Defence from Invertebrates to Mammals: Focus on Tonic Immobility

Defence from Invertebrates to Mammals: Focus on Tonic Immobility, Volume 273 in the Progress in Brain Research series, highlights new advances in the field, including defensive responses in invertebrates, neural circuits of fear and defensive behavior, fear-associated factors modulating TI, environmental, ecological, and methodological factors of TI modulation, the neuroethological approach to defense in rabbits, neurophysiological mechanisms of TI, neuromediators, brain areas and circuits involved in defense responses, autonomic correlates of defense responses, neuroendocrine correlates of stress and TI, pain control during TI, and other immobility models.

Format: Hardback
Length: 358 pages
Publication date: 01 April 2022
Publisher: Elsevier - Health Sciences Division

The Progress in Brain Research series, Volume 273, Defence from Invertebrates to Mammals: Focus on Tonic Immobility, showcases groundbreaking advancements in the field. This latest release features a collection of chapters that delve into diverse aspects of defensive behavior in vertebrates. These chapters encompass defensive responses in invertebrates, an introduction to defensive behavior in vertebrates, neural circuits of fear and defensive behavior, fear-associated factors modulating tonic immobility (TI), environmental, ecological, and methodological factors of TI modulation, the neuroethological approach to defense in rabbits, neurophysiological mechanisms of TI, neuromediators, brain areas and circuits involved in defense responses, autonomic correlates of defense responses, neuroendocrine correlates of stress and TI, pain control during TI and other immobility models, and much more.

Delving into the realm of vertebrate defense, the book explores the diverse defensive responses observed in invertebrates. It provides an insightful introduction to defensive behavior in vertebrates, shedding light on the underlying mechanisms and adaptations that enable these organisms to protect themselves from threats. The neural circuits of fear and defensive behavior are meticulously examined, unraveling the intricate networks of neurons and neurotransmitters that govern these defensive responses. Fear-associated factors play a crucial role in modulating TI, and the book delves into the mechanisms by which these factors influence the immobilization behavior exhibited by invertebrates.

Environmental, ecological, and methodological factors also play a significant role in TI modulation. The book discusses the influence of these factors on the development, expression, and maintenance of defensive behavior in vertebrates. It explores the role of habitat, predator-prey interactions, social behavior, and evolutionary pressures in shaping defensive strategies. The neuroethological approach to defense in rabbits provides a valuable insight into the cognitive and behavioral aspects of defensive behavior. It explores the neural mechanisms underlying the perception of threats, the decision-making processes involved in responding to threats, and the emotional and physiological responses associated with defensive behavior.

Neurophysiological mechanisms of TI are another key focus of the book. It examines the physiological processes that underpin the immobilization behavior observed in invertebrates. The role of neurotransmitters, hormones, and neural circuits in generating and maintaining TI is explored in detail. Neuromediators, brain areas, and circuits involved in defense responses are also discussed, providing a comprehensive understanding of the neural networks that underpin defensive behavior.

Autonomic correlates of defense responses are explored, shedding light on the interplay between the autonomic nervous system and defensive behavior. The book discusses the physiological mechanisms that underlie the activation of autonomic responses, such as heart rate, blood pressure, and sweating, during defensive encounters. It also examines the role of autonomic correlates in modulating the intensity and duration of defensive behavior.

Neuroendocrine correlates of stress and TI are also examined, highlighting the role of hormones and neurotransmitters in regulating defensive behavior. The book discusses the mechanisms by which stress and TI interact, and the ways in which these interactions influence the physiological and behavioral responses of vertebrates. Pain control during TI and other immobility models is another important topic covered in the book. It explores the mechanisms by which invertebrates manage pain and discomfort during prolonged immobility, and the strategies they employ to cope with this challenging condition.

In conclusion, Defence from Invertebrates to Mammals: Focus on Tonic Immobility, Volume 273 in the Progress in Brain Research series, offers a comprehensive and up-to-date exploration of the field of vertebrate defense. The book provides a deep understanding of defensive responses in invertebrates, the neural circuits of fear and defensive behavior, environmental, ecological, and methodological factors of TI modulation, the neuroethological approach to defense in rabbits, neurophysiological mechanisms of TI, neuromediators, brain areas and circuits involved in defense responses, autonomic correlates of defense responses, neuroendocrine correlates of stress and TI, pain control during TI and other immobility models, and much more. This valuable resource will be of great interest to researchers, students, and professionals in the fields of neuroscience, biology, and animal behavior.

Dimension: 229 x 152 (mm)
ISBN-13: 9780323999731