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Animal behavior --- Human behavior --- Behavior --- Hormones --- Behavior, Animal --- Psychophysiology. --- Comportement humain --- Psychoneuroendocrinologie --- Animaux --- Endocrine aspects. --- physiology. --- Moeurs et comportement --- Comportement humain. --- Psycho-neuro-endocrinologie. --- Moeurs et comportement. --- Comportement animal. --- Psychophysiology --- physiology --- Endocrinologie comportementale --- Aspect endocrinien
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Hormones --- Physiology, Comparative --- Psychoneuroendocrinology --- Physiological effect --- 577.175.2/.7 --- 612.43 --- 591.166 --- 591.56 --- -Physiology, Comparative --- #ABIB:aeco --- Comparative physiology --- Medicine, Comparative --- Zoology --- Catecholamines --- Endocrine glands --- Endocrinology --- Secretion --- Neuropsychoendocrinology --- Psychoendocrinology --- Neuroendocrinology --- Neuropsychology --- Animal hormones --- Endocrine physiology. Internal secretions. Ductless glands. Hormones. Endocrinology --- Gonochorism. Differentiation of sexes. Sexual reproduction in general --- Provision for posterity. Care of young. Brood care --- Psychosomatic aspects --- Animal behavior --- Human behavior --- Behavior --- Psychophysiology. --- Zoology and Animal Sciences. Zoology --- Endocrine aspects. --- physiology. --- Animal Physiology and Biochemistry --- Endocrinology. --- 591.56 Provision for posterity. Care of young. Brood care --- 591.166 Gonochorism. Differentiation of sexes. Sexual reproduction in general --- 612.43 Endocrine physiology. Internal secretions. Ductless glands. Hormones. Endocrinology --- 577.175.2/.7 Animal hormones --- Behavioral endocrinology, Human --- Hormone-behavior relationships, Human --- Hormonal aspects of human behavior --- Human behavioral endocrinology --- Human hormone-behavior relationships --- Interactions, Human hormone-behavior --- Relationships, Human hormone-behavior --- Animal behavioral endocrinology --- Animal hormone-behavior relationships --- Behavioral endocrinology, Animal --- Hormonal aspects of animal behavior --- Hormone-behavior relationships, Animal --- Interactions, Animal hormone-behavior --- Relationships, Animal hormone-behavior --- Endocrine aspects --- Hormonal aspects --- Physiology. --- Hormones - Physiological effect
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This book presents evidence that infection is cyclical with the seasons, and that this phenomenon is mirrored in cycles of immune function. The book identifies the mechanisms by which immune systems are bolstered to counteract seasonally-recurrent stressors, such as extreme temperature reductions and food shortages. Stress, infectious diseases, autoimmune diseases, and human cancers are examined, and the role of hormones such as melatonin and glucocorticoids is considered. The book begins with an overview of seasonality, biological rhythms and photoperiodism, and basic immunology, and then discusses seasonal fluctuations in disease prevalence, immune function, and energetics and endocrinology as they relate to immune function. The clinical significance of this issue is also addressed, as such seasonal changes may play an important role in the development and treatment of infections. This first monograph to examine seasonal immune function from an interdisciplinary perspective will serve practitioners as well as advanced undergraduates and graduate students in biology, immunology, human and veterinary medicine, neuroscience, endocrinology, and zoology.
Diseases --- Immunity. --- Immunology --- Seasonal variations (Diseases) --- Seasonal variations of diseases --- Variations, Seasonal, of diseases --- Medical climatology --- Seasonal variations.
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Unchecked aggression and violence take a significant toll on society. Even if we manage to avoid being the direct victim of a violent act, the effects of aggression and violence reach us all: We hear about the mauling of a woman by an aggressive dog, our children are bullied at school, or we deal with impulsive violence while commuting to work or attending a sporting event. Reflecting psychology in general, the dominant roles of learning and environmental influences - both social and nonsocial - have traditionally been prominent in discussions of the etiology of human aggression. Biological factors have not been considered sufficiently important to investigate in the search for ways of dealing with human aggression or violence. With recent advances in pharmacology and genetic manipulation techniques, however, new interest has developed in the biological mechanisms of both non-human and human aggression. Although aggression is certainly a complex social behavior with multiple causes, molecular biological factors should not be overlooked, as they may well lead to interventions that prevent excess aggressive behaviors. The primary goal of this book is to summarize and synthesize recent advances in the biological study of aggression. As most aggressive encounters among human and non-human animals represent a male proclivity, the research in this book describes and discusses studies using the most appropriate murine model: testosterone-dependent offensive inter-male aggression, which is typically measured in resident-intruder or isolation-induced aggression tests. The research also emphasizes various molecules that have been linked to aggression tests. The research also emphasizes various molecules that have been linked to aggression by the latest gene-targeting and pharmacological techniques. Although the evidence continues to point to androgens and serotonin (5-HT) as major hormonal and neurotransmitter factors in aggressive behavior, recent work with GABA, dopa
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Animal behavior --- Human behavior --- Hormones --- Behavior --- Behavior, Animal --- Psychophysiology --- Psychophysiologie --- Psycho-neuro-endocrinologie --- Animaux --- Endocrine aspects. --- physiology --- Effets physiologiques. --- Moeurs et comportement --- Aspect endocrinien. --- Animal biochemistry --- Animal ethology and ecology. Sociobiology --- Psychophysiology. --- physiology.
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The role of parasites and pathogens in the evolution of life history traits is of increasing interest to both ecologists and evolutionary biologists. Immunology, which was once studied almost exclusively by immunologists, has become an important area of proximate investigation to animal physiologists as a means for understanding changes in disease susceptibility and the neural and neuroendocrine mechanisms that mediate these changes. The coalescence of these different perspectives has given rise to the field of ecological immunology, an interdisciplinary research field that examines interaction
Immune system. --- Disease susceptibility. --- Psychoneuroimmunology. --- Psychoneuroimmunoendocrinology --- Psychoimmunology --- Neuroimmunology --- Diathesis --- Disease predisposition --- Disease proneness --- Diseases --- Predisposition to disease --- Proneness to disease --- Susceptibility to disease --- Constitutional diseases --- Immunological system --- Anatomy --- Immunology --- Susceptibility --- Causes and theories of causation
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"A market-leading text, An Introduction to Behavioral Endocrinology, Sixth Edition, provides an updated, integrated presentation of the study of hormone-behavior-brain interactions. Maintaining a comparative approach, the text explores the endocrine mechanisms that have evolved in both human and nonhuman animals to solve common problems in survival and reproduction"--
Animal behavior - Endocrine aspects --- Human behavior - Endocrine aspects --- Animal behavior --- Human behavior --- Comportement animal --- Comportement humain --- Endocrine aspects. --- Aspect endocrinien.
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Life on earth has evolved under a consistent cycle of light and darkness caused by the earth's rotation around its axis. This has led to a 24-hour circadian system in most organisms, ranging all the way from fungi to humans. With the advent of electric light in the 19th century, cycles of light and darkness have drastically changed. Shift workers and others exposed to high levels of light at night are at increased risk of health problems, including metabolic syndrome, depression, sleep disorders, dementia, heart disease, and cancer. This book will describe how the circadian system regulates physiology and behavior and consider the important health repercussions of chronic disruption of the circadian system in our increasingly lit world. The research summarized here will interest students in psychology, biology, neuroscience, immunology, medicine, and ecology.
Circadian rhythms. --- Circadian rhythms --- Health aspects.
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