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Perseverative cognition is defined as the repetitive or sustained activation of cognitive representations of past stressful events or feared events in the future and even at non-clinical levels it causes a “fight-or-flight” action tendency, followed by a cascade of biological events, starting in the brain and ending as peripheral stress responses. In the past decade, such persistent physiological activation has proven to impact individuals’ health, potentially leading to somatic disease. As such, perseverative cognition has recently been proposed as the missing piece in the relationships between stress, psychopathology, and risk for health. Perseverative cognition is indeed a hallmark of conditions such as anxiety and mood disorders that are at increased -though still unexplained- cardiovascular risk. Although the pivotal role of ruminative and worrisome thoughts in determining the onset and maintenance of psychopathological disorders has been acknowledged for a long time, its effects on the body via reciprocal influences between mental processes and the body's physiology have been neglected. Moreover, perseverative cognition is definitely not restricted to psychopathology, it is extremely common and likely even omnipresent, pervading daily life. The objective of the Research Topic is to provide an interdisciplinary examination of cutting-edge neuroscientific research on brain-body signatures of perseverative cognition in both healthy and psychopathological individuals. Despite the evident role of the brain in repetitive thinking and the assumption that our mind is embodied, bran-body pathways from perseverative cognition to health risk have remained largely unexplored.
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Perseverative cognition is defined as the repetitive or sustained activation of cognitive representations of past stressful events or feared events in the future and even at non-clinical levels it causes a “fight-or-flight” action tendency, followed by a cascade of biological events, starting in the brain and ending as peripheral stress responses. In the past decade, such persistent physiological activation has proven to impact individuals’ health, potentially leading to somatic disease. As such, perseverative cognition has recently been proposed as the missing piece in the relationships between stress, psychopathology, and risk for health. Perseverative cognition is indeed a hallmark of conditions such as anxiety and mood disorders that are at increased -though still unexplained- cardiovascular risk. Although the pivotal role of ruminative and worrisome thoughts in determining the onset and maintenance of psychopathological disorders has been acknowledged for a long time, its effects on the body via reciprocal influences between mental processes and the body's physiology have been neglected. Moreover, perseverative cognition is definitely not restricted to psychopathology, it is extremely common and likely even omnipresent, pervading daily life. The objective of the Research Topic is to provide an interdisciplinary examination of cutting-edge neuroscientific research on brain-body signatures of perseverative cognition in both healthy and psychopathological individuals. Despite the evident role of the brain in repetitive thinking and the assumption that our mind is embodied, bran-body pathways from perseverative cognition to health risk have remained largely unexplored.
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Perseverative cognition is defined as the repetitive or sustained activation of cognitive representations of past stressful events or feared events in the future and even at non-clinical levels it causes a “fight-or-flight” action tendency, followed by a cascade of biological events, starting in the brain and ending as peripheral stress responses. In the past decade, such persistent physiological activation has proven to impact individuals’ health, potentially leading to somatic disease. As such, perseverative cognition has recently been proposed as the missing piece in the relationships between stress, psychopathology, and risk for health. Perseverative cognition is indeed a hallmark of conditions such as anxiety and mood disorders that are at increased -though still unexplained- cardiovascular risk. Although the pivotal role of ruminative and worrisome thoughts in determining the onset and maintenance of psychopathological disorders has been acknowledged for a long time, its effects on the body via reciprocal influences between mental processes and the body's physiology have been neglected. Moreover, perseverative cognition is definitely not restricted to psychopathology, it is extremely common and likely even omnipresent, pervading daily life. The objective of the Research Topic is to provide an interdisciplinary examination of cutting-edge neuroscientific research on brain-body signatures of perseverative cognition in both healthy and psychopathological individuals. Despite the evident role of the brain in repetitive thinking and the assumption that our mind is embodied, bran-body pathways from perseverative cognition to health risk have remained largely unexplored.
