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Effects of in utero and lactational exposure to Sb-v on rat neurobehavioral development and fertility

机译:宫内和哺乳期接触Sb-v对大鼠神经行为发育和生育能力的影响

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Meglumine antimoniate (MA) is a pentavalent antimony drug used to treat leishmaniases. We investigated the neurobehavioral development, sexual maturation and fertility of the offspring of MA-treated rats. Dams were administered MA (0, 75, 150, 300 mg Sb-v/kg body wt/d, Sc) from gestation day 0, throughout parturition and lactation, until weaning. At the highest dose, MA reduced the birth weight and the number of viable newborns. In the male offspring, MA did not impair development (somatic, reflex maturation, weight gain, puberty onset, open field test), sperm count, or reproductive performance. Except for a minor effect on body weight gain and vertical exploration in the open field, MA also did not affect the development of female offspring. Measurements of the Sb levels (ICP-MS) in the blood of MA-treated female rats and their offspring demonstrated that Sb is transferred to the fetuses via the placenta and to the suckling pups via milk. (C) 2014 Elsevier Inc. All rights reserved.
机译:葡甲胺锑酸盐(MA)是用于治疗利什曼病的五价锑药物。我们调查了接受MA治疗的大鼠后代的神经行为发育,性成熟和生育能力。从妊娠第0天开始,在整个分娩和哺乳期直至断奶期间,给大坝施用MA(0、75、150、300 mg Sb-v / kg体重/ d,Sc)。在最高剂量下,MA降低了出生体重并减少了存活的新生儿的数量。在雄性后代中,MA不会损害发育(躯体,反射性成熟,体重增加,青春期发作,开放视野试验),精子数量或生殖能力。除了对体重增加和在野外进行垂直探索影响不大外,MA也不影响雌性后代的发育。对经MA处理的雌性大鼠及其后代血液中Sb水平(ICP-MS)的测量表明,Sb通过胎盘转移到胎儿,并通过牛奶转移到幼崽。 (C)2014 Elsevier Inc.保留所有权利。

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