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首页> 外文期刊>Journal of Medical Sciences >Effect of Valerian on Spermatogenic, Genotoxic,Reproductive and Biochemical Changes in Sex Cells after Chronic Treatment in Male Swiss Albino Mice
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Effect of Valerian on Spermatogenic, Genotoxic,Reproductive and Biochemical Changes in Sex Cells after Chronic Treatment in Male Swiss Albino Mice

机译:缬草对男性白化病小鼠慢性治疗后性细胞生精,遗传毒性,生殖和生化变化的影响

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Valerian (a natural psychotropic) has world-wide folkloric significance as anti-anxiety and a tranquilizing herbal drug. In view of its immense use and a paucity of literature on its toxicity, valerian was evaluated for its effects on spermatogenesis, genotoxicity, reproduction and biochemical changes in male Swiss albino mice. The mice were orally treated with different doses (125, 250 and 500 mg/kg/day) of the aqueous suspension of valerian for 90 days. The following parameters were studied: (1) reproductive organ weight (2) motility and content of sperms (3) spermatozoa morphology (4) cytology of the testis chromosomes (5) study on reproduction (6) biochemical study on proteins, nucleic acids , malonaldehyde (MDA) and non-protein sulfhydryl (NP-SH). The treatment induced significant increase in the weight of caudae epididymis and seminal vesicles and sperm count. There was no effect on sperm motility , morphology of spermatozoa, rate of pregnancy and pre- and post- implantation losses. However, the treatment was found to increase the frequency of chromosomal aberrations . The study on biochemical parameters showed depletion of nucleic acids , NP-SH and increase of MDA, which elucidated the role of free radical species in the induction of chromosomal aberrations . The influence of biochemical changes on induction of chromosomal aberrations and the lack of any effect on spermatogenic and reproductive function is discussed.
机译:缬草(一种天然精神药物)具有抗焦虑和镇静作用,在世界范围内具有民俗意义。鉴于其大量使用和有关其毒性的文献很少,评估了缬草对雄性瑞士白化病小鼠精子发生,遗传毒性,繁殖和生化变化的影响。用不同剂量(125、250和500mg / kg /天)的缬草水悬浮液口服治疗小鼠90天。研究了以下参数:(1)生殖器官的重量(2)精子的活动性和含量(3)精子的形态(4)睾丸染色体的细胞学(5)生殖的研究(6)蛋白质,核酸的生化研究,丙二醛(MDA)和非蛋白质巯基(NP-SH)。该治疗引起附睾尾和精囊重量和精子数量的显着增加。对精子活力,精子形态,妊娠率以及植入前后的损失均无影响。然而,发现该处理增加了染色体畸变的频率。生化参数的研究表明核酸,NP-SH的消耗和MDA的增加,阐明了自由基种类在诱导染色体畸变中的作用。讨论了生化变化对诱导染色体畸变的影响以及对生精功能和生殖功能的影响。

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