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Gabbro thin section under cross-polarized light, Field of view - FOV = 3.4 mm , rolled block in the river Aube, France. Mention : UniLaSalle collectionGabbro thin section under cross-polarized light, Field of view - FOV = 3.4 mm , rolled block in the river Aube, France. Mention : UniLaSalle collectionGabbro thin section under cross-polarized light, Field of view - FOV = 3.4 mm , rolled block in the river Aube, France. Mention : UniLaSalle collection© Jean-Yves Grospas / BiosphotoJPG - RMNon exclusive sale
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2486749

2486749

Gabbro thin section under cross-polarized light, Field of view -

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Granite thin section under cross-polarized light, Field of view - FOV = 3.4 mm , Mention : UniLaSalle collectionGranite thin section under cross-polarized light, Field of view - FOV = 3.4 mm , Mention : UniLaSalle collectionGranite thin section under cross-polarized light, Field of view - FOV = 3.4 mm , Mention : UniLaSalle collection© Jean-Yves Grospas / BiosphotoJPG - RMNon exclusive sale
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2486748

2486748

Granite thin section under cross-polarized light, Field of view -

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Labradorite thin section under cross-polarized light, Field of view - FOV = 3.4 mm , France. Mention : UniLaSalle collectionLabradorite thin section under cross-polarized light, Field of view - FOV = 3.4 mm , France. Mention : UniLaSalle collectionLabradorite thin section under cross-polarized light, Field of view - FOV = 3.4 mm , France. Mention : UniLaSalle collection© Jean-Yves Grospas / BiosphotoJPG - RMNon exclusive sale
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2486747

2486747

Labradorite thin section under cross-polarized light, Field of

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Garnet amphibolite thin section under cross-polarized light, Field of view - FOV = 3.4 mm , rolled block in the river Aube, France. Mention : UniLaSalle collectionGarnet amphibolite thin section under cross-polarized light, Field of view - FOV = 3.4 mm , rolled block in the river Aube, France. Mention : UniLaSalle collectionGarnet amphibolite thin section under cross-polarized light, Field of view - FOV = 3.4 mm , rolled block in the river Aube, France. Mention : UniLaSalle collection© Jean-Yves Grospas / BiosphotoJPG - RMNon exclusive sale
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2486746

2486746

Garnet amphibolite thin section under cross-polarized light,

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Talc thin section under cross-polarized light, Field of view - FOV = 3.4 mm , Mention : UniLaSalle collectionTalc thin section under cross-polarized light, Field of view - FOV = 3.4 mm , Mention : UniLaSalle collectionTalc thin section under cross-polarized light, Field of view - FOV = 3.4 mm , Mention : UniLaSalle collection© Jean-Yves Grospas / BiosphotoJPG - RMNon exclusive sale
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2486745

2486745

Talc thin section under cross-polarized light, Field of view -

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Gabbro thin section under cross-polarized light, Field of view - FOV = 3.4 mm , rolled block in the river Aube, France. Mention : UniLaSalle collectionGabbro thin section under cross-polarized light, Field of view - FOV = 3.4 mm , rolled block in the river Aube, France. Mention : UniLaSalle collectionGabbro thin section under cross-polarized light, Field of view - FOV = 3.4 mm , rolled block in the river Aube, France. Mention : UniLaSalle collection© Jean-Yves Grospas / BiosphotoJPG - RMNon exclusive sale
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2486744

2486744

Gabbro thin section under cross-polarized light, Field of view -

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Gn,eiss thin section under cross-polarized light, Field of view - FOV = 3.4 mm , Mention : UniLaSalle collectionGn,eiss thin section under cross-polarized light, Field of view - FOV = 3.4 mm , Mention : UniLaSalle collectionGn,eiss thin section under cross-polarized light, Field of view - FOV = 3.4 mm , Mention : UniLaSalle collection© Jean-Yves Grospas / BiosphotoJPG - RMNon exclusive sale
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2486743

2486743

Gn,eiss thin section under cross-polarized light, Field of view -

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Basalt thin section under cross-polarized light, Field of view - FOV = 3.4 mm , Libya, Tripolitania Province, Mention : UniLaSalle collectionBasalt thin section under cross-polarized light, Field of view - FOV = 3.4 mm , Libya, Tripolitania Province, Mention : UniLaSalle collectionBasalt thin section under cross-polarized light, Field of view - FOV = 3.4 mm , Libya, Tripolitania Province, Mention : UniLaSalle collection© Jean-Yves Grospas / BiosphotoJPG - RMNon exclusive sale
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2486742

