For decades, microbiome research has relied on 16S rRNA sequencing, qPCR, and culture methods. While these techniques provide valuable insights, they leave critical gaps—missing key information and limiting the depth of analysis.

Metagenomic Next-Generation Sequencing (mNGS) is changing the game by revealing the full microbial picture.

PaRTI-Seq: The Bridge to Better

PaRTI-Seq is an end-to-end metagenomic assay designed to overcome the limitations of traditional methods:

Reduce Host DNA:
Utilize Devin Host Depletion Filters to reduce host DNA, maximizing microbial signal.

Enhance Microbial Reads:
Only PaRTI-Seq utilizes mNGS-Grade

Reagents for repeatable results.

Ensure Consistent Results:
Use Unison Ultralow DNA NGS Library Kits to create consistent libraries, even with very low-biomass or degraded samples.

Capture Microbial Diversity:
Identify bacteria, viruses, fungi and parasites at species-level resolution.

Lower Costs:
Affordable pricing and lower sequencing depth requirements make mNGS more feasible for broader microbiome studies.

PaRTI-Seq Brochure

PaRTI-Seq enables deeper, more impactful microbiome research—whether uncovering rare or novel pathogens, identifying microbial signatures, or driving clinical advancements in precision medicine.

We’re inviting researchers to showcase their creativity through any form of microbial-inspired art.

Whether it’s digital or traditional artwork, sculptures, photography, or conceptual pieces inspired by microbial structures and sequencing, submit your creations for a chance to be featured in our Microbial Masterpieces virtual exhibition.

Share your work on social media with

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#MicrobialMasterpieces

and tag us to inspire the scientific community.

Art Exhibit at ICCMg

In addition to our online showcase, selected submissions will be featured in an in-person exhibit at the
10th ICCMg in Geneva, Switzerland, Nov 2025.

This event will provide an opportunity for researchers to present their microbial-inspired art (and research) to a broader scientific audience.

For decades, microbiome research has relied on 16S rRNA sequencing, qPCR, and culture methods. While these techniques provide valuable insights, they leave critical gaps—missing key information and limiting the depth of analysis.

Metagenomic Next-Generation Sequencing (mNGS) is changing the game by revealing the full microbial picture.

Oral Microbiome App Note

Vaginal Microbiome App Note