With quality control checks, interactive visual data analysis, and Differential Gene Expression, single-cell data analysis has never been this easy!
Cytonaut covers the entire workflow, from raw data pre-processing to clustering, annotation, and figure generation
Get your first insight in your single-cell data within hours
Cytonaut was designed with both biologists and bioinformaticians in mind, for a smooth experience
Cytonaut is 100% cloud-based and accessible 24/7 through a simple webpage – no need for installs!
Cytonaut uses Open Data formats, meaning you can plug in or extract your data during any step in the pipeline
Cytonaut is in constant expansion as our team regularly adds new state-of-the-art features
Getting started in single-cell data analysis can feel daunting and time-consuming. Bioinformaticians are also in great demand and can’t attend to all projects at once.
With its intuitive and user-friendly interface, Cytonaut enables biologists and bioinformaticians alike to dive into single-cell data within hours from FASTQ files, no coding required!
Explore what Cytonaut can do for you!
Once you have your FastQ file from your local platform….
1
2
3
4
And share them with your collaborators!
Too many software out there are "black boxes", with one data input and one outcome, but little is known about the algorithms and choices made for you in between.
With Cytonaut, you remain in control at every step of your analysis, and can fine-tune many parameters to highlight your biological interpretations.
You may also import custom data, and when required extract dataset files to feed into an homebrew pipeline or external analysis tools.
The Rover module of Cytonaut enables a one-of-a-kind interactivity and in-depth exploration.
When visualizing UMAP clusters and gene expression profiles, investigate subsets of your cell populations and extract the most meaningful biological information from your single-cell experiments, one cell at a time.
Discover Asteria™, Cytonaut’s companion and most straightforward workflow for generating cDNA from your single-cell suspensions.