T. M. Kerr

This study exposes Maine lobsters to THC vapor and finds reduced locomotion but minimal effect on nociception.

This study investigates how CB1 receptor activation contributes to THC-induced hypothermia via inhalation or injection in rats, finding that CB1 antagonists only partially block or alter the hypothermic response.

This study examines the lasting effects of repeated THC vapor inhalation during adolescence in rats, finding sex-specific changes in thermoregulation, food intake, and drug self-administration.

This study evaluates the effects of CBD vapor inhalation in rats, finding concentration-related plasma levels and dose-related hypothermia, with no effect on nociception.

This study compares hypothermic and anti-nociceptive effects of inhaled THC between Sprague-Dawley and Wistar rats, finding strain differences in hypothermia despite similar plasma THC levels.

This study examines the effects of nicotine and THC vapor from ENDS on male rats, showing nicotine-induced locomotion and hypothermia, with additive and opposing effects when combined with THC.

This study compares thermoregulatory and locomotor responses to THC, CBD, and their combination inhaled via vapor in male and female rats, finding equivalent effects with subtle sex differences.