BackgroundCurrently, microbiological diagnosis relies heavily on classical culture-based techniques, which have notable limitations. These methods often stru...

In recent years, Nanopore sequencing has found its way to clinical laboratories because of its affordability, scalability, and, most importantly, its ability to obtain sequencing results in near-real ...

A huge thank you to everyone who stopped by my poster at #ASMicrobe 2026! It was great meeting so many people and discussing the future of Microbiology. Here is a closer look at this year's poster pre...

A huge thank you to everyone who stopped by my poster at #ASMicrobe 2026! It was great meeting so many people and discussing the future of Microbiology. Here is a closer look at this year's poster pre...

Learn how to analyze your microbiology sequencing data with BugSeq. Rapidly process data into actionable reports.

Oxford Nanopore Technologies are exhibiting and presenting at ESCMID Global in April.

Dear Nanopore Community, We are pleased to announce a new release of EPI2ME Desktop. The highlight…

A comparative review of three cloud-based platforms for microbial whole genome sequencing analysis - Volume 6 Issue 1

Candida auris is a difficult-to-treat yeast that causes invasive infections in vulnerable patient populations. Healthcare exposure is a key risk factor for becoming colonized or infected with C. auris...

Klebsiella pneumoniae is commonly found in the human gastrointestinal tract and can act as an opportunistic nosocomial pathogen, causing a range of infections such as pneumonia, wounds, and infections...

Watch this on-demand webinar on using real-time Oxford Nanopore sequencing for respiratory infection research, metagenomics, and pathogen surveillance.

Learn how to analyze your microbiology sequencing data with BugSeq. Rapidly process data into actionable reports.

Join this webinar and learn key technical considerations, optimisations, and training insights for implementing Oxford Nanopore metagenomic workflows in research and surveillance settings.

Learn how to analyze your microbiology sequencing data with BugSeq. Rapidly process data into actionable reports.

Learn how to analyze your microbiology sequencing data with BugSeq. Rapidly process data into actionable reports.

Learn how to analyze your microbiology sequencing data with BugSeq. Rapidly process data into actionable reports.

Learn how to analyze your microbiology sequencing data with BugSeq. Rapidly process data into actionable reports.

**Biography**<br><br>Dr Michael Wiley is an Associate Professor at the University of Nebraska Medical Center and Director of Genomic Epidemiology for the Nebraska Public Health Laboratory. He is also ...