Significant advances in clinical microbiology have been achieved thanks to continuous innovations in mass spectrometry (MS) over the past decade. Now the standard in microorganism identification, Matrix-Assisted Laser Desorption/Ionization Time-Of-Flight (MALDI-TOF) MS enables clinical microbiology laboratories to reliably and rapidly identify microbes, for diagnosing patient infections in a cost-effective manner.
Microorganisms identification to the species level is a key task of microbiology. Traditionally this is achieved by carrying out labour-intensive and time-consuming biochemical assays. And though current sequencing technologies may provide very precise insights, they are still far too slow and expensive. Bruker has successfully introduced an innovative, molecular-based mass spectrometric identification method that enables faster and more efficient analysis than conventional assays or sequencing.
通过利用我们的经验和专业知识,作为全球领先的MALDI-TOF质谱提供商,Bruker开发了Maldi Biotyper®- 一种革命性的微生物分析方法。这种“开放的微生物学概念”可以轻松地集成到任何临床实验室环境中。在短短几年内,马尔代生物植物®已成为临床微生物学以及水,药物和食物测试的全球领先解决方案。
布鲁克introduced the IVD-CE certified MALDI Biotyper®(MBT)在2009年用于临床微生物学的解决方案,从那时起,它已迅速成为常规临床微生物实验室中微生物鉴定的选择方法。
对微生物的快速鉴定是临床微生物学的关键任务。基于微生物的不同代谢特征的经典生化技术通常需要数小时甚至几天,而且通常缺乏特殊性。使用Maldi Biotyper®,微生物学家可以在几分钟之内从文化到识别。
MALDI BIOTYPER®系统提供了细菌和酵母菌的高速,高信心鉴定和分类分类。分类和识别基于使用高通量MALDI TOF质谱法基于蛋白质组学指纹识别;特征指纹图案与广泛的MBT IVD参考文库匹配,以识别微生物。
这允许在几分钟内无偏见的微生物鉴定到物种水平。许多研究表明,Maldi Biotyper提供的更高准确性,更快的时间和更低的成本®systems compared to classical methods. Continuous expansion of the MBT IVD reference library ensures that all clinically relevant microorganisms as well as more challenging organisms are included.
The best technology from the experts in mass spectrometry.
作为MALDI-TOF技术的领导者,对于Bruker设计旨在在微生物学实验室中进行广泛和常规使用的强大,紧凑的高性能平台非常重要。
MALDI BIOTYPER®是一个模块化系统,旨在根据单个实验室需求配置。布鲁克(Bruker)为实验室提供了最适合其需求的MALDI-TOF质谱仪的选择。连续的硬件开发导致了4thBruker的台式Maldi Biotyper的一代®系统。
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