Robert-Debré Hospital/NeuroDiderot
The UMR 1141 NeuroDiderot of the Robert Debré Hospital provides the scientific community with three platforms dedicated to the analysis of neuroinflammatory processes, the in vivo study of rodent models at birth and the modelling of human neurodevelopment using organoids.
NEUROINFLAMMATION : The platform for the study of neuroinflammation integrates a comprehensive set of technologies and expertise dedicated to the analysis of neuroinflammatory processes, such as the analysis of microglial activation, cell sorting from rodent brains, the study of peripheral inflammatory processes and the analysis of neuroprotective properties of molecules.
(http://www.neuroinflammation.fr/index.html#microglie)
DHIM (Developmental Histology Immunochemistry & Microscopy): Specialized in the study of neurological and pathological development of brain tissues, the DHIM platform is equipped to analyze tissues of human or animal origin using histology, immunohistochemistry, and microscopy tools.
(https://neurodiderot.u-paris.fr/plateformes/dhim/)
NemoClinics : This platform provides new methods for the in vivo study of rodent models at birth and enables the application of a new methodology for screening drug candidates.
NeoVent, an original device for the detection of central and obstructive apnoea in newborn mice from the NemoClinics platform.
(http://nemoclinics.org/fr/bienvenue/)
NEUROINFLAMMATION : The platform for the study of neuroinflammation integrates a comprehensive set of technologies and expertise dedicated to the analysis of neuroinflammatory processes, such as the analysis of microglial activation, cell sorting from rodent brains, the study of peripheral inflammatory processes and the analysis of neuroprotective properties of molecules.
(http://www.neuroinflammation.fr/index.html#microglie)
DHIM (Developmental Histology Immunochemistry & Microscopy): Specialized in the study of neurological and pathological development of brain tissues, the DHIM platform is equipped to analyze tissues of human or animal origin using histology, immunohistochemistry, and microscopy tools.
(https://neurodiderot.u-paris.fr/plateformes/dhim/)
NemoClinics : This platform provides new methods for the in vivo study of rodent models at birth and enables the application of a new methodology for screening drug candidates.
NeoVent, an original device for the detection of central and obstructive apnoea in newborn mice from the NemoClinics platform.
(http://nemoclinics.org/fr/bienvenue/)
HumBo: The HumBO (Human Brain Organoids) platform is dedicated to modelling normal and pathological human brain development using human brain organoids.
(https://neurodiderot.u-paris.fr/plateformes/humbo/)
(https://neurodiderot.u-paris.fr/plateformes/humbo/)
