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A new device for the prompt diagnosis of urinary tract infections

机译:快速诊断尿路感染的新设备

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Background: Urinary tract infections (UTIs) are among the most common infectious diseases. Results obtained from conventional microbiological analysis of urine and antibiotic susceptibility testing are available only after a few days, delaying precise diagnosis and appropriate therapy. Micro Biological Survey (MBS) srl (a spin-off of Roma Tre University, Rome, Italy) has developed and patented an automated colorimetric test for rapid bacterial counting. In a preliminary validation study it was demonstrated that the results obtained with the MBS method are equivalent to the results obtained with conventional culture-based microbiological analysis.Methods: In this study, sterile urine samples were artificially contaminated with bacterial species that are most frequently responsible for UTIs. The MBS method was used to evaluate the presence of bacteria and their sensitivity to some of the most commonly used antibiotics in UTIs.Results: The MBS method was able to detect in a few hours the presence or absence of bacteria at clinically significant concentrations (>105 CFU/mL), and to provide their susceptibility pattern to a limited panel of antibiotics. Discussion: The results obtained demonstrate that the MBS point-of-care testing (POCT) device could be developed into a valuable aid for the management of UTIs, possibly addressing more precise diagnosis and appropriate therapy.
机译:背景:尿路感染(UTI)是最常见的传染病之一。常规的尿液微生物学分析和抗生素敏感性试验获得的结果仅在几天后才能获得,这延迟了精确的诊断和适当的治疗。微生物学调查(MBS)srl(意大利罗马罗马特雷大学的分公司)开发了自动细菌比色法并获得了专利,可用于快速细菌计数。在一项初步的验证研究中,证明了MBS方法获得的结果与传统的基于培养物的微生物分析获得的结果相当。方法:在这项研究中,无菌尿液样本被细菌细菌人工污染,而细菌物种是最常见的用于UTI。 MBS方法用于评估细菌的存在及其对UTI中某些最常用抗生素的敏感性。结果:MBS方法能够在几个小时内检测出临床上显着浓度的细菌是否存在(> 105 CFU / mL),并向有限的一组抗生素提供其药敏模式。讨论:获得的结果表明,MBS即时检验(POCT)设备可以发展为对UTI进行管理的有价值的辅助工具,可能解决更精确的诊断和适当的治疗方法。

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