Titlebook: Neural Mechanisms of Startle Behavior; Robert C. Eaton Book 1984 Springer Science+Business Media New York 1984 Drosophila.Nervous System.b

ALIAS

Escape Behavior of the Locust,ns in a variety of sensory and motor systems have now been identified (Table I), and in some cases the cellular mechanisms for patterning neuronal activity have been determined (O’Shea and Rowell, 1977; Burrows, 1980; Siegler, 1981; Steeves and Pearson, 1982). As yet, however, our knowledge of the n

Glucose

The Production of Crayfish Tailflip Escape Responses, water away from danger. Aspects of the behavioral and neural analysis of this tailflip escape behavior are the subject of this essay. Since a comprehensive and systematic treatment of the same topic has recently been published in ., Vol. 4 (Wine and Krasne, 1982), we here emphasize recent advances

轻而薄

The Role of the Mauthner Cell in Fast-Starts Involving Escape in Teleost Fishes, In the most familiar example, the behavior pattern is readily elicited in fish following a tap on the side of their aquarium. However, data from behavioral studies show that the response is an effective escape movement that enables the animal to avoid sudden attacks by predators. An example of this

牛马之尿

moribund

被告

6Applepolish

PLIC

Book 1984approaches based on a broad back­ ground of animal groups ranging from the earliest nervous systems in cnidarians to the most recently evolved and advanced in mammals. The behaviors themselves are all short latency, fast motor acts, when consid­ ered on the time scale of the organism, and involve av

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