Virion

The presence of the virion in the wastewater sample suggested a viral outbreak in the area.

The host cell's immune system recognizes and neutralizes the invading virion.

The pharmacist explained that antiviral medications work by inhibiting the replication of the virion.

The lab technician handled the virion samples with extreme caution to prevent contamination.

The vaccine works by targeting specific proteins on the surface of the virion.

The transmission of the virion from one individual to another occurs through close contact.

The virion attached itself to the surface of the host cell.

The vaccine targets the outer surface of the virion to prevent infection.

The scientist examined the virion under a microscope.

The viral genome is encapsulated within the protein coat of the virion.

The effectiveness of the vaccine was measured by its ability to neutralize the virion.

The virologist analyzed the genetic material of the virion to determine its subtype.

The presence of a single virion can initiate a full-blown viral infection.

The scientist discovered a novel virion in a previously unexplored ecological niche.

The virologist examined the morphology of the virion under different conditions.

The presence of a foreign virion triggered the immune response in the body.

The lab technician handled the virion samples with utmost care to prevent contamination.

The size and shape of the virion can vary depending on the type of virus.

The genetic material of the virion is responsible for the replication of the virus.

The vaccine was designed to target specific proteins on the surface of the virion.

The virion attached itself to the host cell membrane.

The scientist studied the genetic material within the virion to understand its replication process.

The influenza virion rapidly spread through the population, causing an epidemic.

The vaccine works by targeting the outer protein coat of the virion.

The respiratory syncytial virion is responsible for respiratory tract infections in infants.

The development of antiviral drugs focuses on targeting the replication cycle of the virion.

The scientist observed the structure of the virion under the electron microscope.

The researchers studied the genetic material within the virion to understand its replication process.

The virion successfully entered the host cell, initiating the infection.

The virologist discovered a new strain of virion in a remote region.

The antiviral medication inhibits the replication of the virion in the body.

The viral DNA was packaged inside the protein coat of the virion.

The HIV virion targets specific immune cells in the body.

The biologists compared the morphology of the virion to identify different strains of the virus.

Scientists are studying the genetic material of the virion to understand its replication process.

The presence of the virion in the blood sample confirmed the viral infection.

The electron microscope revealed the presence of a virion in the blood sample.

The virologist studied the replication cycle of the virion in the host cell.

The scientists observed the virion under an electron microscope.

The genetic material of the virion was extracted and analyzed in the laboratory.

The biologists identified a new species of virion in the marine ecosystem.

The scientist observed the intricate structure of the virion under the microscope.

The researchers isolated a virion from the patient's blood sample.

The researchers analyzed the size and shape of the virion using advanced imaging techniques.

The vaccine contained a harmless virion that triggered an immune response.

The scientists are studying the structure of the virion to understand its mode of infection.

The presence of a non-infectious virion in the sample indicated a defective virus.

The viral genome was removed from the virion, leaving only the empty protein shell.

The absence of viral genetic material in the virion puzzled the researchers.

The pharmaceutical company invested in research to develop antiviral drugs that inhibit virion assembly.