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SCIENCE

Only 5% of drugs that enter clinical trials
are ultimately approved
due to limitations in pre-clinical testing.

 

What if we could change that?

 

Precise data starts with protected samples:

Our reagents, products, and methods have been designed to  analyze

organoids, spheroids, and cells directly within their ideal growing environment. 

Image: Liver Cancer Spheroids in CellO-M

Our patent-pending technologies transform studies by:

 

Safeguarding Biospecimens

The technology minimizes sample manipulation and simplifies complex protocols

eliminating stressful transfers, centrifuging, and pipetting.

 

Preserved 3D Architecture

The delicate 3D structure of cells, organoids, and spheroids are protected

in an elegantly designed environment.

That provides a more complete picture of cellular behavior

by analyzing cells in their native state. 

 

Uncompromised Cellular Integrity

Molecules and structures remain intact,

leading to unparalleled data accuracy and reduced variability.

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The Result: Streamlined Workflows and Accelerated Research

 

Reduced Time & Costs by up to 30%

The scientists save valuable time

and resources previously spent on tedious protocols.

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Confident Studies, Faster Insights

The technology assures reliable data, 

streamlines workflows, and accelerates research progress

by significantly reducing the need for repeat experiments (up to 50%).

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Unlocking the Power of Reliable Data

 

Identify New Drug Targets

The technology empowers scientists

to gain a clearer picture of biological processes, 

paving the way for the discovery of novel drug targets.

 

Faster Drug Development

The technology ensures the production of reliable data,

which is a key factor for decision-making in drug development.

 

Reduced Costs & Improved Outcomes

The technology eliminates wasted research from unreliable data,

freeing up crucial resources

for breakthrough drug development and personalized medicine.

   

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Cellorama   Protocols 
 

Investigation of organoids, spheroids, and cells has never been
this
simple and precise with the following protocols:

®

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