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首页> 外文期刊>Veterinary World >12. Effects of intratesticular injection of zinc-based solution in rats in combination with anti-inflammatory and analgesic drugs during chemical sterilization
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12. Effects of intratesticular injection of zinc-based solution in rats in combination with anti-inflammatory and analgesic drugs during chemical sterilization

机译:12.化学灭菌过程中锌基溶液基于锌基溶液的影响

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Aim: Chemical sterilization is a non-surgical method of contraception based on compounds injected into the testis to induce infertility. However, these injections can cause discomfort and pain able to impair the recovery of animals after this treatment. The objective of this study was to investigate if anti-inflammatories or pain relievers inhibited the sterilizing effect of zinc gluconate-based solution on the testis. Materials and Methods: Adult rats were treated in groups: G1 (control), G2 (dimethyl sulfoxide + dipyrone); G3 (dipyrone/ zinc); G4 (dipyrone + celecoxib/zinc); G5 (dipyrone + meloxicam/zinc), and G6 (dipyrone + dexamethasone/zinc) in a single dose per day during 7 days. Animals were analyzed at 7, 15, and 30 days after treatments. Results: The zinc-induced a widespread testicular degeneration and decreased testosterone levels even in combination with anti-inflammatories or pain relievers. Testis, epididymis, prostate, and seminal vesicle had a weight reduction. The anti-inflammatory effect of dexamethasone interfered in the desired action of zinc gluconate in the 1st 15 days and celecoxib up to 7 days. Conclusion: Meloxicam plus dipyrone did not impair the chemical sterilization based on zinc gluconate, and it can be used to reduce nociceptive effects in animals after chemical sterilization.
机译:目的:化学灭菌是一种基于注射到睾丸中的化合物的避孕方法,以诱导不孕症。然而,这些注射会导致不适和疼痛能够在此处理后损害动物的恢复。本研究的目的是调查炎症症或止痛剂是否抑制葡萄糖酸锌溶液对睾丸灭菌作用。材料和方法:成年大鼠分组治疗:G1(对照),G2(二甲基亚砜+二滤岩); G3(二滤岩/锌); G4(二滤网+ Celecoxib /锌); G5(二滤岩+美洛昔康/锌)和G6(二滤岩+地塞米松/锌)在7天内每次每次单剂量。在治疗后的7,15和30天分析动物。结果:锌 - 诱导广泛的睾丸变性和降低睾酮水平,甚至与抗炎剂或止痛药组合。睾丸,附睾,前列腺和精囊重量减轻。地塞米松的抗炎作用干扰了葡萄糖酸锌的所需作用,在1℃和塞克西布最多7天。结论:Meloxicam Plus Dipyrone没有损害基于葡萄糖酸锌的化学灭菌,可用于减少化学灭菌后动物的伤害作用。

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