Get Answers from Your Sequencing Data—Fast
Analyze microbial genomes with Solu’s genomic surveillance platform that prioritizes data security.
The genomic surveillance platform you’ve been looking for
Assemble Genomes
Read Quality Analysis
Analyze the quality of your sequencing
Quality Correction
Automatic filtering of low-quality reads
De Novo Assembly
Optimised assembly for short and long reads
Assembly Statistics
Examine the contiguity, final size, and assembly stats.
Characterize Samples
Species Identification
Automatic taxonomic classification
MLST
Multi-Locus Sequence Typing with PubMLST
AMR Genes
Powerful antimicrobial resistance genotyping
Plasmid Analysis
Detect plasmids, AMR genes, and HGT potential
Gene Watchlist
Quickly see the most important genomic features
Variant Analysis
SNP calling against the reference genome
Virulence factors
The most common virulence factors
Gene Heatmaps
Quickly visualize the genotypes
Detect Outbreaks
Phylogenetic Trees
Automatic maximum-likelihood trees
Public comparison
Compare to 2M+ public samples
Clustering
Automatic clustering of similar isolates
SNP distances
Exportable SNP distance matrices
Transmission Reconstruction
Transmission network on a timeline
Collaborate with your team
Multiple Users
Invite your colleagues to collaborate on the same data.
Workspaces
Separate samples and users to different projects
Data Exports
Export results as excel, PDF, and raw data formats.
HIPAA compliant cloud
Secure, fully encrypted system.
Case studies
Rapid Genomic Surveillance of Streptococcus pyogenes Using a No-Code Platform
Rapid genomic analysis of Streptococcus pyogenes isolates reveals insights into antibiotic resistance and transmission dynamics
Plasmid Analysis Reveals Potential Horizontal Gene Transfer Events in Hospital-Associated Infections
This is a poster presented at the NSCMID 2024 conference.
Solu Platform detects interhospital transmission of carbapenemase-producing plasmids: case study with Enterobacter hormaechei isolates
We analyse a set of Enterobacter hormaechei isolates with Solu Platform and show how antimicrobial resistance can spread through horizontally transferred plasmids.
"By having a comprehensive insight into the genomic composition of isolates, we are able to provide a more targeted medical treatment approach."
Cedars-Sinai Medical Center
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