2486742

Basalt thin section under cross-polarized light, Field of view -

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Medical illustration of Clostridioides difficile bacteria, formerly known as Clostridium difficile.Medical illustration of Clostridioides difficile bacteria, formerly known as Clostridium difficile.Medical illustration of Clostridioides difficile bacteria, formerly known as Clostridium difficile.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475466

2475466

Medical illustration of Clostridioides difficile bacteria,

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3D illustration of the ultrastructural morphology exhibited by coronaviruses. Note the spikes that adorn the outer surface of the virus, which impart the look of a corona surrounding the virion, when viewed electron microscopically.3D illustration of the ultrastructural morphology exhibited by coronaviruses. Note the spikes that adorn the outer surface of the virus, which impart the look of a corona surrounding the virion, when viewed electron microscopically.3D illustration of the ultrastructural morphology exhibited by coronaviruses. Note the spikes that adorn the outer surface of the virus, which impart the look of a corona surrounding the virion, when viewed electron microscopically.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475465

2475465

3D illustration of the ultrastructural morphology exhibited by

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3D illustration of the ultrastructural morphology exhibited by coronaviruses. Note the spikes that adorn the outer surface of the virus, which impart the look of a corona surrounding the virion, when viewed electron microscopically.3D illustration of the ultrastructural morphology exhibited by coronaviruses. Note the spikes that adorn the outer surface of the virus, which impart the look of a corona surrounding the virion, when viewed electron microscopically.3D illustration of the ultrastructural morphology exhibited by coronaviruses. Note the spikes that adorn the outer surface of the virus, which impart the look of a corona surrounding the virion, when viewed electron microscopically.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475464

2475464

3D illustration of the ultrastructural morphology exhibited by

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3D illustration of the ultrastructural morphology exhibited by coronaviruses. Note the spikes that adorn the outer surface of the virus, which impart the look of a corona surrounding the virion, when viewed electron microscopically.3D illustration of the ultrastructural morphology exhibited by coronaviruses. Note the spikes that adorn the outer surface of the virus, which impart the look of a corona surrounding the virion, when viewed electron microscopically.3D illustration of the ultrastructural morphology exhibited by coronaviruses. Note the spikes that adorn the outer surface of the virus, which impart the look of a corona surrounding the virion, when viewed electron microscopically.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475463

2475463

3D illustration of the ultrastructural morphology exhibited by

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Medical illustration of drug-resistant, Campylobacter sp. bacteria.Medical illustration of drug-resistant, Campylobacter sp. bacteria.Medical illustration of drug-resistant, Campylobacter sp. bacteria.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475462

2475462

Medical illustration of drug-resistant, Campylobacter sp.

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3D illustration of a group of gram-positive, Streptococcus pneumoniae bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.
3D illustration of a group of gram-positive, Streptococcus pneumoniae bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. 3D illustration of a group of gram-positive, Streptococcus pneumoniae bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. © Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475461

2475461

3D illustration of a group of gram-positive, Streptococcus

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3D illustration of a group of gram-positive, Streptococcus agalactiae (group B Streptococcus) bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.
3D illustration of a group of gram-positive, Streptococcus agalactiae (group B Streptococcus) bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. 3D illustration of a group of gram-positive, Streptococcus agalactiae (group B Streptococcus) bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. © Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475460

2475460

3D illustration of a group of gram-positive, Streptococcus

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3D illustration of a group of gram-positive, Corynebacterium diphtheriae, bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.
3D illustration of a group of gram-positive, Corynebacterium diphtheriae, bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. 3D illustration of a group of gram-positive, Corynebacterium diphtheriae, bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. © Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475459

2475459

3D illustration of a group of gram-positive, Corynebacterium

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3D illustration of a group of gram-negative, Chlamydia psittaci bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.
3D illustration of a group of gram-negative, Chlamydia psittaci bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. 3D illustration of a group of gram-negative, Chlamydia psittaci bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. © Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475458

2475458

3D illustration of a group of gram-negative, Chlamydia psittaci

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3D illustration of a group of aerobic, gram-negative, Bordetella pertussis bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.
3D illustration of a group of aerobic, gram-negative, Bordetella pertussis bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. 3D illustration of a group of aerobic, gram-negative, Bordetella pertussis bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. © Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475457

