en
State University (France), Browse similar opportunities
SL-DRT-21-0534
Health and environment technologies, medical devices
The thesis is positioned in the domain of organoids, which enable fundamental tissue mechanisms to be studied in-vitro. The project aims at developing a new microfluidic system with integrated simple, robust and compact optical reading, and allowing for in-situ monitoring of the secretome evolution during the cell culture. The chosen model system is the culture of islets of Langerhans responsible for the endocrine function of the pancreas and playing an important role in diabetes. To reach our objective, we propose to combine two approaches within a microfluidic chip: a chip with photonic-crystal sensors that are compatible with lens-less optical reading (LED + CMOS), and a microfluidics technology integrating the pneumatic actuation of an elastic membrane. The main challenges of the project are related to the sensors sensitivity, the optical chip integration in the microfluidic system and the sampling of aliquots without perturbation of the organoid. The thesis will be in collaboration between two complementary laboratory, CEA-LETI (microfluidics, technology), and INL (photonic biosensors).
Département Microtechnologies pour la Biologie et la Santé (LETI)
Laboratoire Chimie, Capteurs et Biomatériaux
Grenoble
PARENT Charlotte
CEA
DRT/DTBS//LSMB
CEA Grenoble17 rue des martyrs F-38054 Grenoble Cedex
Phone number: 0438780194
Email: charlotte.parent@cea.fr
INSA Lyon
Electronique, Electrotechnique et Automatique (EEA)
https://www.researchgate.net/profile/Charlotte_Parent2
Start date on 01-10-2021
BENYATTOU Taha
INSA Lyon
7 Av Jean Capelle
Phone number:
Email: btaha@insa.insa-lyon.fr
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