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Extra resources for Aggression: Biological, Developmental, and Social Perspectives
In press) Lagerspetz, K. M. J. (1969). Aggression and aggressiveness in laboratory mice. In S. Garattini & E. B. ), Aggressive behaviour (pp. 77-85). Amsterdam: Excerpta Medica. Lagerspetz, K. M. J. (1981). Combining aggression studies in infra-humans and man. In P. F. Brain & D. ), Multidisciplinary approaches to aggression research (pp. 389401). Amsterdam: Elsevier/North-Holland, Biomedical Press. Leyhausen, P. (1975). Cat Behavior. The predatory and social behavior of domestic and wild cats.
F -" ~";l o 5 60 120 180 POSTINJECTION TIME (MIN) FIGURE 5. , ). lation of the medial amygdala and lateral hypothalamus resulted in a 30-50% suppression of predatory attack behavior as indicated by an increase in response latencies. Again, as previously shown in Fig. 4, this baseline response was depicted in Fig. 6 as the common "0" point on the y axis. Here, three doses of CP 96,345 were microinfused into the medial hypothalamus and the drug effects upon amygdaloid suppression of attack behavior were determined.
5 Hz, 1 ms per half cycle duration) were generated by 2 Grass 5-88 stimulators connected to the cat in series with constant current isolation units (Grass P5IU6). A Tektronix 5000 series oscilloscope was used to monitor peak-to-peak current. The cannula-electrode was cemented in place with dental acrylic when defensive rage or predatory attack was consistently elicited within 15 sec of stimulation. 1 sec. The time required to elicit a hissing response after the onset of electrical stimulation was defined as the response latency for defensive rage behavior.