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IMAGES ET IMAGERIE

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Section of the cerebellum (in a brain) stained for Purkinje cells (red) and nuclei (blue) (40x)Cerebellum brain section of a rat showing Bergmann glia (white) and nuclei (green) (20x)Hippocampal slice culture stained for neurons (blue), astrocytes (green) and proliferating cells (red) (20x)Hippocampal neurons (10x)Dentate gyrus of a optically-cleared transgenic mouse brain in 3D (10x)Retinal ganglion cells in the whole-mounted mouse retina (20x)Human neural rosette primordial brain cells, differentiated from embryonic stem cells in the culture dish (used to study brain development and Huntington’s disease) (10x)Mouse retinal ganglion cells (40x)Human HeLa cell undergoing cell division (cytokinesis). DNA (yellow), myosin II (blue) and actin filaments (red) (60x)Brain cells from skin cells : Specifically, this is a culture of neurons (stained green) derived from human skin cells, and Schwann cells, a second type of brain cell (stained red), which have started to cover the neuron in the same way these cells interact in the brain. (20x)

Section of the cerebellum (in a brain) stained for Purkinje cells (red) and nuclei (blue) (40x)Cerebellum brain section of a rat showing Bergmann glia (white) and nuclei (green) (20x)Hippocampal slice culture stained for neurons (blue), astrocytes (green) and proliferating cells (red) (20x)Hippocampal neurons (10x)Dentate gyrus of a optically-cleared transgenic mouse brain in 3D (10x)Retinal ganglion cells in the whole-mounted mouse retina (20x)Human neural rosette primordial brain cells, differentiated from embryonic stem cells in the culture dish (used to study brain development and Huntington’s disease) (10x)Mouse retinal ganglion cells (40x)Human HeLa cell undergoing cell division (cytokinesis). DNA (yellow), myosin II (blue) and actin filaments (red) (60x)Brain cells from skin cells : Specifically, this is a culture of neurons (stained green) derived from human skin cells, and Schwann cells, a second type of brain cell (stained red), which have started to cover the neuron in the same way these cells interact in the brain. (20x)

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