The aim of our company is to develop and commercialize a non invasive microscopy module for functional monitoring of 3D cultures of human cells and complex tissues. Based on almost 10 years of research in the lab, our technology measures a signal characteristic of cell metabolism, by measuring fluctuations in the amount of light scattered by cell organelles. Our optical design is integrated into a module that can be attached to any commercial microscope and is compatible with the state of the art. Our main application is the longitudinal analysis of 3D human cell cultures, called organoids, to test the efficacy and toxicity of new drugs. It is possible to follow the evolution of all the cells in a sample over several months, reducing the number of samples used by around 90% and thus saving time, money and the environmental impact of pharmaceutical research. Lutèce Dynamics is a spinoff of Sorbonne Université, Institut de la Vision, Université PSL and Institut Langevin." title="" class="btn" data-container="body" data-html="true" data-id="259432" data-placement="top" data-toggle="popover" data-trigger="focus" style="color:#0077b5" tabindex="0" data-original-title="Lutèce Dynamics"> 346
Activities
Technologies
Entity types
Location
61 Rue de Lyon, 75012 Paris, France
Paris
France
Employees
Scale: 1 employee
Estimated: 2
Engaged catalyst
6Added in Motherbase
1 week, 5 days agoSee life in color. Microscope module and AI solutions for chemistry-free longitudinal imaging of 2D/3D live biosamples
The aim of our company is to develop and commercialize a non invasive microscopy module for functional monitoring of 3D cultures of human cells and complex tissues.
Based on almost 10 years of research in the lab, our technology measures a signal characteristic of cell metabolism, by measuring fluctuations in the amount of light scattered by cell organelles.
Our optical design is integrated into a module that can be attached to any commercial microscope and is compatible with the state of the art. Our main application is the longitudinal analysis of 3D human cell cultures, called organoids, to test the efficacy and toxicity of new drugs. It is possible to follow the evolution of all the cells in a sample over several months, reducing the number of samples used by around 90% and thus saving time, money and the environmental impact of pharmaceutical research.
Lutèce Dynamics is a spinoff of Sorbonne Université, Institut de la Vision, Université PSL and Institut Langevin.
biotech and deeptech
See life in color. Microscope module and AI solutions for chemistry-free longitudinal imaging of 2D/3D live biosamples
The aim of our company is to develop and commercialize a non invasive microscopy module for functional monitoring of 3D cultures of human cells and complex tissues.
Based on almost 10 years of research in the lab, our technology measures a signal characteristic of cell metabolism, by measuring fluctuations in the amount of light scattered by cell organelles.
Our optical design is integrated into a module that can be attached to any commercial microscope and is compatible with the state of the art. Our main application is the longitudinal analysis of 3D human cell cultures, called organoids, to test the efficacy and toxicity of new drugs. It is possible to follow the evolution of all the cells in a sample over several months, reducing the number of samples used by around 90% and thus saving time, money and the environmental impact of pharmaceutical research.
Lutèce Dynamics is a spinoff of Sorbonne Université, Institut de la Vision, Université PSL and Institut Langevin.
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