Virulence Factors and the Effect of Garlic Extract against Proteus mirabilis Isolated from Patients with UTI at Thi-Qar Province

Ali Abd Kadhum
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Abstract

Background: Proteus mirabilis isolates are nosocomial bacteria that increase the incidence of multidrug-resistant infections in immunocompromised patients. The garlic genus belongs to the Allium family, and its cultivation is widespread throughout the world. The study aimed to evaluate the efficiency of garlic extract against different strains of P. mirabilis that can products biofilms and carry genes such as blaCTX-M. and pm1 genes. Method: Sixty three specimens were collected from identified patients' UTI from Al-nasiriyah general hospital between September and December 2023. Using microbial culture methods, the samples were cultured, and using Biochemical and VITEK system tests, the P. mirabilis isolates were diagnosed and confirmed. Results: Out of a total of 63 specimens isolated from UTI patients, there were 11 bacterial isolates, and the results of the garlic extract were against the bacteria. 3 isolates were susceptible, and only two isolates were moderately sensitive at a concentration of 100%, three isolates were sensitive at a concentration of 75%, and only two bacterial isolates, one of which was moderately sensitive and the other resistant, respectively. It was noted that most of the bacterial isolates carried the blaCTX-M gene. While all isolates were able to produce biofilms using sterile polystyrene 96-well microtiter plates. In addition, all bacterial isolates carried the pm1 gene.
大蒜提取物对从济加尔省尿毒症患者中分离出的奇异变形杆菌的致病因子和影响
背景:奇异变形杆菌(Proteus mirabilis)分离株是一种院内细菌,会增加免疫力低下患者耐多药感染的发病率。大蒜属属于葱科,在世界各地广泛种植。本研究旨在评估大蒜提取物对可产生生物膜并携带 blaCTX-M. 和 pm1 基因的奇异变形杆菌不同菌株的作用。方法:2023 年 9 月至 12 月期间,从 Al-nasiriyah 综合医院已确定的UTI 患者中收集了 63 份标本。使用微生物培养方法对样本进行培养,并使用生化和 VITEK 系统测试对 mirabilis 杆菌分离物进行诊断和确认。结果在从UTI患者身上分离出的总共63份标本中,有11种细菌分离物,大蒜提取物对这些细菌有抗菌作用。3 个分离菌株为易感菌株,只有 2 个分离菌株为中度敏感菌株,浓度为 100%;3 个分离菌株为敏感菌株,浓度为 75%;只有 2 个细菌分离菌株,其中一个为中度敏感菌株,另一个为耐药菌株。我们注意到,大多数细菌分离物都携带 blaCTX-M 基因。使用无菌聚苯乙烯 96 孔微孔板时,所有分离物都能产生生物膜。此外,所有细菌分离物都携带 pm1 基因。
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