Use of abnormal and health psychology as topics in a classroom format to reduce alcohol and other drug abuse among college students at risk.

This study was done to assess whether classes containing topics derived from two college courses, Abnormal Psychology and Health Psychology, could be used in a class room format to reduce alcohol and other drug abuse among at-risk college students. Topics covered included stress and stress management, alcohol and other drug use and abuse, chronic illnesses and psychological disorders that develop from an unhealthy lifestyle, and factors that play a role in good health and well-being. Students were enrolled in a semester-long course for college credit as an alternative to punitive sanctions for on-campus alcohol violations and other drug violations. The Midwest Institute on Drug Use Survey and the CORE Alcohol and Drug Survey were administered on the first and last days of class. Analysis indicated a significant self-reported reduction in drug use and associated negative symptoms and behavioral effects. Women were more likely to report reductions in drug use than men.

Prenatal stimulation and postnatal testosterone affects infanticide in female rats.

Prenatal handling, prenatal stress, and early postnatal exogeneous testosterone were examined in female rats for their effects on rat pup-killing and pup retrieval. During each of the last 5 days of pregnancy. Long-Evans rats received either 3 minutes of handling, 45 minutes of restraint and intense illumination or remained untouched. Half of the offspring of each group received testosterone from Day 1 after birth to Day 30. In adulthood, animals that received handling prenatally and testosterone postnatally killed pups more rapidly than any other group and a larger proportion did so than in the control groups. Animals not manipulated at any time retrieved pups more rapidly and a larger proportion did so than the combined other groups. The study suggests that prenatal handling interacts with testosterone presented immediately postnatally to increase infanticide in female rats. A variety of perinatal manipulations seem to suppress pup retrieval.

Effects of combining pilocarpine, d-amphetamine, and either a free feeding schedule or cyclic food deprivation on mouse killing by rats.

The combination of a drug which suppresses mouse killing by rats (d-amphetamine) , a drug which activates mouse killing (pilocarpine), and either ad-lib food or a 24-hour cyclic food deprivation schedule were examined for their effects on the mouse-killing response by rats (N = 53). Results showed that the presence of d-amphetamine prevented the activating effects of pilocarpine in rats with a fairly high killing propensity regardless of whether they were on the ad-lib food or the deprivation schedule. The study suggests that a drug which affects both eating behavior and mouse killing is more effective in determining behavioral outcomes than a drug which affects only mouse killing.