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While the first edition of the critically acclaimed and highly popular Circadian Physiologyoffered a concise but rigorous review of basic and applied research on circadian rhythms, this newest edition provides educators with the primary textbook they need to support a course on this cutting-edge topic. Maintaining the same accessible multidisciplinary approach of the original, this volume provides a thorough grounding in a broad range of topics, while offering instructors many unique advantages. This impressive handbook provides the foundation, along with the supplementary material, and all the implementation details necessary to run a cutting-edge class on an exceptionally timely and intriguing topic. This edition of Circadian Physiologynot only updates the material covered in the original, but it also expands its length and scope, presenting many new findings, such as the discovery of new retinal photoreceptors, the identification of several non-hypothalamic circadian pacemakers, and the elucidation of genomic and proteomic mechanisms of biological timing. Three times the length of the original, this volume includes approximately 730 figures and 5,000 bibliographic references, making it a true handbook of circadian physiology.
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Chronobiological mechanisms regulating time-of-day mediated behaviors, such as sleep and circadian rhythms, are thought to interact with and/or share cellular and molecular signaling cascades that shape synaptic plasticity and neural excitability. These same factors are also known to underlie events that govern higher-order cognitive processing, including learning and memory formation, and often through phylogenetically conserved pathways. This suggests that factors which contribute to adaptive responses to changing environmental stimuli are likely derived from basic evolutionarily ancient processes, and underscores the importance of using both invertebrate and vertebrate models to study the interaction of chronobiology and cognitive processing. This issue highlights current views along with original research on sleep and circadian features of plasticity and memory in multiple species, models, and systems.
Learning --- Sleep --- Memory --- plasticity --- synapse --- circadian rhythms
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Chronobiological mechanisms regulating time-of-day mediated behaviors, such as sleep and circadian rhythms, are thought to interact with and/or share cellular and molecular signaling cascades that shape synaptic plasticity and neural excitability. These same factors are also known to underlie events that govern higher-order cognitive processing, including learning and memory formation, and often through phylogenetically conserved pathways. This suggests that factors which contribute to adaptive responses to changing environmental stimuli are likely derived from basic evolutionarily ancient processes, and underscores the importance of using both invertebrate and vertebrate models to study the interaction of chronobiology and cognitive processing. This issue highlights current views along with original research on sleep and circadian features of plasticity and memory in multiple species, models, and systems.
Learning --- Sleep --- Memory --- plasticity --- synapse --- circadian rhythms
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Chronobiological mechanisms regulating time-of-day mediated behaviors, such as sleep and circadian rhythms, are thought to interact with and/or share cellular and molecular signaling cascades that shape synaptic plasticity and neural excitability. These same factors are also known to underlie events that govern higher-order cognitive processing, including learning and memory formation, and often through phylogenetically conserved pathways. This suggests that factors which contribute to adaptive responses to changing environmental stimuli are likely derived from basic evolutionarily ancient processes, and underscores the importance of using both invertebrate and vertebrate models to study the interaction of chronobiology and cognitive processing. This issue highlights current views along with original research on sleep and circadian features of plasticity and memory in multiple species, models, and systems.
Learning --- Sleep --- Memory --- plasticity --- synapse --- circadian rhythms
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Neuroendocrinology is the discipline that investigates the interplay between the nervous and endocrine systems i.e. the control of endocrine glands by the central and peripheral nervous systems, the action of hormones on nerve cells and the production of hormones by the nervous system. The present Research Topic is a compilation of contributions stemming from the 8th International Congress of Neuroendocrinology (ICN2014) held in Sydney, Australia, that illustrates various facets of current neuroendocrine research.
stress --- Reproduction --- Anorexia Nervosa --- Neuroendocrinology --- Social Behavior --- Oxytocin / vasopressin --- Neuroactive steroids --- circadian rhythms --- energy homeostasis --- Insulin
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Neuroendocrinology is the discipline that investigates the interplay between the nervous and endocrine systems i.e. the control of endocrine glands by the central and peripheral nervous systems, the action of hormones on nerve cells and the production of hormones by the nervous system. The present Research Topic is a compilation of contributions stemming from the 8th International Congress of Neuroendocrinology (ICN2014) held in Sydney, Australia, that illustrates various facets of current neuroendocrine research.
stress --- Reproduction --- Anorexia Nervosa --- Neuroendocrinology --- Social Behavior --- Oxytocin / vasopressin --- Neuroactive steroids --- circadian rhythms --- energy homeostasis --- Insulin
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Neuroendocrinology is the discipline that investigates the interplay between the nervous and endocrine systems i.e. the control of endocrine glands by the central and peripheral nervous systems, the action of hormones on nerve cells and the production of hormones by the nervous system. The present Research Topic is a compilation of contributions stemming from the 8th International Congress of Neuroendocrinology (ICN2014) held in Sydney, Australia, that illustrates various facets of current neuroendocrine research.
stress --- Reproduction --- Anorexia Nervosa --- Neuroendocrinology --- Social Behavior --- Oxytocin / vasopressin --- Neuroactive steroids --- circadian rhythms --- energy homeostasis --- Insulin
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This book sheds new light on the molecular mechanisms that generate circadian rhythms. It examines how biological rhythms influence physiological processes such as sleep, hormone synthesis and secretion, immunity, kidney function, the cardiovascular system, blood pressure, and the digestive system. Clinical implications are considered while exploring the impact of rhythms on neuropsychiatric disorders and chronotherapy’s potential for reducing cardiovascular risk. Offering a cross-section of expertise in both basic and translational (bench-to-bedside) research, this book serves as a guide for physicians and scientists who wish to learn more about the impact of circadian rhythms on physiological processes in health and disease. .
