微生物检测实验室

准确 、及时的微生物 鉴定 对  EM 数据 的跟踪和趋势获取至关重要,EM 数据可指导您做出关键决策,防止您放行受污染的产品。 我们每年鉴定 30 多万份环境分离物,因此,我们可以经常向世界各地质量控制实验室回收真实样品,扩大我们的生物库,并为我们所服务的行业创建最相关的数据库:

过去 20 年,我们 7 个实验室 鉴定的微生物数量比任何其他公司或服务实验室都多 ,使我们能建设和完善业内无与伦比的已验证专有库和解释法。 我们专业从事细菌和真菌鉴定和 EM 分离物的菌株分型,采用最新的基于 DNA 序列的技术和MALDI-TOF技术,为全球 1000 多家工厂提供准确可靠的微生物鉴定服务。广大客户采用我们灵活的解决方案,可以外包给我们的专家或内部使用我们的服务。 

在线虚拟参观我们美国实验室

Specializing in microbial identification of bacterial and fungi isolates and strain typing of EM isolates, we use the latest DNA sequence-based and MALDI-TOF technologies to provide accurate and reliable microbial identification services to more than 1,000 facilities worldwide. Our flexible solutions allow clients to outsource to our experts or bring our services in-house. 


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Our global presence allows for diverse and relevant microbial database development while offering a harmonized solution to QC micro laboratories around the world.

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Frequently Asked Questions (FAQs) About Microbial Identification and Strain Typing

  • What is Next Generation Sequencing (NGS)?

    Next generation sequencing (NGS) is a massively parallel sequencing technology that is allowing for fundamentally different approaches to be taken for a variety of problems or applications for manufacturing. NGS simultaneously sequences millions of individual DNA fragments and can provide whole genome information or a snapshot of the overall microbiome. When studying mixed environments, you can understand microbial populations without the need for sub-culturing. When studying pure isolates, you can understand organisms’ genes and variants to a degree that is not possible with traditional Sanger sequencing. There are different NGS applications and the analysis of the resulting data revolves around either whole genomes or specific targeted genes. NGS could be used for complete characterization of a sample, system, or environment. These applications are becoming well suited for different stages of pharmaceutical, industrial, environmental, and food microbiology.

    Identification

    Genomic Analysis

    • Microbiome Analysis – Environmental Monitoring and Water System Monitoring
    • Microbial Cell Line Characterization or Authentication
    • Toxin or Virulence Gene Family Presence - Pathogenicity
    • Contamination Detection
    • Resistance Genes
       

    Subtyping

  • What factors should be considered when choosing a fungal and bacterial identification lab partner?

    Identifying microbes in your facility takes time and effort. While everyone's microbial identification needs are different, there are certain considerations that everyone can apply when selecting a fungal and bacterial identification lab partner. Check out this article to help your understanding: Four Tips for Identifying Microbes in Your Facility.

  • How can I detect contamination sooner using rapid microbiological testing methods?

    While many laboratories see the clear advantages of outsourcing microbial identification, they often overlook optimizing their contamination testing methods to gain even more benefits. Detecting microbial contamination with Celsis® amplified ATP bioluminescence helps identify potential quality issues quicker, eliminates subjectivity in test results, and allows investigations to be completed sooner. The Celsis® assay provides industry leading product compatibility, capable of testing everything from preservative-containing vaccines, opaque inks and dyes, and debris-laden products such as personal wipes. Learn if your product is compatible by contacting one of our experts.

  • How can I ensure regulatory compliance when outsourcing microbial identification testing?

    Working with a partner that complies with federal and international regulatory requirements is critical for most industries. While each manufacturer must follow their own quality standards, an ISO 17025 accreditation ensures technical competence of laboratories to perform specific tasks. The American Association for Laboratory Accreditation (A2LA) issues these accreditations which guarantee that results are obtained according to valid methods and procedures that comply with precise standards.