QuestionJuly 31, 2025

Question 14 (1 point) 4) usten Endotoxins: are secreted by living pathogenic organisms. cause damage like fever and inflammation. have systemic effects. are bound to the membrane of pathogenic organisms. are released from dead Gram negative pathogens.

Question 14 (1 point) 4) usten Endotoxins: are secreted by living pathogenic organisms. cause damage like fever and inflammation. have systemic effects. are bound to the membrane of pathogenic organisms. are released from dead Gram negative pathogens.
Question 14 (1 point)
4) usten
Endotoxins:
are secreted by living pathogenic organisms.
cause damage like fever and inflammation.
have systemic effects.
are bound to the membrane of pathogenic organisms.
are released from dead Gram negative pathogens.

Solution
4.6(150 votes)

Answer

Endotoxins cause damage like fever and inflammation, have systemic effects, are bound to the membrane of pathogenic organisms, and are released from dead Gram-negative pathogens. Explanation 1. Identify characteristics of endotoxins Endotoxins are components of the outer membrane of Gram-negative bacteria. They are not secreted by living organisms but are released when the bacteria die and disintegrate. 2. Determine effects of endotoxins Endotoxins can cause systemic effects such as fever, inflammation, and other immune responses due to their presence in the bloodstream. 3. Confirm binding nature Endotoxins are bound to the membrane of pathogenic organisms until they are released upon bacterial death.

Explanation

1. Identify characteristics of endotoxins<br /> Endotoxins are components of the outer membrane of Gram-negative bacteria. They are not secreted by living organisms but are released when the bacteria die and disintegrate.<br /><br />2. Determine effects of endotoxins<br /> Endotoxins can cause systemic effects such as fever, inflammation, and other immune responses due to their presence in the bloodstream.<br /><br />3. Confirm binding nature<br /> Endotoxins are bound to the membrane of pathogenic organisms until they are released upon bacterial death.
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