Zymo Research and CosmosID to Deliver Integrated Solution for Accurate Microbiome Analysis

Zymo Research and CosmosID announce their partnership to provide microbiome researchers with an integrated end to end solution for accurate microbiome analysis.

The partnership combines Zymo Research’s complete microbiomics product portfolio from sample collection/preservation, mock microbial community standards, nucleic acid isolation, and library preparation with the largest curated microbiome database maintained and powered by CosmosID. The combined technologies of both companies allow for comprehensive and simple service for multi-kingdom microbiome analysis, not limiting the identification to only bacterial constituents of microbial communities, but also covering other microbial kingdoms such as fungi.

“The partnership between CosmosID and Zymo Research is a perfect match for our customers,” said Manoj Dadlani, CEO of CosmosID. “CosmosID is powered by the largest database of microbial genome information which enables strain level resolution of bacteria, archaea, protists, fungi, viruses and even unknown microorganisms and Zymo Research’s pipeline has proven it can consistently prepare samples that accurately reflect microbial compositions.”

“The synergy of this partnership is very exciting because of the tremendous value we collectively bring to our customers by combining Zymo Research’s portfolio of products designed from collection to conclusion for accurate and reproducible microbiome measurements with CosmosID’s multi-kingdom strain-level resolution and industry leading sensitivity and precision,” said Ryan Kemp, Director of Nucleic Acid Solutions at Zymo Research. “Combined, our metagenomics solution has become both the most powerful and simplest collection to conclusion solution available.”

As a part of the first stage of the partnership CosmosID and Zymo Research are tackling the challenge of bias and irreproducibility in the field of microbiomics head-on. Microbial composition profiling powered by Next-Generation sequencing has become routine, however, these techniques are complex and can suffer from significant bias from collection to analysis. By adding defined and controlled Microbial Community Standards to a workflow or even within microbiome samples, researchers can assess, improve, and compare bias and errors in the metagenomics workflow.

Completing the first stage of this collaboration, CosmosID will release an update to its widely used cloud-based bioinformatics platform for microbiome analysis during this year’s ASM Microbe conference in Atlanta. The update introduces new, user friendly tools to analyze internal microbiome standards from Zymo Research and to automatically assess the quality of analyzed sequence data. Data generated using the sophisticated yet streamlined pipeline for the analysis of Zymo Research microbiome standards can be conveniently interpreted – free of additional charge – via CosmosID’s user-friendly Cloud-based bioinformatics platform.

Source: CosmosID