A comparison between therapeutic effects of Salvia Officinalis. Extract, meloxicam and dexamethasone following acute sciatic nerve injury due to analgesic drug injection in rats

Mahdieh Katebian , Mirsepehr Pedram , Mohammadmehdi Dehghan , Korosh Mansoori , Mahya Lalehpoor , Farid Kosarifard
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Abstract

Background

An intramuscular (IM) injection into gluteal muscle can lead to iatrogenic trauma to sciatic nerve. The drugs can be injected directly into sciatic or into the tissue adjacent to the nerve. Besides the direct damage to nerve due to needle and drug entrance to nerve tissue, the chemical nature of each drug activates immune system near healthy peripheral nerves in order to remove damaged tissues and start healing process. This immune system response has a great role in creating pathological pain and it makes functional recovery as a major challenge.

Material method

In this study, 25 adults male Fischer- Wistar rats were used. An analgesic drug (diclofenac) was injected in the muscles near sciatic nerve (4 groups) and also in sciatic nerve (1 group, nerve control group). For clinical assessment of sciatic nerves integrity, sciatic functional index test (SFI test) was done before, 1 day and 7 days after surgery. Treatments with meloxicam, dexamethasone and extract of Salvia Officinalis were started for 3 muscle groups and 1 group remained as a control muscle group. After 1 week, all the animals were euthanized under deep anesthesia and the sciatic nerves with surrounding muscles were removed and sent to histopathological examination.

Results

all three treatment groups showed decreased inflammatory process and increased repair regeneration in compare to control group. Although, the amount recovery in the dexamethasone group was significantly higher in compared to the control and other treatment groups.

Conclusion

This study showed That IM injection of analgesic drug (Diclofenac), without direct damage to sciatic nerve, causes activation of the immune system and iatrogenic sciatic neuropathy. This study also showed therapeutic effects of two common drugs (NSAID and corticosteroids) and an extract of Salvia Officinalis. Treatment with all three drugs, decreased inflammatory response at injury site and increased recovery but Long-term usage of corticosteroids and NSAIDs can be challenging. The Salvia extract also have showed acceptable improvement effects with minimal side effects.

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丹参治疗效果的比较。镇痛药注射后大鼠急性坐骨神经损伤的提取液、美洛昔康和地塞米松作用
臀肌肌内注射丹可导致坐骨神经的医源性损伤。药物可直接注射到坐骨神经或临近神经的组织。除了针和药物进入神经组织对神经的直接损伤外,每种药物的化学性质激活健康周围神经附近的免疫系统,以清除受损组织并开始愈合过程。这种免疫系统反应在产生病理性疼痛中起着重要作用,它使功能恢复成为一项主要挑战。材料方法选用雄性成年Fischer- Wistar大鼠25只。镇痛药双氯芬酸分别注射于坐骨神经附近肌肉(4组)和坐骨神经(1组,神经对照组)。术前、术后1天、术后7天分别行坐骨神经功能指数测试(SFI)评估坐骨神经完整性。以美洛昔康、地塞米松、鼠尾草提取物治疗3组肌群,留用1组作为对照肌群。1周后,所有动物在深度麻醉下安乐死,去除坐骨神经及周围肌肉,进行组织病理学检查。结果与对照组相比,3个治疗组均能明显减少炎症过程,增加修复再生。尽管如此,与对照组和其他治疗组相比,地塞米松组的数量恢复明显更高。结论IM注射镇痛药双氯芬酸可引起免疫系统激活,医源性坐骨神经病变,但对坐骨神经无直接损伤。该研究还显示了两种常用药物(非甾体抗炎药和皮质类固醇)和鼠尾草提取物的治疗效果。用这三种药物治疗,损伤部位的炎症反应减少,恢复增加,但长期使用皮质类固醇和非甾体抗炎药可能具有挑战性。鼠尾草提取物也显示出可接受的改善效果与最小的副作用。
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