2475457

3D illustration of a group of aerobic, gram-negative, Bordetella

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3D illustration of a number of oblong-shaped, Yersinia enterocolitica bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.3D illustration of a number of oblong-shaped, Yersinia enterocolitica bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.3D illustration of a number of oblong-shaped, Yersinia enterocolitica bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475456

2475456

3D illustration of a number of oblong-shaped, Yersinia

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3D illustration of a number of oblong-shaped, Yersinia enterocolitica bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.3D illustration of a number of oblong-shaped, Yersinia enterocolitica bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.3D illustration of a number of oblong-shaped, Yersinia enterocolitica bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475455

2475455

3D illustration of a number of oblong-shaped, Yersinia

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3D illustration of a number of oblong-shaped, Vibrio parahaemolyticus bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.3D illustration of a number of oblong-shaped, Vibrio parahaemolyticus bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.3D illustration of a number of oblong-shaped, Vibrio parahaemolyticus bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475454

2475454

3D illustration of a number of oblong-shaped, Vibrio

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3D illustration of a number of oblong-shaped, Vibrio parahaemolyticus bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.3D illustration of a number of oblong-shaped, Vibrio parahaemolyticus bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.3D illustration of a number of oblong-shaped, Vibrio parahaemolyticus bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475453

2475453

3D illustration of a number of oblong-shaped, Vibrio

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3D illustration of a number of rod-shaped, drug-resistant, Shigella bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. The exterior of the Shigella bacterium is fimbriated, covered by numerous thin, hair-like projections, imparting a furry appearance.3D illustration of a number of rod-shaped, drug-resistant, Shigella bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. The exterior of the Shigella bacterium is fimbriated, covered by numerous thin, hair-like projections, imparting a furry appearance.3D illustration of a number of rod-shaped, drug-resistant, Shigella bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. The exterior of the Shigella bacterium is fimbriated, covered by numerous thin, hair-like projections, imparting a furry appearance.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475452

2475452

3D illustration of a number of rod-shaped, drug-resistant,

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3D illustration of a number of Salmonella serotype Typhi bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. Note the presence of numerous thin, short fimbriae, emanating from the organisms’ cell wall, imparting a furry appearance to these bacteria. Multiple peritrichous flagella protrude in all directions from the cell wall, which provide the bacteria with a mode of motility.3D illustration of a number of Salmonella serotype Typhi bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. Note the presence of numerous thin, short fimbriae, emanating from the organisms’ cell wall, imparting a furry appearance to these bacteria. Multiple peritrichous flagella protrude in all directions from the cell wall, which provide the bacteria with a mode of motility.3D illustration of a number of Salmonella serotype Typhi bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. Note the presence of numerous thin, short fimbriae, emanating from the organisms’ cell wall, imparting a furry appearance to these bacteria. Multiple peritrichous flagella protrude in all directions from the cell wall, which provide the bacteria with a mode of motility.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475451

2475451

3D illustration of a number of Salmonella serotype Typhi

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3D illustration of a grouping of Listeria monocytogenes bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.
3D illustration of a grouping of Listeria monocytogenes bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. 3D illustration of a grouping of Listeria monocytogenes bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. © Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475450

2475450

3D illustration of a grouping of Listeria monocytogenes bacteria.

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3D illustration of a cluster of barrel-shaped, Clostridium perfringens bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.3D illustration of a cluster of barrel-shaped, Clostridium perfringens bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.3D illustration of a cluster of barrel-shaped, Clostridium perfringens bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475449

2475449

3D illustration of a cluster of barrel-shaped, Clostridium

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3D illustration of a cluster of barrel-shaped, Clostridium perfringens bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.3D illustration of a cluster of barrel-shaped, Clostridium perfringens bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.3D illustration of a cluster of barrel-shaped, Clostridium perfringens bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475448

2475448

3D illustration of a cluster of barrel-shaped, Clostridium

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3D illustration of a cluster of drug resistant, curlicue-shaped, Campylobacter sp. bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.3D illustration of a cluster of drug resistant, curlicue-shaped, Campylobacter sp. bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.3D illustration of a cluster of drug resistant, curlicue-shaped, Campylobacter sp. bacteria. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475447

