.- 21. Kapitel Erkrankungen der intrakraniellen Venen und venösen Sinus.- Kortikale Thrombophlebitis.- Verschlußkrankheiten der Sinus durales.- Thrombose des Galen-Systems.- Laborbefunde.- Verlauf und Prognose.- Therapie.- 22. Kapitel Gefäßerkrankungen des Rückenmarks.- Verschlußkrankheiten.- Weitere Ursachen eines Rückenmarkinfarktes.- Venöse Erkrankungen.- Arachnoiditis.- Blutungen im Bereich des Rückenmarks.- 23. Kapitel Subdurale und extradurale Hämatome.- Subduralhämatom.- Epidurales Hämatom.- 24. Kapitel Subarachnoidalblutungen.- Ätiologie und Pathogenese.- Klinische Besonderheiten.- Untersuchung des Patienten.- Differentialdiagnose.- Ätiologische Diagnose.- Laborbefunde.- Krankheitsverlauf.- Therapie.- 25. Kapitel Aneurysmen intrakranieller Arterien.- „Kongenitale“(beeren- oder sackförmige) Aneurysmen.- Durch Aneurysmen bedingte Syndrome.- Krankheitsverlauf.- Röntgenbefunde.- Therapie.- Multiple intrakranielle Aneurysmen.- Andere Aneurysmaformen.- 26. Kapitel Gefäßmißbildungen, Fisteln und enzephalofaziale Angiomatose.- Arteriovenöse Mißbildungen.- Karotiko-kavernöse Fisteln.- Enzephalofaziale Angiomatose.- 27. Kapitel Hirnblutungen.- Intrazerebrale Blutung.- Spontane Blutungen in andere Hirngebiete.- Differentialdiagnose.- Krankheitsverlauf.- Laborbefunde.- Therapie.- 28. Kapitel Entzündliche Gefäßerkrankungen.- Takayasu-Krankheit.- Arteriitis cranialis.- Panarteriitis nodosa.- Lupus erythematodes visceralis (disseminatus).- Nicht-infektiöse granulomatöse Angiitis.- 29. Kapitel Seltene und ungewöhnliche Gefäßkrankheiten.- Ehlers-Danlos-Syndrom.- Pseudoxanthoma elasticum.- Thrombangiitis obliterans (zerebrale Form).- Fibromuskuläre Hyperplasie (Mediadysplasie).- „Moyamoya“-Krankheit (spontaner Verschluß des Circulus arteriosus cerebri Willisii).- Hypophysäre Gefäßkrankheiten.- Dissezierende Hämatome der aorto-kranialen Arterien.- Medikamentöse zerebro-vaskuläre Störungen.- 30. Kapitel Allgemeine Richtlinien für Behandlung und Rehabilitation.- Allgemeine therapeutische Richtlinien.- Rehabilitation des Hemiplegikers.- Therapie des Patienten mit Aphasie.

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Book Synopsis1. Themeanrestingmembranepotentialofrattaste cells is - 36 mVunderadap- tation of the tongue to 41.4 mMNaCI and - 50mV under water adaptation. 2. The shapes ofreceptor potentials ofrattastecells inresponsetothe four basic tastestimuli(0.5MNaCI, 0.02 M Q-HCI, 0.01 MHCl, and0.5 M sucrose)are classified into three types, namely (1) a depolarization alone, (2) a depolariza- tion preceded by a transient hyperpolarization, and (3) a hyperpolarization alone. No regenerative spike potentials are evoked in rat taste cells by chemical stimuli. The amplitude of rat taste cell responses increases with increasing concentrationofthe taste stimulus. Mostofthe rat taste cells show a multiple sensitivity in that single cells respond to various combinations of the four basic taste stimuli with depolarizations or hyperpolarizations. 3. The rise and fall times of depolarizing responses to 0.5 M NaCI are much shorter than those of depolarizing responses to the other three stimuli. The fall time of depolarization evoked by 0.01 M HCI is the longest. The rise and fall times of all hyperpolarizing responses are shorter than those of all de- polarizing responses.Table of ContentsReceptor Potential in Rat Taste Cells.- Functional Properties of the Fish Olfactory System.- Homeostasis of Extracellular Fluid in Retinas of Invertebrates and Vertebrates.- Slowly Conducting Afferent Fibers from Deep Tissues: Neurobiological Properties and Central Nervous Actions.