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1. 1. The classic animal models for human psychiatric conditions involves rodents As prey species, their normal behaviors of avoidance would be considered pathological in humans and dogs. Hence, such models may not be homologous for similar behaviors found in psychiatric pathology in humans. 2. 2. Dogs exhibit pathological behavioral conditions that may be equivalent to certain human psychiatric conditions. These canine conditions appear spontaneously or endogenously in the absence of genetic or neurochemcial manipulation, and as such, may be homologous to the human condition. 3. 3. If canine conditions approach homology with human conditions they should have excellent face, predictive, and construct validity. 4. 4. The canine conditions of separation anxiety, obsessive-compulsive disorder, cognitive dysfunction, dominance aggression, and panic disorder have good to excellent validity at all explored levels for human generalized anxiety disorder, obsessive-compulsive disorder, Alzheimer's disease, impulse control disorders, and panic disorder. 5. 5. Natural canine models can aid our understanding of human psychiatric conditions.
Absence. --- Aggression. --- Animal model. --- Animal-model. --- Animal-models. --- Animal. --- Anxiety. --- Assessment. --- Avoidance. --- Behavior. --- Canine model. --- Cognition. --- Cognitive disfunction dog model. --- Cognitive dysfunction. --- Control. --- Disease. --- Disorder. --- Dog. --- Dogs. --- Dominance aggression. --- Dominance. --- Generalized anxiety disorder. --- Genetic. --- Human. --- Humans. --- Impulse control disorder. --- Level. --- Model. --- Models. --- Natural. --- Obsessive-compulsive disorder. --- Obsessive-compulsive. --- Panic disorders. --- Panic. --- Post-traumatic stress syndrome. --- Prey. --- Rodent. --- Rodents. --- Schizophrenia. --- Separation anxiety. --- Separation.
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In the computer sciences, virtual reality (VR) is usually described as a set of fancy technologies. However, in medicine and neuroscience, VR is instead defined as an advanced form of human–computer interface that allows the user to interact with and become present in a computer-generated environment. The sense of presence offered by VR makes it a powerful tool for personal change because it offers a world where the individual can stay and live a specific experience. For this reason, the use of VR in mental health shows promise: different types of research support its clinical efficacy for conditions including anxiety disorders, stress-related disorders, obesity and eating disorders, pain management, addiction, and schizophrenia. However, more research is needed to transform VR according to a clinical standard for mental health. This Special Issue aims to present the most recent advances in the mental health applications of VR, as well as their implications for future patient care.
Generalized Anxiety Disorder (GAD) --- virtual reality --- exposure in virtual reality --- cognitive exposure --- standardized scenario --- personalized scenario --- spatial memory --- episodic memory --- enactment --- memory rehabilitation --- embodied cognition --- aging --- body image disturbances --- body anxiety --- fear of gaining weight --- full body illusion --- body representation --- obesity --- health --- navigation --- neurorehabilitation --- systematic review --- virtual environment --- cognitive and physical rehabilitation --- oldest old person --- Obsessive–compulsive disorders --- multiple errands test --- cognitive assessment --- executive functions --- computational models --- decision tree --- cross-validation --- real phobic images --- anxiety disorders --- specific phobia --- fMRI --- neuroimaging --- anorexia nervosa --- body image distortion --- body dissatisfaction --- embodiment --- interpersonal multisensory stimulation --- pain perception --- telescoped effect --- amputee patients --- emotion regulation --- treatment --- wellbeing intervention --- adults --- distraction systems --- dental anxiety --- pain --- autism spectrum disorder --- body movements --- repetitive behaviors --- machine learning --- dementia --- mild cognitive impairment --- electroencephalogram --- serious game --- Alzheimer disease --- digital biomarker --- hippocampus --- MRI --- cognitive rehabilitation --- computerized assessment --- sense of reality --- hallucinations --- psychosis --- derealization --- n/a --- sense of agency --- metacognition --- stress --- bodily-self --- mental health --- presence --- Obsessive-compulsive disorders
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In the computer sciences, virtual reality (VR) is usually described as a set of fancy technologies. However, in medicine and neuroscience, VR is instead defined as an advanced form of human–computer interface that allows the user to interact with and become present in a computer-generated environment. The sense of presence offered by VR makes it a powerful tool for personal change because it offers a world where the individual can stay and live a specific experience. For this reason, the use of VR in mental health shows promise: different types of research support its clinical efficacy for conditions including anxiety disorders, stress-related disorders, obesity and eating disorders, pain management, addiction, and schizophrenia. However, more research is needed to transform VR according to a clinical standard for mental health. This Special Issue aims to present the most recent advances in the mental health applications of VR, as well as their implications for future patient care.