Psychiatry. --- Physiology --- Human Anatomy & Physiology --- Health & Biological Sciences --- Circadian rhythms. --- Behavior, Circadian --- Biological clocks, Daily --- Circadian behavior --- Circadian clocks --- Circadian cycles --- Clocks, Circadian --- Cycles, Circadian --- Daily activity cycles --- Daily biological clocks --- Diel cycles --- Diurnal rhythms --- Rhythms, Circadian --- Biological rhythms --- Human physiology. --- Biochemistry. --- Nephrology. --- Cardiology. --- Human Physiology. --- Medical Biochemistry. --- Medicine and psychology --- Mental health --- Psychology, Pathological --- Heart --- Internal medicine --- Kidneys --- Biological chemistry --- Chemical composition of organisms --- Organisms --- Physiological chemistry --- Biology --- Chemistry --- Medical sciences --- Human biology --- Human body --- Diseases --- Composition --- Medical biochemistry. --- Medical biochemistry --- Pathobiochemistry --- Pathological biochemistry --- Biochemistry --- Pathology --- Clinical biochemistry.
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sleep --- circadian rhythms --- neurobiology --- neurodegeneration --- memory --- learning --- Sleep --- Sleep Disorders, Circadian Rhythm --- Sleep Wake Disorders --- physiology --- Sleep disorders --- Sleep Disorders, Circadian Rhythm. --- Sleep Wake Disorders. --- Sleep disorders. --- physiology. --- Disorders of sleep --- Nervous system --- Psychology, Pathological --- Long Sleeper Syndrome --- Short Sleep Phenotype --- Short Sleeper Syndrome --- Sleep-Related Neurogenic Tachypnea --- Subwakefullness Syndrome --- Sleep Disorders --- Disorder, Sleep --- Disorder, Sleep Wake --- Disorders, Sleep --- Disorders, Sleep Wake --- Long Sleeper Syndromes --- Neurogenic Tachypnea, Sleep-Related --- Neurogenic Tachypneas, Sleep-Related --- Phenotype, Short Sleep --- Phenotypes, Short Sleep --- Short Sleep Phenotypes --- Short Sleeper Syndromes --- Sleep Disorder --- Sleep Phenotypes, Short --- Sleep Related Neurogenic Tachypnea --- Sleep Wake Disorder --- Sleep-Related Neurogenic Tachypneas --- Sleeper Syndrome, Long --- Sleeper Syndrome, Short --- Sleeper Syndromes, Long --- Sleeper Syndromes, Short --- Subwakefullness Syndromes --- Syndrome, Long Sleeper --- Syndrome, Short Sleeper --- Syndrome, Subwakefullness --- Syndromes, Long Sleeper --- Syndromes, Short Sleeper --- Syndromes, Subwakefullness --- Tachypnea, Sleep-Related Neurogenic --- Tachypneas, Sleep-Related Neurogenic --- Wake Disorder, Sleep --- Wake Disorders, Sleep --- Sleep Hygiene --- Advanced Sleep Phase Syndrome --- Delayed Sleep Phase Syndrome --- Delayed Sleep-Phase Syndrome --- Disturbed Nyctohemeral Rhythm --- Non-24 Hour Sleep-Wake Disorder --- Nonorganic Sleep Wake Cycle Disorders --- Sleep Disorder, Shift-Work --- Sleep-Wake Disorder, Non-24 Hour --- Sleep-Wake Schedule Disorders --- Circadian Rhythm Sleep Disorders --- Shift-Work Sleep Disorder --- Sleep-Wake Cycle Disorders --- Delayed Sleep-Phase Syndromes --- Disturbed Nyctohemeral Rhythms --- Non 24 Hour Sleep Wake Disorder --- Nyctohemeral Rhythm, Disturbed --- Nyctohemeral Rhythms, Disturbed --- Shift Work Sleep Disorder --- Shift-Work Sleep Disorders --- Sleep Disorder, Shift Work --- Sleep Disorders, Shift-Work --- Sleep Wake Cycle Disorders --- Sleep Wake Disorder, Non 24 Hour --- Sleep Wake Schedule Disorders --- Sleep-Wake Cycle Disorder --- Sleep-Wake Schedule Disorder --- Shift Work Schedule --- Biological Clocks --- Work Schedule Tolerance --- Diseases --- Circadian Rhythm Sleep Disorder --- Nonorganic Sleep Wake Cycle Disorder --- Sleep Wake Cycle Disorder --- Sleep Wake Schedule Disorder
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