首页> 外文期刊>Diagnostic microbiology and infectious disease >Use of simulated blood cultures for time to detection comparison between BacT/ALERT and BACTEC 9240 blood culture systems.
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Use of simulated blood cultures for time to detection comparison between BacT/ALERT and BACTEC 9240 blood culture systems.

机译:利用模拟血液培养来检测BacT / ALERT与BACTEC 9240血液培养系统之间的比较。

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摘要

In order to avoid the influence of pre-analytical steps, the following study was performed by using sterile blood spiked with defined loads of microorganisms as inoculum. Time-to-Detection (TTD) was evaluated for the most frequently encountered bacteria and fungi in septicemia, comparing two commercially available blood culture systems, BACTEC 9240 (Becton Dickinson) and BacT/ALERT (Organon Teknika). A specific medium, Bactec Mycosis IC/F (Becton Dickinson), was compared with the Bactec Plus Aerobic (Becton Dickinson) and FAN Aerobic (Organon Teknika) media for recovery of fungi in general and in case of mixed bacterial/fungal septicemia. The results show that the BACTEC system detects nearly all enrolled microorganisms significantly faster than the BacT/ALERT; the anaerobic vial contributes to the detection of anaerobes and facultative anaerobes and, in the case of BACTEC, shortens TTD; the Bactec Mycosis IC/F bottle shortens TTD of fungi.
机译:为了避免分析前步骤的影响,通过使用掺有确定负荷的微生物的无菌血液作为接种物进行以下研究。通过比较两种市售血液培养系统BACTEC 9240(Becton Dickinson)和BacT / ALERT(Organon Teknika),评估了败血症中最常见的细菌和真菌的检测时间(TTD)。比较了一般培养基以及细菌/真菌混合败血症混合菌的特定培养基,Bactec真菌病IC / F(Becton Dickinson)与Bactec Plus好氧菌(Becton Dickinson)和FAN好氧菌(Organon Teknika)培养基的恢复。结果表明,BACTEC系统几乎比BacT / ALERT更快地检测到所有已进入的微生物。厌氧小瓶有助于厌氧菌和兼性厌氧菌的检测,对于BACTEC,可缩短TTD; Bactec真菌病IC / F瓶缩短了真菌的TTD时间。

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