Explore the Future of mNGS with Micronbrane Medical at ASM NGS 2024

Meet with us at the ASM NGS Conference 2024 on Rapid Applied Microbial Next-Generation Sequencing and Bioinformatic Pipelines, taking place from October 13—16, 2024, in Washington, D.C.

In an era where emerging infectious diseases and antimicrobial resistance are global challenges, rapid and accurate pathogen identification is more critical than ever. The ability to study, detect and characterize pathogens can mean the difference between containment and effective treatment and epidemic.

Meet us at ASM NGS 2024

By scheduling a meeting with us, you’ll gain insights into the science behind PaRTI-Seq, its validation data, and real-world applications. Ask questions and discuss potential collaborations that could drive your research and clinical initiatives forward. We look forward to connecting with you at the microbiology conference ASM NGS 2024 in Washington, D.C., and advancing the frontiers of microbiology together.

Schedule a Meeting

Our research showcases a novel method for transforming low-yield, host-depleted DNA into high-quality, sequencible libraries using PCR amplification during library preparation on Oxford Nanopore Technologies (ONT) platforms.

Host depletion resulted in a dramatic shift, reducing human reads from 97% to 14% and enriching microbial content from 0.34% to 85.96%.
PCR amplification successfully yielded 63ng/μl library DNA from host-depleted samples, a significant improvement over non-PCR-based methods, enabling efficient sequencing on ONT’s Flongle flow cells.

See the Data.

Learn about Pathogen Real-Time Identification by Sequencing (PaRTI-Seq™)

PaRTI-Seq advances research, diagnosis, treatment, and surveillance of infectious diseases by addressing process and cost challenges to provide fast and accurate identification of bacteria, fungi, viruses, and parasites, even in difficult samples.

Key features of PaRTI-Seq include:

Zwitterionic Host Depletion: Remove >99% host nucleated cells for >90% microbial output
mNGS-Grade Reagents: Reduce background noise from non-target elements
Genomic DNA Assay: Maximizes microbial reads for more accurate identification of pathogens
Ultralow Library Kit: Rapid tagmentation method prepares libraries from as little as 10 pg of DNA input
Compatible with Short- and Long-Read Sequencing: Optimize your sequencing costs
Robust Analysis: Integrated bioinformatics to ensure reliable and actionable insights

Join us to learn how PaRTI-Seq can help you stay ahead in the fight against emerging pathogens, safeguard public health, and achieve precision medicine in microbiology. Schedule a meeting!