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Table of Contents1. Einleitung.- 2. Theoretischer Ansatz.- 2.1. Begriffsdefinition.- 2.2. Syndromgenese.- 2.3. Auslesekriterien.- 2.4. Fragestellung.- 2.5. Stichprobenziehung.- 2.6. Zusammenfassung.- 3. Beeinflussung des Sexualverhaltens durch biogene Amine beim Tier.- 3.1. Wirkungsmechanismus der untersuchten Substanzen.- 3.1.1. Wirkungsmechanismus von PCPA und PCMA1.- 3.1.2. Wirkungsmechanismus von Methysergid, Mesorgydin und Danitracen.- 3.1.3. Wirkungsmechanismus von L-DOPA und Ro4–4602 plus L-DOPA.- 3.1.4. Wirkungsmechanismus von 5-HTP und Ro4–4602 plus 5-HTP.- 3.1.5. Wirkungsmechanismus von Reserpin und Haloperidol.- 3.2. Literaturübersicht.- 3.2.1. Beeinflussung des Serotonin-Stoffwechseis.- 3.2.2. Beeinflussung des CA-Stoffwechsels.- 3.3. Eigene Befunde.- 3.3.1. Fragestellung.- 3.3.2. Methodik.- 3.3.3. Wirkung von PCPA, Methysergid, Mesorgydin und Danitracen.- 3.3.4. Wirkung von Ro4–4602 plus L-DOPA, Ro44602 plus L-DOPA plus Reserpin und Ro4–4602 plus L-DOPA plus PCPA.- 3.4. Diskussion.- 3.5. Zusammenfassung.- 4. Einfluß biogener Amine auf die Hypothalamus-Hypophysen-Gonaden-Achse.- 4.1. Regulationsmechanismus der Hypothalamus-Hypophysen-Gonaden-Achse.- 4.2. Literaturübersicht.- 4.2.1. LH-, FSH- und PRL-Regulation durch biogene Amine beim Tier.- 4.2.2. LH-, FSH-, PRL- und Testosteron-Regulation durch biogene Amine beim Menschen.- 4.3. Eigene Befunde.- 4.3.1. Fragestellung.- 4.3.2. Methodik.- 4.3.3. Wirkung von L-DOPA auf die LH-Plasma-Konzentration.- 4.3.4. Wirkung von 5-HTP auf die LH-Plasma-Konzentration.- 4.3.5. Wirkung von PCPA auf die LH-, FSH- und Testosteron-Plasma Konzentration.- 4.3.6. Wirkung von Haloperidol auf die LH-, FSH-, PRL- und Testosteron-Plasma-Konzentration.- 4.4. Diskussion.- 4.5. Zusammenfassung.- 5. Hypothalamus-Hypophysen-Gonaden-Achse bei Patienten mit sexueller Impotenz.- 5.1. Literaturübersicht.- 5.1.1. Testosteron-Plasma-Konzentration bei Patienten mit sexueller Impotenz (Literaturbefunde).- 5.1.2. LH-, FSH- und PRL-Plasma-Konzentration bei Patienten mit sexueller Impotenz (Literaturbefunde).- 5.1.3. LHRH-Test bei Patienten mit sexueller Impotenz (Literaturbefunde).- 5.2. Eigene Befunde.- 5.2.1. Fragestellung.- 5.2.2. Methodik.- 5.2.3. Testosteron-Plasma-Konzentration bei Patienten mit sexueller Impotenz.- 5.2.4. LH-, FSH- und PRL-Plasma-Konzentration bei Patienten mit sexueller Impotenz.- 5.2.5. LHRH-Test bei Patienten mit sexueller Impotenz.- 5.3. Diskussion.- 5.4. Zusammenfassung.- 6. Hypothalamus-Hypophysen-Schilddrüsen-Achse bei Patienten mit sexueller Impotenz.- 6.1. Regulationsmechanismus der Hypothalamus-Hypophysen-Schilddrüsen-Achse.- 6.2. Literaturübersich.- 6.3. Eigene Befunde.- 6.3.1. Fragestellung.- 6.3.2. Methodik.- 6.3.3. T3-, T4- und TSH-Plasma-Konzentration bei Patienten mit sexueller Impotenz.- 6.3.4. TRH-Test bei Patienten mit sexueller Impotenz.- 6.4. Diskussion.- 6.5. Zusammenfassung.- 7. Entwicklung von Methoden zur Objektivierung einer therapeutischen Wirkung bei Patienten mit sexueller Impotenz.- 7.1. Psychophysiologische Untersuchungen zur Objektivierung einer therapeutischen Wirkung bei Patienten mit sexueller Impotenz.- 7.2. Entwicklung eines Fragebogens zur Objektivierung einer therapeutischen Wirkung bei Patienten mit sexueller Impotenz.