2475447

3D illustration of a cluster of drug resistant, curlicue-shaped,

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3D illustration of a group of anaerobic, spore-forming, Clostridium sp. organisms. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. A number of these organisms had assumed a safety-pin, or club-shape, indicating that they had entered what is known as an endospore phase, which is a tougher, dormant phase, resistant to heat and UV-radiation. 
3D illustration of a group of anaerobic, spore-forming, Clostridium sp. organisms. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. A number of these organisms had assumed a safety-pin, or club-shape, indicating that they had entered what is known as an endospore phase, which is a tougher, dormant phase, resistant to heat and UV-radiation. 3D illustration of a group of anaerobic, spore-forming, Clostridium sp. organisms. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. A number of these organisms had assumed a safety-pin, or club-shape, indicating that they had entered what is known as an endospore phase, which is a tougher, dormant phase, resistant to heat and UV-radiation. © Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475446

2475446

3D illustration of a group of anaerobic, spore-forming,

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3D illustration of a group of anaerobic, spore-forming, Clostridium sp. organisms. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. A number of these organisms had assumed a safety-pin, or club-shape, indicating that they had entered what is known as an endospore phase, which is a tougher, dormant phase, resistant to heat and UV-radiation.
3D illustration of a group of anaerobic, spore-forming, Clostridium sp. organisms. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. A number of these organisms had assumed a safety-pin, or club-shape, indicating that they had entered what is known as an endospore phase, which is a tougher, dormant phase, resistant to heat and UV-radiation. 3D illustration of a group of anaerobic, spore-forming, Clostridium sp. organisms. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. A number of these organisms had assumed a safety-pin, or club-shape, indicating that they had entered what is known as an endospore phase, which is a tougher, dormant phase, resistant to heat and UV-radiation. © Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475445

2475445

3D illustration of a group of anaerobic, spore-forming,

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3D illustration of norovirus virions set against a white background. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.
3D illustration of norovirus virions set against a white background. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. 3D illustration of norovirus virions set against a white background. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. © Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475444

2475444

3D illustration of norovirus virions set against a white

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3D illustration of norovirus virions set against a black background. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.
3D illustration of norovirus virions set against a black background. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. 3D illustration of norovirus virions set against a black background. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. © Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475443

2475443

3D illustration of norovirus virions set against a black

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3D illustration of a tightly packed, icosahedral poliovirus particle, each consisting of 60-copies of capsid polypeptides. A deep canyon on the capsid surface, surrounds the apex of each pentamer of the virus. The canyon, together with the pentamer apex, are used as the site for capsid binding to cellular receptors. 
3D illustration of a tightly packed, icosahedral poliovirus particle, each consisting of 60-copies of capsid polypeptides. A deep canyon on the capsid surface, surrounds the apex of each pentamer of the virus. The canyon, together with the pentamer apex, are used as the site for capsid binding to cellular receptors. 3D illustration of a tightly packed, icosahedral poliovirus particle, each consisting of 60-copies of capsid polypeptides. A deep canyon on the capsid surface, surrounds the apex of each pentamer of the virus. The canyon, together with the pentamer apex, are used as the site for capsid binding to cellular receptors. © Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475442

2475442

3D illustration of a tightly packed, icosahedral poliovirus

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3D illustration of spherical-shaped, measles virus particle, that is studded with glycoprotein tubercles. These tubercular studs colorized maroon, are known as H-proteins (hemagglutinin), while those colorized gray, represented what are referred to as F-proteins (fusion). The F-protein is responsible for fusion of the virus and host cell membranes, viral penetration, and hemolysis. The H-protein is responsible for the binding of virions to cells. Both types of proteinaceous studs are embedded in the particle envelope’s lipid bilayer.
3D illustration of spherical-shaped, measles virus particle, that is studded with glycoprotein tubercles. These tubercular studs colorized maroon, are known as H-proteins (hemagglutinin), while those colorized gray, represented what are referred to as F-proteins (fusion). The F-protein is responsible for fusion of the virus and host cell membranes, viral penetration, and hemolysis. The H-protein is responsible for the binding of virions to cells. Both types of proteinaceous studs are embedded in the particle envelope’s lipid bilayer. 3D illustration of spherical-shaped, measles virus particle, that is studded with glycoprotein tubercles. These tubercular studs colorized maroon, are known as H-proteins (hemagglutinin), while those colorized gray, represented what are referred to as F-proteins (fusion). The F-protein is responsible for fusion of the virus and host cell membranes, viral penetration, and hemolysis. The H-protein is responsible for the binding of virions to cells. Both types of proteinaceous studs are embedded in the particle envelope’s lipid bilayer. © Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475441