Information technology industries --- Generalized Anxiety Disorder (GAD) --- virtual reality --- exposure in virtual reality --- cognitive exposure --- standardized scenario --- personalized scenario --- spatial memory --- episodic memory --- enactment --- memory rehabilitation --- embodied cognition --- aging --- body image disturbances --- body anxiety --- fear of gaining weight --- full body illusion --- body representation --- obesity --- health --- navigation --- neurorehabilitation --- systematic review --- virtual environment --- cognitive and physical rehabilitation --- oldest old person --- Obsessive-compulsive disorders --- multiple errands test --- cognitive assessment --- executive functions --- computational models --- decision tree --- cross-validation --- real phobic images --- anxiety disorders --- specific phobia --- fMRI --- neuroimaging --- anorexia nervosa --- body image distortion --- body dissatisfaction --- embodiment --- interpersonal multisensory stimulation --- pain perception --- telescoped effect --- amputee patients --- emotion regulation --- treatment --- wellbeing intervention --- adults --- distraction systems --- dental anxiety --- pain --- autism spectrum disorder --- body movements --- repetitive behaviors --- machine learning --- dementia --- mild cognitive impairment --- electroencephalogram --- serious game --- Alzheimer disease --- digital biomarker --- hippocampus --- MRI --- cognitive rehabilitation --- computerized assessment --- sense of reality --- hallucinations --- psychosis --- derealization --- sense of agency --- metacognition --- stress --- bodily-self --- mental health --- presence
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la psychologie neurologique --- la psychologie énergétique --- energy psychology --- scan du cerveau --- trouble d'anxiété généralisé --- GAD - Generalized Anxiety Disorder --- fondements neurologiques de l'EP --- la recherche médicale épigénétique --- la médecine épigénétique --- le TM - test musculaire --- la DN - désorganisation neurologique --- test de polarité --- l'inversion psychologique --- inversion psychologique massive --- IPM --- inversion psychologique spécifique --- IPm - inversion psychologique mini --- inversion psychologique récurrente --- les techniques de psychologie énergétique --- Thought Field Therapy - TFT --- Roger Callaghan --- EFT --- Emotional Freedom Techniques --- Gary Craig --- thérapie de l'énergie --- l'école humaniste --- points d'acupuncture --- le SUD - échelle d'évaluation --- la recherche des cibles --- l'Emprunt des Bénéfices --- la méthode du choix --- Patricia Carrington --- EFT et procrastination --- Gloria Arenson --- TAT - Tapas Acupressure Technique --- Tapas Fleming --- REMAP --- Quick REMAP --- Steve Reed --- Zensight --- Carol Ann Rowland --- BSFF - Be Set Free Fast --- Larry Nims --- WHEE - Wholistic Hybrid dérivé de l'EMDR et de l'EFT --- Daniel J. Benor --- PET --- David Lake --- Steve Wells --- Z-Point-Process - ZPP --- Grant Connolly --- EF & H - Emotional Freedom & Healing --- Richard Ross --- the Eight Step Process --- ESP --- la Méthode des Huit Poses --- Fred Gallo --- thérapies énergétiques --- nouvelles thérapies énergétiques
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