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Viruses Cellular Models

Detailed computer-rendered models of various viruses, showcasing intricate structures with vibrant colors, illustrating their complex forms.

Human rhinovirus 16 particle
Human rhinovirus 16 particle
214 assets in this story
4128R-11474732
Infantile gastroenteritis virus, computer artwork.
4128R-34147
Bluetongue virus capsid, molecular model. This virus, transmitted by midges, causes bluetongue disease in ruminants (commonly sheep, and less frequent...
4128R-11313703
Brome virus, computer artwork.
1848-49478267
Simple model of an orange corona virus with clove (Syzygium aromaticum)
4128R-11313764
Mimi virus, computer artwork.
1525-27153870
Covid-19 - Coronavirus Isolated with Clipping Path, 3D Rendering
6188-67446045
Virus with growing chart and red arrow. 3D rendering Virus with growing chart and red arrow. 3D rendering isolated on white background Copyright: xZoonar.com/natatravelx 22980718
1848-50842826
Coronavirus in the city, portrait format
6188-67666613
Schutz Rumäniens vor dem Coronavirus. 3D-Rendering Schutz Rumäniens vor dem Coronavirus. 3D-Rendering Copyright: xZoonar.com/natatravelx 23089468
4409-28578148
Infographic of the infection by the AIDS virus from the moment it invades the cell to its propagation, and the consequences of the immune system. QuarkXPress (.qxp); 6259x4015.
6188-67454610
Protection of Ukraine from coronavirus. 3D rendering Protection of Ukraine from coronavirus. 3D rendering isolated on white background Copyright: xZoonar.com/natatravelx 23011504
4128-38524183
Phage therapy, conceptual illustration
6188-67648908
Virus with infrared electronic thermometer. 3D rendering Virus with infrared electronic thermometer. 3D rendering isolated on white background Copyright: xZoonar.com/natatravelx 23045606
4239-18641823
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 infe
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