yelleally Goes Hot cause an infection and illness, but it effectively es the immune system what the viral particles look like, stimulating the production of memory cells ubsequent infection, memory cells recognize and bind to the virus and trigger a rapid immune anse. Some pathogens, including HIV, have developed mechanisms to evade the immune system, ng it difficult or impossible to develop effective vaccines against them. me that a host's antibodies and T-cell receptors are available to bind to any structure that might app surface of a pathogen and that, once bound, the pathogen is destroyed. strategy could a pathogenic virus use to evade the immune system? Antibodies on the virus mutate often. The viral antigens are altered repeatedly. The virus can target, infect, and destroy immune system cells. Viral particles prevent immune cells from making antibodies. The viral particles do not encode proteins.

Principles Of Pharmacology Med Assist
6th Edition
ISBN:9781337512442
Author:RICE
Publisher:RICE
Chapter16: Antifungal, Antiviral, And Immunizing Agents
Section: Chapter Questions
Problem 23RQ
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LAIDL SURANCE
Question 10 of 30
KALINICAL ELECULLABIAISIA UL WOORDUESLAL AUCH MIREASET HOLSTICE FRA B vitalaus
Injected into a person, the vaccine generally does not cause an infection and illness, but it effectively
teaches the immune system what the viral particles look like, stimulating the production of memory cells.
On subsequent infection, memory cells recognize and bind to the virus and trigger a rapid immune
response. Some pathogens, including HIV, have developed mechanisms to evade the immune system,
making it difficult or impossible to develop effective vaccines against them.
Assume that a host's antibodies and T-cell receptors are available to bind to any structure that might appea
on the surface of a pathogen and that, once bound, the pathogen is destroyed.
What strategy could a pathogenic virus use to evade the immune system?
Antibodies on the virus mutate often.
The viral antigens are altered repeatedly.
The virus can target, infect, and destroy immune system cells.
Viral particles prevent immune cells from making antibodies.
The viral particles do not encode proteins.
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Transcribed Image Text:Incorrect Incorrect Incorrect X LAIDL SURANCE Question 10 of 30 KALINICAL ELECULLABIAISIA UL WOORDUESLAL AUCH MIREASET HOLSTICE FRA B vitalaus Injected into a person, the vaccine generally does not cause an infection and illness, but it effectively teaches the immune system what the viral particles look like, stimulating the production of memory cells. On subsequent infection, memory cells recognize and bind to the virus and trigger a rapid immune response. Some pathogens, including HIV, have developed mechanisms to evade the immune system, making it difficult or impossible to develop effective vaccines against them. Assume that a host's antibodies and T-cell receptors are available to bind to any structure that might appea on the surface of a pathogen and that, once bound, the pathogen is destroyed. What strategy could a pathogenic virus use to evade the immune system? Antibodies on the virus mutate often. The viral antigens are altered repeatedly. The virus can target, infect, and destroy immune system cells. Viral particles prevent immune cells from making antibodies. The viral particles do not encode proteins. There is a hint available! View the hint by clicking on the bottoms divider bar Cick on the divider bar again to hide the hint. Close Hat Previous GIVE
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