- 7.3. Zusammenfassun.- 8. Beeinflussung des Sexualverhaltens durch biogene Amine beim Menschen.- 8.1. Literaturübersicht.- 8.2. Eigene Befunde.- 8.2.1. Fragestellung.- 8.2.2. Methodik.- 8.2.3. Wirkung von L-DOPA bei Patienten mit sexueller Impotenz (Pilot-Studie).- 8.2.4. Wirkung von PCMA, Methysergid und PCPA bei Patienten mit sexueller Impotenz (Pilot-Studie).- 8.2.5. Wirkung von Danitracen bei Patienten mit sexueller Impotenz (Doppel-blind-Studie).- 8.2.6. Wirkung von PCPA bei Patienten mit sexueller Impotenz (Doppelblind-Studie).- 8.2.7. Wirkung von PCPA plus Testosteron bei Patienten mit sexueller Impotenz (Doppelblind-Studie).- 8.2.8. Wirkung von 5-HTP auf gesteigertes Sexualverhalten und/oder Sexualdeviationen.- 8.3. Diskussion.- 8.4. Zusammenfassung.- 9. Wirkung von Releasing-Hormonen bei Patienten mit sexueller Impotenz.- 9.1. Literaturübersicht.- 9.2. Eigene Befunde.- 9.2.1. Fragestellung.- 9.2.2. Methodik.- 9.2.3. Wirkung von TRH bei Patienten mit sexueller Impotenz.- 9.2.4. Endokrinologische Untersuchungen unter TRH-Medikation.- 9.2.5. Wirkung von LHRH bei Patienten mit sexueller Impotenz.- 9.2.6. Endokrinologische Untersuchungen unter LHRH-Medikation.- 9.3. Diskussion.- 9.4. Zusammenfassung.- 10. Abschließende Zusammenfassung.- 11. Final Summary.- 12. Literaturverzeichnis.- Substanznachweis.- Abkürzungen im Text.- Dankwort.

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Book SynopsisDieser Band befaßt sich mit dem Einfluß von aminergen Neuronensystemen auf die Hypophysenvorderlappen-Hormonsekretion sowie die Wirkung von Psychopharmaka auf die aminergen Neuronensysteme im Zentralnervensystem. Die Frage, welchen Einfluß die verschiedenen Psychopharmaka auf die Hypophysenvorderlappen-Hormonsekretion bei gesunden Probanden sowie bei neurotisch und endogen depressiven Patienten haben, wird anhand umfassender Untersuchungsergebnisse abgehandelt.Table of Contents1 Einleitung.- 1.1 Einleitung und Fragestellung.- 1.2 Wirkung von Psychopharmaka auf die zentralnervöse aminerge Reizübertragung.- 1.3 Einfluß aminerger Neuronensysteme auf die Hypophysenvorderlappen (HVL)-Hormonsekretion.- 1.4 Aminerge Neuronen, HVL-Hormonsekretion und Depressionsforschung.- 2 Einfluß von Psychopharmaka auf die Hypophysenvorderlappen (HVL)-Hormonsekretion bei Probanden.- 2.1 Probanden und Methoden.- 2.2 Einfluß von Psychopharmaka auf die Wachstumshormon (GH)-Sekretion.- 2.2.1 Antidepressiva und GH-Sekretion.- 2.2.1.1 Desipramin (DMI).- 2.2.1.2 Clomipramin (CI).- 2.2.1.3 Nomifensin (NF).- 2.2.1.4 L- und D-Oxaprotilin.- 2.2.1.5 Bupropion.- 2.2.1.6 Indalpin.- 2.2.1.7 Zusammenfassung.- 2.2.2 Neuroleptika und GH-Sekretion.- 2.2.2.1 Haloperidol.- 2.2.2.2 Zusammenfassung.- 2.2.3 Benzodiazepinderivate und GH-Sekretion.- 2.2.3.1 Diazepam und Metaclazepam.- 2.2.3.2 Zusammenfassung.- 2.2.4 Diskussion.- 2.3 Einfluß von Psychopharmaka auf die Prolaktin (PRL)-Sekretion.- 2.3.1 Antidepressiva und PRL-Sekretion.- 2.3.1.1 Desipramin (DMI).- 2.3.1.2 Clomipramin (CI).- 2.3.1.3 Nomifensin (NF).- 2.3.1.4 L- und D-Oxaprotilin.- 2.3.1.5 Bupropion.- 2.3.1.6 Indalpin.- 2.3.1.7 Zusammenfassung.- 2.3.2 Neuroleptika und PRL-Sekretion.- 2.3.2.1 Haloperidol.- 2.3.2.2 Zusammenfassung.