Past Issue

Volume 9, Supplement 1, Summer 2015 (Presented at 16th Congress on Reproductive Biomedicine and 10th Royan Nursing and Midwifery Seminar) Pages: 25-26

O-2: Co-Administration of Korean Red Ginseng and Ciprofloxacin May Improve The Sperm Quality and Apoptosis of Testes in Epididymo-Orchitis Rat Model Induced by Uropathogenic Escherichia Coli


Background
Adverse effects of genitourinary tracts infections on the reproductive system of male are known. Some of these effects are caused by oxidative events. Ciprofloxacin is a choice antibacterial agent in the treatment of these infections. It has been shown that this drug can also induce apoptosis through the activation of the enzyme caspase-3 and oxidative damages in target tissues. With this background, the evaluation of the effectiveness of antioxidants on the adverse effects of antibiotics, such as ciprofloxacin is expanding. It is also shown that vegetative antioxidants such as Ginseng may be useful in the treatment of male infertility and causes increase of the sperm production rate and testosterone level. Therefore, in this study, with the aid of UPEC infection model, we tried to prove the possible protective role of Ginseng on apoptosis induced by infection and treatment with ciprofloxacin in Spermatogenesis cell type in rates testicular system.
Materials and methods
In this study, 72 male Wistar rats were selected and randomly divided into 9 groups (8 rats each) such as; control (Con), vehicle (V), infection (M39), ciprofloxacin (C), ginseng (G), ciprofloxacin-ginseng (CG), infectionciprofloxacin (CM), infection-ginseng (GM), infection-ciprofloxacin- ginseng (CGM). First by injection of 50μl (OD=0.06) E. coli suspension (M39) in the beginning of Vazodefefernce tubes, bilaterally,we created UPEC infection models. 48 hours after infection was made, ciprofloxacin applied orally150 mg/ kg daily for 10 days via gastric duct. Then Ginseng 15 mg/kg daily through intraperitoneal (ip) injection applied for 10 days. 14 days later,all animals were anesthetized and the epididymis tissues were immediately removed. Epididymis tail was used for sperm analysis. Testes excised and after weight measurements, the samples immersed in formaldehyde solution. After tissue processing, for tissue structure evaluation, the Miller criteria (to assess layers of Seminiferrous tubes of epithelial cells) and Johnson (for the classification of spermatogenesis) and for testicular apoptosis evaluation TUNEL kit were used.
Results
M39 infection caused weight gain and testes and accessory sex organs (epididymis, seminal vesicles and prostate gland) weight lost and also reduces the sperm indices such as sperm count, motility and persentage of normal cells and increased apoptosis indices and sperm abnormality index (P<0.05). Despite the negative effects of ciprofloxacin on spermatogenesis and weight indices in group C than in the control group, a significant improvement in the CM group than in the M group were seen in most indices (P<0.05). Ginseng had a positive effect on all spermatocytics indices and also had additive effect with ciprofloxacin on sperm related indices (P<0.05). Despite a reduction in weight indices in Ginseng group compared to control group, Ginseng improved the weight indices in CGM, GM and CG groups compared to M and CM groups. M39 also reduced the miller and increase Johnson criteria, and These effects improved by the aid of ciprofloxacin and Ginseng.
Conclusion
By co-administration of Ginseng and ciprofloxacin, the adverse effects of infection caused by UPEC reduced significantly. In future researches we recommend to use different dosage of antibiotic in a much larger group to reach more precise results. In subsequent studies suggested tubules diameter of Seminiferrous also be considered. We also suggest evaluating Ginseng administered orally.