2475441

3D illustration of spherical-shaped, measles virus particle, that

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3D illustration of a group of methicillin-resistant, Staphylococcus aureus (MRSA) bacteria, which are arranged in a cluster. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.
3D illustration of a group of methicillin-resistant, Staphylococcus aureus (MRSA) bacteria, which are arranged in a cluster. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. 3D illustration of a group of methicillin-resistant, Staphylococcus aureus (MRSA) bacteria, which are arranged in a cluster. This artistic recreation is based upon scanning electron microscopic (SEM) imagery. © Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475440

2475440

3D illustration of a group of methicillin-resistant,

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3D illustration of a generic Influenza virion’s ultrastructure.3D illustration of a generic Influenza virion’s ultrastructure.3D illustration of a generic Influenza virion’s ultrastructure.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475439

2475439

3D illustration of a generic Influenza virion’s ultrastructure.

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Digitally colorized scanning electron micrograph revealing ultrastructural details at the site of interaction of two spherical shaped, Middle East respiratory syndrome coronavirus (MERS-CoV) viral particles, colorized blue, that were on the surface of a camel epithelial cell, colorized red.
Digitally colorized scanning electron micrograph revealing ultrastructural details at the site of interaction of two spherical shaped, Middle East respiratory syndrome coronavirus (MERS-CoV) viral particles, colorized blue, that were on the surface of a camel epithelial cell, colorized red. Digitally colorized scanning electron micrograph revealing ultrastructural details at the site of interaction of two spherical shaped, Middle East respiratory syndrome coronavirus (MERS-CoV) viral particles, colorized blue, that were on the surface of a camel epithelial cell, colorized red. © Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475438

2475438

Digitally colorized scanning electron micrograph revealing

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25,000x magnified colorized scanning electron micrograph of filamentous Ebola virus particles (red) budding from a chronically infected VERO E6 cell (blue).25,000x magnified colorized scanning electron micrograph of filamentous Ebola virus particles (red) budding from a chronically infected VERO E6 cell (blue).25,000x magnified colorized scanning electron micrograph of filamentous Ebola virus particles (red) budding from a chronically infected VERO E6 cell (blue).© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475437

2475437

25,000x magnified colorized scanning electron micrograph of

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3D digitally generated image of a number of drug-resistant, Neisseria gonorrhoeae diplococcus bacteria. Note that extending from the organisms’ exterior are type IV pili, or hair-like appendages, which in this case, are used to promote motility for these bacteria, and improve surface adherence. This artistic recreation is based upon scanning electron microscopic imagery.3D digitally generated image of a number of drug-resistant, Neisseria gonorrhoeae diplococcus bacteria. Note that extending from the organisms’ exterior are type IV pili, or hair-like appendages, which in this case, are used to promote motility for these bacteria, and improve surface adherence. This artistic recreation is based upon scanning electron microscopic imagery.3D digitally generated image of a number of drug-resistant, Neisseria gonorrhoeae diplococcus bacteria. Note that extending from the organisms’ exterior are type IV pili, or hair-like appendages, which in this case, are used to promote motility for these bacteria, and improve surface adherence. This artistic recreation is based upon scanning electron microscopic imagery.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475436

2475436

3D digitally generated image of a number of drug-resistant,

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3D illustration of a fluconazole-resistant species from the genus of fungal organisms, Candida. In this view, you will note that there were clusters, as well as single blastoconidia, which are the asexually produced reproductive cells that are produced through the process of budding, that were attached to the septate hyphal filaments. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.3D illustration of a fluconazole-resistant species from the genus of fungal organisms, Candida. In this view, you will note that there were clusters, as well as single blastoconidia, which are the asexually produced reproductive cells that are produced through the process of budding, that were attached to the septate hyphal filaments. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.3D illustration of a fluconazole-resistant species from the genus of fungal organisms, Candida. In this view, you will note that there were clusters, as well as single blastoconidia, which are the asexually produced reproductive cells that are produced through the process of budding, that were attached to the septate hyphal filaments. This artistic recreation is based upon scanning electron microscopic (SEM) imagery.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475435

