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Viruses and bacteria are both microscopic and can both cause disease. Viruses differ from bacteria in that all viruses
lysogenic cycle
preparing the immune system to recognize and destroy pathogens.
need a living host cell to reproduce.
destruction of cells by viral reproduction.
Bacterial diseases respond to antibiotics, viral diseases do not.
The number of people having the flu would be greater than countries that had access to a vaccine.
destruction of cells by viral reproduction.
People do not have immunity to a new strain of the influenza virus.
When a virus invades a host the most common threat is
lysogenic cycle
preparing the immune system to recognize and destroy pathogens.
need a living host cell to reproduce.
destruction of cells by viral reproduction.
Bacterial diseases respond to antibiotics, viral diseases do not.
The number of people having the flu would be greater than countries that had access to a vaccine.
destruction of cells by viral reproduction.
People do not have immunity to a new strain of the influenza virus.
Some diseases are caused by bacteria, protists, invertebrates or viruses. How do diseases caused by bacteria and diseases caused by viruses react to antibiotics?
lysogenic cycle
preparing the immune system to recognize and destroy pathogens.
need a living host cell to reproduce.
destruction of cells by viral reproduction.
Bacterial diseases respond to antibiotics, viral diseases do not.
The number of people having the flu would be greater than countries that had access to a vaccine.
destruction of cells by viral reproduction.
People do not have immunity to a new strain of the influenza virus.
Vaccines prevent disease by
lysogenic cycle
preparing the immune system to recognize and destroy pathogens.
need a living host cell to reproduce.
destruction of cells by viral reproduction.
Bacterial diseases respond to antibiotics, viral diseases do not.
The number of people having the flu would be greater than countries that had access to a vaccine.
destruction of cells by viral reproduction.
People do not have immunity to a new strain of the influenza virus.
Which event listed is most likely to cause a widespread influenza outbreak?
lysogenic cycle
preparing the immune system to recognize and destroy pathogens.
need a living host cell to reproduce.
destruction of cells by viral reproduction.
Bacterial diseases respond to antibiotics, viral diseases do not.
The number of people having the flu would be greater than countries that had access to a vaccine.
destruction of cells by viral reproduction.
People do not have immunity to a new strain of the influenza virus.
If a country could not get access to a flu vaccine which of the following would occur?
lysogenic cycle
preparing the immune system to recognize and destroy pathogens.
need a living host cell to reproduce.
destruction of cells by viral reproduction.
Bacterial diseases respond to antibiotics, viral diseases do not.
The number of people having the flu would be greater than countries that had access to a vaccine.
destruction of cells by viral reproduction.
People do not have immunity to a new strain of the influenza virus.
In which cycle does the virus to remain dormant?
lysogenic cycle
preparing the immune system to recognize and destroy pathogens.
need a living host cell to reproduce.
destruction of cells by viral reproduction.
Bacterial diseases respond to antibiotics, viral diseases do not.
The number of people having the flu would be greater than countries that had access to a vaccine.
destruction of cells by viral reproduction.
People do not have immunity to a new strain of the influenza virus.
Some viruses are responsible for cancer in humans. This is due to
lysogenic cycle
preparing the immune system to recognize and destroy pathogens.
need a living host cell to reproduce.
destruction of cells by viral reproduction.
Bacterial diseases respond to antibiotics, viral diseases do not.
The number of people having the flu would be greater than countries that had access to a vaccine.
destruction of cells by viral reproduction.
People do not have immunity to a new strain of the influenza virus.
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