市售抗生素对从腐烂水果中分离出的本地微生物的抗生素效力

Muddasar Wahab, Anwaar Iftikhar, Raja Tahir Mehmood, Fozia Ibrahim, Syed Wajahat Ullah, Rana Hissan Ullah, Muhammad Atif, Muhammad Ali, Rida Farooq, Mehvish Mumtaz
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引用次数: 0

摘要

人类通常将水果作为食物食用。本地微生物是水果变质的罪魁祸首。如果细菌使食用的水果变质,就会在人体内引起感染,导致严重后果。市面上有些药物对感染有效,有些则无效或效果甚微。目的检查本地现有药物对本地常见微生物的疗效。方法:从腐烂水果中分离微生物:利用从腐烂水果中分离出的微生物来检查市场上出售的抗生素对它们是否有效。针对这些细菌使用不同的抗生素。对照抗生素可确定每种抗生素的功效。结果:所有抗生素都有效,但程度不同。药物中活性化合物的存在决定了其有效性。如果活性化合物以纯净的形式存在,并且在药物剂量中含量充足,那么药物就会有效。细菌产生抗药性是面临的主要问题。结论:抗生素耐药性和药物特异性也是决定药物疗效的重要因素。抗生素耐药性受到社会上无节制、不必要和推荐使用抗生素的影响。药物对微生物的特异性也会影响抗生素的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Antibiotic Efficacy of Commercially Available Antibiotics on Indigenous Microbes Isolated from Rotten Fruits
The human commonly consume fruits as food. Indigenous microbes are responsible for the spoilage of fruits. If bacteria spoil consumed fruit, they can cause infections in the human body that may lead to severe consequences. Some commercially available drugs are effective against an infection, and some show no or little effect. Objective: To check the efficacy of locally available drugs against indigenous microbes that are commonly responsible for infections in natives. Methods: Microbes isolated from rotten fruits are used to check that the antibiotics available in our market are effective against them. Different antibiotics are used against these bacteria. Control antibiotics determine the efficacy of each antibiotic. Results: All the antibiotics are effective but to a different extent. The presence of the active compound in the drug determines its effectiveness. If the active compound is present in pure form and adequate amounts in the dosage of the drug, it will be effective. Bacteria become resistant to the drugs, which is the major issue faced. Conclusions: Antibiotic resistance and specificity of drugs are also important factors that determine the efficacy of the drugs. Antibiotic resistance is influenced by the uncontrolled, unnecessary, and recommended use of antibiotics in society. The specificity of the drug to the microbes also contributes to the effectiveness of antibiotics.
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