2475435

3D illustration of a fluconazole-resistant species from the genus

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Under a magnification of 100X, this scanning electron microscopic (SEM) image, reveals some of the ultrastructural morphology exhibited by a grouping of ham mites, Tyrophagus putrescentiae. The ham mite is an agricultural pest, at times, infesting high moisture grain, semi-moist pet foods, cheeses, and dried meats. It is also referred to as the cheese mite, mold mite or copra mite.Under a magnification of 100X, this scanning electron microscopic (SEM) image, reveals some of the ultrastructural morphology exhibited by a grouping of ham mites, Tyrophagus putrescentiae. The ham mite is an agricultural pest, at times, infesting high moisture grain, semi-moist pet foods, cheeses, and dried meats. It is also referred to as the cheese mite, mold mite or copra mite.Under a magnification of 100X, this scanning electron microscopic (SEM) image, reveals some of the ultrastructural morphology exhibited by a grouping of ham mites, Tyrophagus putrescentiae. The ham mite is an agricultural pest, at times, infesting high moisture grain, semi-moist pet foods, cheeses, and dried meats. It is also referred to as the cheese mite, mold mite or copra mite.© Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475434

2475434

Under a magnification of 100X, this scanning electron microscopic

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3D image illustrating the very beginning stages of an influenza (flu) infection. Most experts think that influenza viruses spread mainly through small droplets containing influenza virus. These droplets are expelled into the air when people infected with the flu, cough, sneeze or talk. Once in the air, these small infectious droplets can land in the mouths or noses of people who are nearby. This image shows what happens after these influenza viruses enter the human body. The viruses attach to cells within the nasal passages and throat (i.e., the respiratory tract). . The influenza virus’s hemagglutinin (HA) surface proteins then bind to the sialic acid receptors on the surface of a human respiratory tract cell. The structure of the influenza virus’s HA surface proteins is designed to fit the sialic acid receptors of the human cell, like a key to a lock. Once the key enters the lock, the influenza virus is then able to enter and infect the cell. This marks the beginning of a flu infection.
3D image illustrating the very beginning stages of an influenza (flu) infection. Most experts think that influenza viruses spread mainly through small droplets containing influenza virus. These droplets are expelled into the air when people infected with the flu, cough, sneeze or talk. Once in the air, these small infectious droplets can land in the mouths or noses of people who are nearby. This image shows what happens after these influenza viruses enter the human body. The viruses attach to cells within the nasal passages and throat (i.e., the respiratory tract). . The influenza virus’s hemagglutinin (HA) surface proteins then bind to the sialic acid receptors on the surface of a human respiratory tract cell. The structure of the influenza virus’s HA surface proteins is designed to fit the sialic acid receptors of the human cell, like a key to a lock. Once the key enters the lock, the influenza virus is then able to enter and infect the cell. This marks the beginning of a flu infection. 3D image illustrating the very beginning stages of an influenza (flu) infection. Most experts think that influenza viruses spread mainly through small droplets containing influenza virus. These droplets are expelled into the air when people infected with the flu, cough, sneeze or talk. Once in the air, these small infectious droplets can land in the mouths or noses of people who are nearby. This image shows what happens after these influenza viruses enter the human body. The viruses attach to cells within the nasal passages and throat (i.e., the respiratory tract). . The influenza virus’s hemagglutinin (HA) surface proteins then bind to the sialic acid receptors on the surface of a human respiratory tract cell. The structure of the influenza virus’s HA surface proteins is designed to fit the sialic acid receptors of the human cell, like a key to a lock. Once the key enters the lock, the influenza virus is then able to enter and infect the cell. This marks the beginning of a flu infection. © Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2475433

2475433

3D image illustrating the very beginning stages of an influenza

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Coronavirus spike protein structure. This illustration shows a viral membrane decorated with spike glycoproteins; highlighted in red is a potential neutralization site, which is a protein sequence that might be used as a target for vaccines to combat viruses such as MERS-CoV and other coronaviruses.Coronavirus spike protein structure. This illustration shows a viral membrane decorated with spike glycoproteins; highlighted in red is a potential neutralization site, which is a protein sequence that might be used as a target for vaccines to combat viruses such as MERS-CoV and other coronaviruses.Coronavirus spike protein structure. This illustration shows a viral membrane decorated with spike glycoproteins; highlighted in red is a potential neutralization site, which is a protein sequence that might be used as a target for vaccines to combat viruses such as MERS-CoV and other coronaviruses.© National Institutes of Health / Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2473709