- 2.3.3 Benzodiazepinderivate und PRL-Sekretion.- 2.3.3.1 Diazepam.- 2.3.3.2 Zusammenfassung.- 2.3.4 Diskussion.- 2.4 Einfluß von Psychopharmaka auf die Cortisol-ACTH-Sekretion.- 2.4.1 Antidepressiva und Cortisol-ACTH-Sekretion.- 2.4.1.1 Desipramin (DMI).- 2.4.1.2 Clomipramin (CI).- 2.4.1.3 L- und D-Oxaprotilin.- 2.4.1.4 Indalpin.- 2.4.1.5 Zusammenfassung.- 2.4.2 Neuroleptika und Cortisolsekretion.- 2.4.2.1 Sulpirid.- 2.4.2.2 Zusammenfassung.- 2.4.3 Benzodiazepinderivate und Cortisol-ACTH-Sekretion.- 2.4.3.1 Diazepam.- 2.4.3.2 Zusammenfassung.- 2.4.4 Diskussion.- 2.5 Diskussion.- 3 Einfluß von Rezeptorblockern und –agonisten auf die antidepressivabedingte HVL-Hormonsekretion bei Probanden.- 3.1 Probanden und Methoden.- 3.2 Einfluß von Rezeptorblockern und -agonisten auf die DMI-induzierte GH-Stimulation.- 3.2.1 GH, DMI und Methysergid.- 3.2.2 GH, DMI und Phentolamin.- 3.2.3 GH, DMI und Yohimbin.- 3.2.4 GH, DMI und Prazosin.- 3.2.5 GH, DMI und Propranolol.- 3.2.6 GH, DMI und Clenbuterol.- 3.2.7 Zusammenfassung.- 3.3 Einfluß von Rezeptorblockern und -agonisten auf die DMI-induzierte PRL-Stimulation.- 3.3.1 PRL, DMI und Methysergid.- 3.3.2 PRL, DMI und Phentolamin.- 3.3.3 PRL, DMI und Yohimbin.- 3.3.4 PRL, DMI und Prazosin.- 3.3.5 PRL, DMI und Propranolol.- 3.3.6 PRL, DMI und Clenbuterol.- 3.3.7 Zusammenfassung.- 3.4 Einfluß von Rezeptorblockern und -agonisten auf die DMI-induzierte Cortisol-ACTH-Stimulation.- 3.4.1 Cortisol, DMI und Methysergid.- 3.4.2 Cortisol, DMI und Phentolamin.- 3.4.3 Cortisol, DMI und Yohimbin.- 3.4.4 Cortisol, ACTH, DMI und Prazosin.- 3.4.5 Cortisol, DMI und Propranolol.- 3.4.6 Cortisol, DMI und Clenbuterol.- 3.4.7 Zusammenfassung.- 3.5 Diskussion.- 4 Desipramin(DM1)-bedingte GH-Stimulation bei depressiven Patienten und Probanden.- 4.1 Fragestellung zur GH-Sekretion nach Desipramin (DMI) bei depressiven Patienten und Probanden.- 4.2 Probanden, Patienten und Methoden.- 4.2.1 GH-Sekretion nach DMI bei Probanden und Probandinnen verschiedenen Alters.- 4.2.2 Befunddokumentation der Patienten.- 4.2.3 Auswahl der Patienten.- 4.2.4 Auswertung der Analysegruppe.- 4.3 Ergebnisse.- 4.3.1 Probanden und Probandinnen.- 4.3.1.1 GH-Sekretion nach DMI bei Probanden nach Altersdekaden gestaffelt.- 4.3.1.2 GH-Sekretion nach DMI bei Probandinnen nach Altersdekaden gestaffelt.- 4.3.1.3 GH-Sekretion nach DMI bei Probandinnen in Abhängigkeit vom Zyklus.- 4.3.1.4 Zusammenfassung.- 4.3.2 GH-Sekretion nach DMI bei Patienten und Patientinnen.- 4.3.2.1 Schweregrad der depressiven Erkrankung (Hamilton-Depressionsskala, HAMD) und GH-Sekretion.- 4.3.2.2 GH-Sekretion nach DMI bei depressiven Patienten (aufgeteilt nach Diagnosen) im Vergleich zu Probanden.- 4.3.2.2.1 Monopolar endogen depressive Patienten (ICD 296.1).- 4.3.2.2.2 Bipolar endogen depressive Patienten (ICD 296.3).- 4.3.2.2.3 Neurotisch depressive Patienten (ICD 300.4).- 4.3.2.2.4 Monopolar endogen depressive Patientinnen (ICD 296.1).- 4.3.2.2.5 Bipolar endogen depressive Patientinnen (ICD 296.3).- 4.3.2.2.6 Neurotisch depressive Patientinnen (ICD 300.4).- 4.3.2.3 Zusammenfassung.- 4.3.3 Gruppenvergleich der GH-Sekretion nach DMI und der DMI-bedingten GH-Stimulation bei Patienten und Probanden.- 4.3.3.1 GH-Sekretion nach DMI bei Patienten und Probanden anhand der Flächenintegrale.- 4.3.3.2 GH-Sekretion nach DMI bei Patientinnen und Probandinnen anhand der Flächenintegrale.- 4.3.3.3 Vergleich der GH-Stimulation 60 min nach DMI bei Patienten und Probanden.- 4.3.3.4 Vergleich der GH-Stimulation 60 min nach DMI bei Patientinnen und Probandinnen.- 4.4 Zusammenfassung und Diskussion.- 5 Zusammenfassung.- Literatur.

