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Organoids-on-a-chip technologies | CEA-Leti
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How can we better mimic the physiology of a human organ to support the medicine of the future?
Collecting cells from a patient, inserting them onto a chip, in order to conduct much less invasive tests... Such is the principle of organoids-on-a-chip technology, which will make personalized medicine a reality in the future. CEA Grenoble researchers are already working on this. They have successfully succeeded in cultivating pancreas cells, organised in 3D, on a microfluidic chip. Their aim is to examine their properties in view of improving treatments for diabetes and pancreatic cancer.
#health #innovation #cells #chips
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Thank you for watching! Whether you are a company looking for a technological advantage for your product or a student, recent graduate, or technology professional looking for your next exciting career opportunity, check out the links below!
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Collecting cells from a patient, inserting them onto a chip, in order to conduct much less invasive tests... Such is the principle of organoids-on-a-chip technology, which will make personalized medicine a reality in the future. CEA Grenoble researchers are already working on this. They have successfully succeeded in cultivating pancreas cells, organised in 3D, on a microfluidic chip. Their aim is to examine their properties in view of improving treatments for diabetes and pancreatic cancer.
#health #innovation #cells #chips
------
Thank you for watching! Whether you are a company looking for a technological advantage for your product or a student, recent graduate, or technology professional looking for your next exciting career opportunity, check out the links below!
------
⏩ Follow us on LinkedIn: Leti - / leti
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