Microbial Databases for Identifications

Charles River is committed to providing the most accurate identifications to the industries we serve. This commitment requires that we continuously update our validated Accugenix® microbial databases to stay current with an evolving microbial world, where taxonomic changes and new species are described daily.

To ensure we continually provide the best identification services and validated microbial databases or MALDI-TOF and sequence databases, we routinely evaluate our identification rate for customers' bacterial and fungal samples. Since our objective is to achieve the highest percentage of species-level identifications, we compare sample microbial sequence data that do not result in a species-level match against a variety of publicly available sequence databases.

If a newly described organism is a good match for those sample sequences and is validly named and published, the sequence proceeds to our validated MALDI-TOF and sequence database entry process, where it undergoes extensive testing and review prior to approval and entry into the Accugenix® microbial database.

 


Why Do Microbial Identification Libraries Matter?
 

microbial database library

Comparing sample microbial samples from many sources helps us achieve high accuracy rates in species-level identifications.

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Validated MALDI-TOF and Sequence Database for Environmental Isolate Identification

Identification systems are only effective when they reference an accurate and validated microbial database as the reference. is only as good as the of information used as the reference. Our validated MALDI-TOF and sequence databases are renowned for being the most extensive in the industry for environmental microbial contaminants, allowing you to achieve the highest accuracy rate for species identification.

Because we are the industry leader in microbial identification, our scientists have built robust, validated MALDI-TOF and sequence databases that contain the most comprehensive bacterial and fungal entries found in today’s industrial production and research environments, assuring an accurate answer for virtually every sample we sequence.


Leading Technology

Comparative DNA sequencing of the 16S rDNA gene in bacteria and the ITS2 rDNA region in fungi has been proven to be the most accurate and reproducible method for identifying unknown organisms.

The technology is inherently stable, which allows the data to be reproducible. Although the science behind the technology is widely accepted, there are still a number of variables which may impact the implementation and use of this technology to achieve an accurate identification.

 

Frequently Asked Questions (FAQs) About the Accugenix Microbial Library