Our in vitro Services
We combine biologically relevant in vitro systems, fluorescence workflows, advanced imaging, and quantitative analysis to generate study-ready data.
Model Development
Advanced 2D and 3D in vitro systems designed around your biology, including tailored cellular configurations and disease-relevant experimental setups.
Fluorescence Labeling
Immunofluorescence, immunocytochemistry, multiplex labeling, and related fluorescence workflows for cellular, subcellular, and matrix-level readouts.
Advanced Imaging
High-quality fluorescence imaging across fixed and complex cellular models, with workflows optimized for spatial resolution, consistency, and interpretability.
Quantitative Analysis
Structured image-based analysis to extract reproducible biological insights, support comparisons across conditions, and strengthen study-level interpretation.
Service Tiers
Flexible engagement across the full experimental pipeline from targeted imaging to fully integrated biological discovery.
Integrated Discovery
End-to-End Study Design & Execution
A full-scope engagement across model development, perturbation strategy, fluorescence workflows, imaging, and interpretation—ideal when you want a more complete biological readout and decision-ready study support.
Functional Assays
Assay Execution & Biological Analysis
A focused engagement for assay execution and biological readouts when the experimental framework is largely defined but you still need strong fluorescence imaging, quantitative analysis, and interpretation support.
Analytical Imaging
Fluorescence Imaging & Analysis
Best suited when you want fluorescence labeling, advanced imaging, and quantitative analysis without a broader integrated experimental package.
Labeling & Imaging
Fluorescence Labeling & Imaging
A streamlined engagement focused on fluorescence labeling and imaging for clients who primarily need strong visual outputs and microscopy execution.
CellCircuit Bio Platform Development
In parallel with our CRO services, we are developing an automation platform originating from Stanford research, designed to improve the scalability and reproducibility of fluorescence-based assays.
More on this to come soon.