三氯甲烷对小鼠行为致畸的评价。

Neurobehavioral toxicology Pub Date : 1979-01-01
J E Burkhalter, R L Balster
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引用次数: 0

摘要

三氯甲烷(TCM)已被确定为饮用水的重要污染物。评估了中药在整个生殖期对小鼠后代可能产生的行为影响。雄性和雌性白化小鼠在交配前21天,在整个交配过程中(21天或直到发现阴道堵塞),每天灌胃31.1 mg/kg/天(乳剂:生理盐水),并在整个妊娠和哺乳期继续每天灌胃。从第7天开始,每天以相同剂量灌胃幼犬。本研究采用5株中成药和5株对照。出生当天,每窝减少到8只。在接下来的15天里,每天从每窝中随机选择3只幼崽,进行一系列神经行为发育测试。该测试电池的评分系统是为本研究开发的。在第17天,所有幼犬的运动表现都是通过在倒立的屏幕上站立的潜伏期来评估的。在第22天和第23天,他们被评估了一次试验的被动回避学习任务。中药治疗组与载体治疗组在各项指标上均无一致的显著差异。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Behavioral teratology evaluation of trichloromethane in mice.

Trichloromethane (TCM) has been identified as an important contaminant of drinking water. TCM was evaluated for possible behavioral effects in the offspring of mice treated throughout the reproductive period. Male and female albino mice were gavaged with vehicle (Emulphor: saline) or 31.1 mg/kg/day for 21 days prior to mating, throughout mating (21 days or until a vaginal plug was detected) and the dam was continued with daily gavage throughout gestation and lactation. The pups were also gavaged daily with the same dose beginning on Day 7. Five TCM and five control litters were used for this study. On the day of birth each litter was reduced to 8 pups. For the next 15 days, 3 pups from each litter were randomly selected each day for evaluation on a battery of tests of neurobehavioral development. The scoring system for this test battery was developed for this study. On Day 17 motor performance for all pups was evaluated using the latency to right themselves on an inverted screen. On Days 22 and 23 they were evaluated on a one-trial passive avoidance learning task. No consistent significant differences were observed in any of the measures between TCM and vehicle treated groups.

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