Confocal microscopy of plant tissues    (Microscope slide from Jim: www.flickr.com/photos/haseloff/ )

Confocal microscopy of plant tissues (Microscope slide from Jim: www.flickr.com/photos/haseloff/ )

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Quadruple fluorescence image revealing the complexity of the optic fiber layer of a mouse retina. Optic nerve axons and glial cells are stained red and green, respectively while actin in the blood vessel-ensheathing endothelial cells are stained blue. DNA and RNA are in orange. The image was acquired by confocal microscopy. By Thomas Deerinck, NCMIR

Quadruple fluorescence image revealing the complexity of the optic fiber layer of a mouse retina. Optic nerve axons and glial cells are stained red and green, respectively while actin in the blood vessel-ensheathing endothelial cells are stained blue. DNA and RNA are in orange. The image was acquired by confocal microscopy. By Thomas Deerinck, NCMIR

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Rat cerebellum showing Purkinje neurons (green), glia cells (red), and cell nuclei (purple). Confocal microscopy.

Rat cerebellum showing Purkinje neurons (green), glia cells (red), and cell nuclei (purple). Confocal microscopy.

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Fernan Federici, Confocal microscopy of plants (specimen microsection from Jim Haseloff's colllection).

Fernan Federici, Confocal microscopy of plants (specimen microsection from Jim Haseloff's colllection).

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Intestine section with prominently stained epithelial cells comprising the intestinal villi. Confocal microscopy

Intestine section with prominently stained epithelial cells comprising the intestinal villi. Confocal microscopy

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A rimmed hexagonal snow crystal, under an electron microscope, shows the incredible intricacies and imperfections in its structure that can never be replicated at a molecular level. Image credit: Electron and Confocal Microscopy Laboratory, Agricultural Research Service, U. S. Department of Agriculture.

A rimmed hexagonal snow crystal, under an electron microscope, shows the incredible intricacies and imperfections in its structure that can never be replicated at a molecular level. Image credit: Electron and Confocal Microscopy Laboratory, Agricultural Research Service, U. S. Department of Agriculture.

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