Unlocking pathogen detection with metagenomic sequencing
Complete the form below to gain access to a workflow overview for pathogen detection!
Metagenomic sequencing has emerged as a powerful approach for uncovering pathogens directly from complex microbial samples without requiring prior assumptions about sample composition. This capability is critical for outbreak surveillance, helping researchers and public health teams respond quickly.
By downloading this workflow overview, you’ll gain insights into how Oxford Nanopore sequencing can enhance outbreak preparedness and pathogen discovery.
This workflow overview focuses on:
- Preparing mixed microbial samples for nanopore sequencing
- Scalable sequencing in the lab or field
- Intuitive data analysis with the EPI2METM platform
Oxford Nanopore sequencing technology enables the analysis of DNA and RNA fragments of any length. This flexibility supports comprehensive characterization of microbial communities, making it particularly valuable for detecting bacterial, fungal and viral pathogens in diverse respiratory samples.
This article was supported by Oxford Nanopore Technologies.
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