Author/Authors :
farman, Hassan Ali technical institute, Iraq , Al-Dujaily, Arshad Noori Kufa university - College of scince, Iraq
Abstract :
A result shows a significant decrease (p 0.05) in the weight of ovary after treated rats by concentration (6) mg/kg of lead acetate. Whereas, the interaction between the same female treated by lead acetate and different concentrations (100,200 and 400) mg/rat of fish oil and omega-3 were led to a significant increase (p 0.05) in the weight of ovary at all concentrations also shows a significant decrease (p 0.05) in the weight of uterus after treated rats by lead acetate, whereas, interaction between the same female treated with lead acetate and different concentrations were led to significant increase (p 0.05) for fish oil and omega-3 as comparing with lead acetate group. Results are proven that significant decrease in the level of (FSH), (LH) and estrogen level after orally administrations by (6 mg/kg) lead acetate, whereas, the interaction with different concentrations (100,200 and 400) mg/rat were led to significant increase (p 0.05) in the hormonal level of (FSH), (LH) and estrogen levels for fish oil and omega-3 as comparing with lead acetate group. Results are shown a significant increase (p 0.05) in a numbers of primary, secondary and graffian follicles after interaction between females treated with lead acetate and different concentrations (100,200,400) mg/ rat. The study show a significant increase (p 0.05) in a diameters of ovaries after interaction between (6 mg/kg) lead acetate concentrations and concentrations (200, 400) mg / rat only for fish oil and omega-3. Results shows a significant decrease (p 0.05) in the numbers of embryos, percentage on pregnancy and normal embryos after administered orally of lead acetate (6) mg/kg for (30) respectively, whereas, the interaction between different concentrations of fish oil and omega-3 with lead acetate group were led to significant increase (p 0.05) in the numbers of embryos, percentage of pregnancy and normal embryos at concentrations (200,400) mg/rat.
