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Microorganisms - copy space
Microorganisms - copy space - (microscopic view, magnification 200X)
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Macrophage or lymphocyte chasing bacteria
Animation of macrophage or lymphocyte chasing and killing bacteria
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Animation showing an example of the use of synthetic biology, to create bacteria engineered to detect the presence of parasites.
This bacterium contains both its own DNA (green helix) and an artificial part (blue) that codes for the production of surface proteins (circles) and other internal structures. These proteins are tailored to detect the presence of...
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Philodina rotifer creating vortex current with beating cilia, for ingesting small microorganisms such as bacteria and algae.
Philodina rotifer creating vortex current with beating cilia, for ingesting small microorganisms such as bacteria and algae.
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Detached epithelial cells from Human tongue scrape with various types of swimming bacteria. Nomarski Differential Interference Contrast, horizontal field of view 650 micrometres.
Detached epithelial cells from Human tongue scrape with various types of swimming bacteria. Nomarski Differential Interference Contrast, horizontal field of view 650 micrometres.
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Detached epithelial cells from Human tongue scrape with various types of swimming bacteria. Nomarski Differential Interference Contrast, horizontal field of view 650 micrometres.
Detached epithelial cells from Human tongue scrape with various types of swimming bacteria. Nomarski Differential Interference Contrast, horizontal field of view 650 micrometres.
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Human cell in culture
Time lapse imaging of a human cell in culture. One frame per 5 sec. Magnification 600x.
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Cell division in cultured cells.
Differential interference contrast (DIC) microscopy of live human cells. Chromosomes are seen in the central dividing cell. One frame per 10 sec. Magnification 600x.
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Microorganisms - copy space
Microorganisms - copy space - (microscopic view, magnification 200X)
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Detached epithelial cells from Human tongue scrape, with various types of swimming bacteria. Nomarski Differential Interference Contrast, horizontal field of view 180 micrometres
Detached epithelial cells from Human tongue scrape, with various types of swimming bacteria. Nomarski Differential Interference Contrast, horizontal field of view 180 micrometres