Virus Particles Collection

MERS coronavirus, TEM C015 / 1772
MERS coronavirus, coloured transmission electron micrograph (TEM). This virus (originally novel coronavirus 2012) has been named Middle East respiratory syndrome (MERS) coronavirus

MERS coronavirus, TEM C015 / 1773
MERS coronavirus, coloured transmission electron micrograph (TEM). This virus (originally novel coronavirus 2012) has been named Middle East respiratory syndrome (MERS) coronavirus

MERS coronavirus, TEM C015 / 7155
MERS coronavirus. Coloured transmission electron micrograph (TEM) of MERS coronavirus particles (orange) budding from a host cell (brown)

MERS coronavirus, TEM C015 / 7157
MERS coronavirus. Coloured transmission electron micrograph (TEM) of MERS coronavirus particles (small green dots) budding from a host cell (brown)

MERS coronavirus, TEM C015 / 7158
MERS coronavirus. Transmission electron micrograph (TEM) of MERS coronavirus particles (small dots) budding from a host cell (centre)

MERS coronavirus, TEM C015 / 7156
MERS coronavirus. Coloured transmission electron micrograph (TEM) of MERS coronavirus particles (small orange dots) budding from a host cell (red)

Mouse leukaemia virus and T-cell, SEM C017 / 8308
Mouse leukaemia virus. Coloured scanning electron micrograph (SEM) of mouse leukaemia virus particles (yellow) budding out of a T-lymphocyte (or T-cell, purple)

Virus replication cycle, artwork. The cycle starts at upper centre, as virus particles (orange) enter a cell (blue). Once in the cell the viral genetic material, deoxyribonucleic acid (DNA, green)

Virus types, artwork

Viral infection

Tobacco mosaic virus, molecular model
Tobacco mosaic virus. Computer model showing the molecular structure of a tobacco mosaic virus (TMV) particle (virion). This plant virus is a tobamovirus, and has an RNA (ribonucleic acid) genome

Virus particles entering cells, artwork
Virus particles (green) entering cells, computer artwork. The cell nuclei (dark blue) are also seen. The spikes on the virus particles are surface proteins that help them to attach to the cell

Virus particles, artwork
Virus particles, computer artwork. The spikes (red-tipped) on the virus particles are surface proteins that help them to attach to cell membranes

SARS virus, conceptual artwork
SARS virus, conceptual computer artwork. Severe acute respiratory syndrome (SARS) is an often fatal lung disease that first appeared in China in 2002

SARS virus and chicken, artwork
SARS virus and chicken, computer artwork. Severe acute respiratory syndrome (SARS) is an often fatal lung disease that first appeared in China in 2002

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"Unveiling the Intricate World of Virus Particles: From MERS Coronavirus to Bird Flu" In our microscopic journey, we encounter the MERS coronavirus, TEM C015 / 1772. Its spherical shape and distinctive spikes give it an otherworldly appearance under the electron microscope. Moving on, we come across its close relatives - TEM C015 / 1773, TEM C015 / 7155, TEM C015 / 7157, TEM C015 / 7158, and TEM C015 / 7156. Each particle showcases unique features that make them formidable agents of disease. But viruses don't limit themselves to human hosts; they can infect animals too. We witness a battle between bird flu and a chicken as this avian virus infiltrates its feathered victim. The struggle intensifies when bird flu crosses species barriers and infects a human being – a stark reminder of their adaptability. As we delve deeper into the world of viruses, we stumble upon captivating artwork depicting the intricate replication cycle these particles undergo within their host cells. It's like witnessing an invisible war unfold at a molecular level – viral genes hijacking cellular machinery for their own reproduction. The diversity among viruses becomes evident through mesmerizing artwork showcasing various types of these minuscule entities. From filamentous shapes to complex geometries, each type possesses distinct characteristics that contribute to their pathogenicity. Yet amidst all this scientific marvel lies the grim reality of viral infections wreaking havoc on living organisms worldwide. With every sneeze or touch contaminated by these tiny invaders comes potential illness and suffering. Understanding virus particles is crucial in combating infectious diseases that threaten global health security. Researchers tirelessly work towards developing vaccines and antiviral therapies to outsmart these microscopic adversaries. So let us continue exploring this hidden realm where art meets science – unraveling mysteries one virus particle at a time while striving for a healthier future free from viral threats.