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Effect of in utero and lactational exposure of triazophos on reproductive system functions in male offsprings, Rattus norvegicus

机译:三唑肌术中子宫和泌乳暴露在男性后果中的生殖系统功能的影响,Rattus Norvegicus

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In the present study, Triazophos (TZ) was used at acceptable daily intake (ADI) to investigate the consequence of prenatal and postnatal exposure on reproductive functions in the male offsprings. Pregnant females were divided into three groups, the first group was orally gavaged with olive oil (control), the second group was administered with 0.01 mg kg-1 bw of the ADI of TZ from gestation day (GD) 1 until parturition (designated as P group) and the third group was gavaged with the same dose from GD1 to postnatal day (PND) 21 of lactation (marked as P + L group). Non-significant reduction occurred in the body weight of pups except at (PND) 35 during which body weight of P + L group pups significantly decreased. Male offsprings born to TZ exposed females showed significant changes at maturity (PND 63) in weight of liver, thyroid and testis, alterations in the levels of protein, urea, creatinine in plasma and abnormal levels of cholesterol, phospholipids and lipid peroxidation in testicular homogenate. Gonadal inhibition in TZ exposed progeny was reflected from a significant fall in sperm count, sperm motility, plasma testosterone level and histopathological alterations in testis. Hence, in utero and lactational exposure to ADI level of TZ influences testis development and functions in the male offsprings. Further investigations are suggested with germline studies of offsprings to examine the transgenerational effect of TZ exposure.
机译:在本研究中,三唑棒(TZ)用于可接受的每日摄入(ADI),探讨产前和产后暴露对男性后代生殖功能的结果。怀孕的女性分为三组,第一组用橄榄油(对照)口服,第二组用来自妊娠日(Gd)1的TZ ADI的0.01mg Kg-1 Bw给药直至份产(指定为P群)和第三组胃科和第三组令人生意的剂量,从GD1到后期(PND)21的哺乳期(标记为P + L基团)。除了(PND)35外,在幼崽的体重中发生非显着的减少,在此期间P + L组幼崽的体重显着降低。出生于TZ暴露的女性的男性后代在肝脏,甲状腺和睾丸重量的成熟(PND 63)中显示出显着的变化,蛋白质,尿素,血浆中的蛋白质,血浆,胆固醇异常水平的变化,磷脂胆固醇和脂质过氧化在睾丸均匀的血脂过氧化。 。 TZ暴露后代的Gonadal抑制从精子计数,精子运动,血浆睾酮水平和睾丸组织病理改变的显着下降反映。因此,在子宫和泌乳暴露于TZ的ADI水平,影响睾丸的开发和在男性后代的功能。提出了对后代的种质研究的进一步调查,以检查TZ暴露的转基因作用。

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