Influenza virus

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Confocal microscopy view of human pulmonary epithelial cells infected with an animal influenza virus. Three-dimensional isosurface representation of virally induced cubic structures. Image produced by the VirPath laboratory and Quantimetry Joint Center, University of Lyons.

Confocal microscopy view of human pulmonary epithelial cells infected with an animal influenza virus. Three-dimensional isosurface representation of virally induced cubic structures. Image produced by the VirPath laboratory and Quantimetry Joint Center, University of Lyons.

 

Confocal microscopy view of human pulmonary epithelial cells infected with an animal influenza virus. Three-dimensional isosurface representation of virally induced cubic structures. Image produced by the VirPath laboratory and Quantimetry Joint Center, University of Ly

Confocal microscopy view of human pulmonary epithelial cells infected with an animal influenza virus. Three-dimensional isosurface representation of virally induced cubic structures. Image produced by the VirPath laboratory and Quantimetry Joint Center, University of Lyons.

 

Confocal microscopy view of layers of human pulmonary epithelial cells infected by fusogenic viruses. Three-dimensional isosurface representation of the cellular syncitium induced by fusion of infected cells. Image produced by the VirPath laboratory and Quantimetry Joint Center, University of Lyons.

Confocal microscopy view of layers of human pulmonary epithelial cells infected by fusogenic viruses. Three-dimensional isosurface representation of the cellular syncitium induced by fusion of infected cells. Image produced by the VirPath laboratory and Quantimetry Joint Center, University of Lyons.

 

Confocal microscopy view of the nucleus (blue) and nucleolar (red/green) compartment of a human pulmonary epithelial cell not infected by influenza virus. Three-dimensional isosurface representation produced at the Quantimetry Joint Center, UCBL1.

Confocal microscopy view of the nucleus (blue) and nucleolar (red/green) compartment of a human pulmonary epithelial cell not infected by influenza virus. Three-dimensional isosurface representation produced at the Quantimetry Joint Center, UCBL1.

 

Confocal microscopy view of subcellular relocalization of nucleolar factors in human cells infected with the A/Turkey/582/2006 H5N1 virus. Three-dimensional isosurface representation produced at the Quantimetry Joint Center, UCBL1.

Confocal microscopy view of subcellular relocalization of nucleolar factors in human cells infected with the A/Turkey/582/2006 H5N1 virus. Three-dimensional isosurface representation produced at the Quantimetry Joint Center, UCBL1.

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