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Book SynopsisOver the past two decades, electrophysiology has undergone unprecedented changes thanks to technical improvements, which simplify measurement and analysis and allow more compact data storage. This book covers in detail the spectrum of electrophysiology applications in patients with disorders of consciousness. Its content spans from clinical aspects of the management of subjects in the intensive care unit, including EEG, evoked potentials and related implications in terms of prognosis and patient management to research applications in subjects with ongoing consciousness impairment. While the first section provides up-to-date information for the interested clinician, the second part highlights the latest developments in this exciting field. The book comprehensively combines clinical and research information related to neurophysiology in disorder-of- consciousness patients, making it an easily accessible reference for neuro-ICU specialists, epileptologists and clinical neurophysiologists as well as researchers utilizing EEG and event-related potentials.Trade Review“This book takes an in-depth look at neurophysiologic modalities that may be used in the assessment of disorders of consciousness. … This book is concise and easily interpretable and will appeal to clinicians that care for patients with disorders of consciousness in the acute and chronic states. … Each chapter is well cited, with appropriate use of older and newer references. … This book should serve for a reference guide for any clinician caring for patients with disorders of consciousness.” (Amy Z. Crepeau, Journal of Clinical Neurophysiology, Vol. 32 (6), December, 2015)“This is a review of electroencephalography and evoked potentials in both critical care and subacute settings. … New providers treating patients with neurological illnesses and senior practitioners who wish to have a concise monograph to review recent developments in clinical neurophysiology will find this book a worthy introduction. … This is an excellent primer for the important horizon of neurological monitoring and prognostication.” (David J. Dries, Doody's Book Reviews, May, 2015)Table of Contents1. The acute clinical setting.- 2. Electroencephalography (EEG) and evoked potentials (EP): technical background.- 3. Which EEG patterns deserve treatment in the ICU?.- 4. EEG in refractory status epilepticus.- 5. Prognostic use of EEG in acute consciousness impairment.- 6. Prognostic use of somatosensory EP in acute consciousness impairment (including drug effects).- 7. Prognostic use of cognitive EP in acute consciousness impairment.- 8. The chronic clinical setting.- 9. Correlations of JHD EEG with consciousness recovery.- 10. Correlations of HD EP with consciousness recovery.- 11. Disorders of consciousness and sleep.- EEG-TMS.- 13. Outlook: imaging correlations.

