Rapid genomic analysis of Streptococcus pyogenes isolates reveals insights into antibiotic resistance and transmission dynamics

Announcing a collaboration between Hôpital de La Tour and Solu.

This is a poster presented at the NSCMID 2024 conference.

Whole genome sequencing (WGS) is a powerful tool for understanding and preventing infections. By reading the complete DNA sequence of an organism, WGS can help identify and track the spread of pathogens. This guide will explain how WGS works, its applications in healthcare, and its potential to improve infection control.

We’re excited to announce a major update to candida.app, allowing users to rapidly compare their Candida auris isolates to public genomic surveillance data

We analyse a set of Enterobacter hormaechei isolates with Solu Platform and show how antimicrobial resistance can spread through horizontally transferred plasmids.

Discover what genomic surveillance is, its benefits, methods, and applications in healthcare, public health, and food safety. Understand the factors to consider when starting genomic surveillance in your organization, its challenges, and how to choose the right sequencing methods.

Solu featured in 2 new publications examining food-borne pathogens in the UAE

Validating Solu's phylogeny pipeline with a 2012 Salmonella Bareilly outbreak dataset.

We used Solu Platform to analyze a dataset of 21 Candida auris samples and gained insights into an outbreak.

Cedars-Sinai Medical Center and health technology company Solu announce today a partnership to study and understand hospital-acquired infections from an epidemiological and antibiotic resistance perspective. Solu offers an end-to-end service that provides insight into the causes of antibiotic resistance and whether the infection is hospital-acquired.

Solu’s Candida.app tool enables quick and easy genomic characterization of Candida auris, improving the classification and management of new outbreaks, and helping epidemiologists prevent further outbreaks.