QuestionJune 4, 2025

Disruptions in immune function do not necessarily increase the incidence of infectious disease because all of the above disruptions in immune function may be too brief to affect susceptibility to infection. the immune system has many redundant components. both A and B disruptions in immune function may trigger compensatory improvements to other aspects of immune function.

Disruptions in immune function do not necessarily increase the incidence of infectious disease because all of the above disruptions in immune function may be too brief to affect susceptibility to infection. the immune system has many redundant components. both A and B disruptions in immune function may trigger compensatory improvements to other aspects of immune function.
Disruptions in immune function do not necessarily increase the incidence of
infectious disease because
all of the above
disruptions in immune function may be too brief to affect susceptibility to infection.
the immune system has many redundant components.
both A and B
disruptions in immune function may trigger compensatory improvements to other
aspects of immune function.

Solution
4.7(310 votes)

Answer

all of the above Explanation 1. Analyze the options Consider each option and its implications on immune function and susceptibility to infection. 2. Evaluate redundancy in the immune system The immune system has multiple redundant components, which can compensate for disruptions. 3. Assess compensatory mechanisms Disruptions may trigger improvements in other aspects of immune function, maintaining overall effectiveness. 4. Consider duration of disruptions Brief disruptions might not significantly affect susceptibility due to quick recovery or compensation. 5. Determine the most comprehensive answer "Both A and B" covers redundancy and brief disruptions, but "all of the above" includes compensatory mechanisms as well.

Explanation

1. Analyze the options<br /> Consider each option and its implications on immune function and susceptibility to infection.<br /><br />2. Evaluate redundancy in the immune system<br /> The immune system has multiple redundant components, which can compensate for disruptions.<br /><br />3. Assess compensatory mechanisms<br /> Disruptions may trigger improvements in other aspects of immune function, maintaining overall effectiveness.<br /><br />4. Consider duration of disruptions<br /> Brief disruptions might not significantly affect susceptibility due to quick recovery or compensation.<br /><br />5. Determine the most comprehensive answer<br /> "Both A and B" covers redundancy and brief disruptions, but "all of the above" includes compensatory mechanisms as well.
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