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Book SynopsisThis volume contains selected contributions from the XIth Meeting of the European Society for Stereotactic and Functional Neurosurgery held in September 1994 in Antalyaffurkey. Most of the papers deal with the many therapeutic and technical advancements made in this field of neurosurgery. The emergence of new stereotactic methodologies such as frameless stereotaxy and other forms of neuronavigation have become an indispensable tool for all types of neurosurgical operations. An increasing number of young neurosurgeons takes an interest in the neurosurgical approaches to the treatment of movement disorders, chronic pain and epilepsy. This is a clear sign ofthe growing awareness of the long neglected fact that these neurosurgical treatments can be offered to large patient populations. Neurotransplantation as a novel treatment of Parkinson's disease has paved the way for the application of this technology for other indications. The pioneering work performed by the late Edward Hitchcock is reviewed here. There is a renewed interest in pallidotomy for dealing with certain forms of Parkinson's disease and certain aspects of this operation are discussed in another paper. Progress in the neurosurgical treatment of pain is dealt with by contributions on refined techniques of percutaneous cordotomy, DREZ operations and critical evaluations of spinal cord stimulation. A novel approach is a report on the experiences of treating cancer pain by intraspinal implantation of chromaffin cells. Several contributions cover the important issues of novel techniques for the study of neural dysfunction, peroperative monitoring with PET, microrecording, magneto-encephalography and other techniques.Table of ContentsHitchcock’s Experimental Series of Foetal Implants for Parkinson’s Disease: Co-Grafting Ventral Mesencephalon and Striatum.- Parkinsonian Rigidity, Dopa-Induced Dyskinesia and Chorea — Dynamic Studies on the Basal Ganglia-Thalamocortical Motor Circuit Using PET Scan and Depth Microrecording.- Anatomic and Physiological Considerations in Pallidotomy for Parkinson’s Disease.- CT Guided Thalamotomy for Movement Disorders in Multiple Sclerosis: Problems and Paradoxes.- Long-Term Clinical, Electrophysiological and Urodynamic Effects of Chronic Intrathecal Baclofen Infusion for Treatment of Spinal Spasticity.- A Neurophysiological Method for the Evaluation of Motor Performance in Spastic Walking Patients.- Microelectrode Monitoring of Cortical and Subcortical Structures During Stereotactic Surgery.- Neurophysiological Monitoring of Cranial Nerves During Posterior Fossa Surgery.- A Frameless Stereotaxic Localisation System Using MRI, CT and DSA.- 3D Laser Scanning for Image Guided Stereotactic Neurosurgery.- Frameless Stereotaxy and Interactive Neurosurgery with the ISG Viewing Wand.- The Impact of Interactive Image Guided Surgery: The Bristol Experience with the ISG/Elekta Viewing Wand.- Stereotactic Endoscopic Interventions in Cystic Brain Lesions.- Neurosurgery for Affective Disorders at Atkinson Morley’s Hospital 1948–1994.- Frontal Cingulotomy Reconsidered from a WGA-HRP and c-Fos Study in Cat.- Localisation of Epileptic Foci with Multichannel Magnetoencephalography, MEG.- Partial Seizures with Onset in Central Area: Use of the Callosal Grid System for Localization.- Pain — Old and New Methods of Study and Treatment.- CT-Guided Pain Procedures for Intractable Pain in Malignancy.- Electrophysiological Monitoring During CT-Guided Percutaneous Cordotomy.- Transplantation of Human Chromaffin Cells for Control of Intractable Cancer Pain.- Severe Peripheral Ischemia After Vasospasm May Be Prevented by Spinal Cord Stimulation. A Preliminary Report of a Study in a Free-Flap Animal Model.- Spinal Cord Stimulation Versus Reoperation for Failed Back Surgery Syndrome: a Prospective, Randomized Study Design.- Spinal Cord Stimulation Versus Spinal Infusion for Low Back and Leg Pain.- Treatment of the Failed Back Surgery Syndrome Due to Lumbo-Sacral Epidural Fibrosis.- Significance of the Spinal Cord Position in Spinal Cord Stimulation.- Anatomical Findings in Microsurgical Vascular Decompression for Trigeminal Neuralgia. Correlations Between Topography of Pain and Site of the Neuro-Vascular Conflict.- The Duke Experience with the Nucleus Caudalis DREZ Operation.- Cortical Stimulation for Central Neuropathic Pain: 3-D Surface MRI for Easy Determination of the Motor Cortex.- A New Approach to the Control of Central Deafferentation Pain — Spinal Intrathecal Baclofen.- Index of Keywords.

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