Submit the experimental question
Start with the prediction, hypothesis, or decision that needs experimental evidence.
SingularCell connects virtual biology with real biology.
A structured path from computational prediction to a commissioned wet-lab study, built for teams that need experimental evidence without losing the thread.
in silico → wet lab
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01 / The gap
Moving from an in silico result to a wet-lab study remains fragmented.
Experimental follow-through often means translating between disciplines, finding the right capabilities, aligning a brief, and preserving the result. Each handover creates ambiguity.
SingularCell provides the connective tissue: a structured study record and a clear commissioning path from computational question to experimental package.
Prediction→Interpretation→Feasibility→Brief→Study→Result
02 / How it works
A direct route to useful evidence.
Develop the study brief
We translate the question into a clear, reviewable experimental requirement.
Assess laboratory feasibility
Relevant independent laboratories review the model, assay, endpoints, and practical constraints.
Confirm scope and delivery
The selected scope, responsibilities, timing, and data package are agreed before work begins.
Receive the experimental package
Results return as a consistent record designed to be interpreted alongside the original prediction.
03 / For computational teams
Keep the question intact as it moves into the lab.
Turn a prediction into an experimental requirement with enough precision for a laboratory to assess, scope, and execute.
- Translate computational outputs into testable requirements
- Compare feasibility against the actual model and assay
- Receive a structured package for interpretation and reuse
Designed forComputational biologists
Translational teams
R&D groups
Translational teams
R&D groups
04 / For wet labs
Make your capabilities easier to find and assess.
Register the models, assays, equipment, and delivery formats your laboratory can support. We use this information to assess fit against future study requirements.
- Describe capabilities in a consistent format
- Receive clearer study requirements
- Set expectations before a scope is confirmed
We are building a careful network ofIndependent laboratories
Specialist capabilities
Clear delivery formats
Specialist capabilities
Clear delivery formats
05 / Initial study focus
Cell-based studies where the model matters.
SingularCell initially focuses on studies that connect a computational hypothesis to a defined cell model and measurable endpoints.
Cell viability & responseTarget perturbationPhenotypic assaysMechanistic readouts
Study feasibility depends on the specific question, model, assay, timeline, and laboratory capability. Not every requirement will be suitable for commissioning.
SC→R
06 / Study record
A consistent record from prediction to result.
The original hypothesis, experimental brief, feasibility decisions, scope, and resulting data stay connected. That makes review more rigorous and future work easier to design.
- The computational prediction or hypothesis
- Model, perturbation, assay, and endpoints
- Feasibility notes and agreed scope
- Experimental data and delivery context
07 / About SingularCell
We are building the connective layer for experimental biology.
SingularCell does not operate its own wet laboratory. We help research teams and independent laboratories form a clearer, more accountable path from question to study.
We do not replace scientific judgment. We make the information around a study easier to share, review, and act on.
08 / Start a conversation
Bring us a question, a capability, or both.
Study requirement
Tell us what you want to test and where the evidence needs to lead.
Laboratory registration
Share the capabilities and formats your laboratory can support.