Compare drug efficacy
better & faster.

FluoSphera’s technology is rooted in research on cell encapsulation, tissue organization, and multi-tissue systems biology. Here is how the platform works.

Decorative background for the FluoSelect sectionFluorescence microscopy of a microtissue stained magenta and green

what fluoselect delivers

O1

Selectivity profiling

Compare drug effects across multiple tissue types simultaneously to identify selective hits early.

O2

Efficacy readouts

Generate quantitative phenotypic data from human 3D tissues with high-content imaging.

O3

Tissue-specific response

Understand how your compound behaves in each tissue type, from binding and tissue penetration to tissue cross-reactivity, within the same well.

case studies

Seeing it work
in practice.

FluoSphera’s technology is rooted in research on cell encapsulation, tissue organization, and multi-tissue systems biology. Here is how the platform works.

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How we run comparative efficacy studies.

Study design consultation.

Fluorescence microscopy of a microtissue cluster glowing white on a black background

We define the tissues, treatment strategy, and readouts around your decision-making needs.

Tissue
preparation.

Fluorescence microscopy of a microtissue cluster stained purple on a black background

Colour-coded tissues are prepared for each tissue type in the study panel.

Compound treatment 
& imaging.

Fluorescence microscopy of a microtissue with cells stained purple and green

High-content imaging captures phenotypic data across tissues and organoids.

Efficacy testing
report.

Fluorescence microscopy of a microtissue with cells stained magenta and green

You receive a structured data package with key efficacy parameters and interpretation.

partnership models

Predictive biology

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