甲醛对大鼠特定行为影响的研究

F.A. Malek , K.-U. Möritz , J. Fanghänel
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引用次数: 17

摘要

据报道,大鼠单次暴露于低浓度甲醛蒸气中,会引起吸入室内运动活动的显著改变。在这项研究中,我们测定了甲醛对成年雄性和雌性Lew. 1K大鼠的运动活动和行为的影响,这些大鼠在连续吸入大约0.1、0.5或5ppm的甲醛两小时后,在一个开阔的场地停止运动活动和行为。定量检查了以下行为参数:交叉地板的数量,空气和地板嗅探的发生频率,梳理,饲养和爬墙的频率,以及粪便的发病率。在开阔场地情况下,各甲醛组雄鼠的交叉面积均显著降低。此外,观察到嗅地板、饲养和爬墙的发生频率显著降低。在暴露于0.5 ppm或5 ppm甲醛的雌性大鼠组中,交叉方块的数量显著减少,而在0.1 ppm甲醛组中,该参数保持不变。其他参数也受到甲醛吸入的影响(例如,在0.1 ppm和0.5 ppm组中,嗅探空气的频率显著增加,在0.5 ppm和5 ppm组中,嗅探地板的次数显著减少)。在任何暴露组中,无论是男性还是女性,粪便粪杆菌的发病率都没有受到影响。由此得出结论,甲醛单次吸入甲醛对成年雌雄大鼠在野外的运动行为有显著影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A study on specific behavioral effects of formaldehyde in the rat

It has been reported that single exposure of rats of low-level formaldehyde vapor concentrations causes significant alteration in their motor activity in the inhalation chamber. In this study, we determined the effects of formaldehyde on the locomotor activity and behavior of adult male and female Lew. 1K rats in an open field two hours after termination of a single two hours lasting inhalative exposure to approximately 0.1, 0.5, or 5 ppm. Following behavioral parameters were quantitatively examined: numbers of crossed floor squares, occurrence frequencies of air and floor sniffing, grooming, rearing, and wall climbing, as well as the incidence of fecal boli. In the open field situation, the males of all formaldehyde groups crossed significantly lower numbers of floor squares. Furthermore, significant decrease in the occurrence frequencies of floor sniffing, rearing, and wall climbing were observed. Within the female rat groups exposed to 0.5 or 5 ppm formaldehyde, a significantly decreased numbers of crossed squares were registered, while this parameter remained unchanged in the 0.1 ppm group. Other parameters were also affected by the formaldehyde inhalation (e.g. significant increase in the occurrence frequencies of air sniffing in the 0.1 and 0.5 ppm groups and significant decrease in the numbers of floor sniffing in the 0.5 and 5 ppm groups, respectively). The incidence of fecal boli was not affected in any exposure group neither in males nor in females. It is concluded from the results obtained that formaldehyde significantly affects the locomotor behavior of adult male and female rats in the open field after a single inhalative exposure to the above mentioned concentrations.

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