2473709

Coronavirus spike protein structure. This illustration shows a

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Cytoskeleton. Immunofluorescence image of actin bundles in muscle precursor cells called myoblasts. The actin is labeled with fluorescently-tagged phalloidin, which is a toxin from the Amanita phalloides mushroom. Nuclei are shown in blue.Cytoskeleton. Immunofluorescence image of actin bundles in muscle precursor cells called myoblasts. The actin is labeled with fluorescently-tagged phalloidin, which is a toxin from the Amanita phalloides mushroom. Nuclei are shown in blue.Cytoskeleton. Immunofluorescence image of actin bundles in muscle precursor cells called myoblasts. The actin is labeled with fluorescently-tagged phalloidin, which is a toxin from the Amanita phalloides mushroom. Nuclei are shown in blue.© National Institutes of Health / Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2473706

2473706

Cytoskeleton. Immunofluorescence image of actin bundles in muscle

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Bone cancer cell. This image shows an osteosarcoma cell with DNA in blue, energy factories (mitochondria) in yellow and actin filaments, part of the cellular skeleton, in purple. One of the few cancers that originate in the bones, osteosarcoma is extremely rare.Bone cancer cell. This image shows an osteosarcoma cell with DNA in blue, energy factories (mitochondria) in yellow and actin filaments, part of the cellular skeleton, in purple. One of the few cancers that originate in the bones, osteosarcoma is extremely rare.Bone cancer cell. This image shows an osteosarcoma cell with DNA in blue, energy factories (mitochondria) in yellow and actin filaments, part of the cellular skeleton, in purple. One of the few cancers that originate in the bones, osteosarcoma is extremely rare.© National Institutes of Health / Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2473705

2473705

Bone cancer cell. This image shows an osteosarcoma cell with DNA

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Coxiella burnetii, the bacteria that causes Q Fever. A dry fracture of a Vero cell exposing the contents of a vacuole where Coxiella burnetii are busy growing.Coxiella burnetii, the bacteria that causes Q Fever. A dry fracture of a Vero cell exposing the contents of a vacuole where Coxiella burnetii are busy growing.Coxiella burnetii, the bacteria that causes Q Fever. A dry fracture of a Vero cell exposing the contents of a vacuole where Coxiella burnetii are busy growing.© National Institutes of Health / Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2473704

2473704

Coxiella burnetii, the bacteria that causes Q Fever. A dry

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Scanning electron micrograph of a human T lymphocyte (also called a T cell) from the immune system of a healthy donor.Scanning electron micrograph of a human T lymphocyte (also called a T cell) from the immune system of a healthy donor.Scanning electron micrograph of a human T lymphocyte (also called a T cell) from the immune system of a healthy donor.© National Institutes of Health / Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2473702

2473702

Scanning electron micrograph of a human T lymphocyte (also called

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Scanning electron micrograph of just-divided HeLa cells. Zeiss Merlin HR-SEM.Scanning electron micrograph of just-divided HeLa cells. Zeiss Merlin HR-SEM.Scanning electron micrograph of just-divided HeLa cells. Zeiss Merlin HR-SEM.© National Institutes of Health / Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2473701

2473701

Scanning electron micrograph of just-divided HeLa cells. Zeiss

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Scanning electron micrograph of an apoptotic HeLa cell. Zeiss Merlin HR-SEM.Scanning electron micrograph of an apoptotic HeLa cell. Zeiss Merlin HR-SEM.Scanning electron micrograph of an apoptotic HeLa cell. Zeiss Merlin HR-SEM.© National Institutes of Health / Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2473700

2473700

Scanning electron micrograph of an apoptotic HeLa cell. Zeiss

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Scanning electron micrograph of HIV particles infecting a human H9 T cell.Scanning electron micrograph of HIV particles infecting a human H9 T cell.Scanning electron micrograph of HIV particles infecting a human H9 T cell.© National Institutes of Health / Stocktrek Images / BiosphotoJPG - RMNon exclusive sale
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2473697

2473697

Scanning electron micrograph of HIV particles infecting a human

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