Deck 8: Damage to Cytosolic and Endoplasmic Reticulum Activities

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Question
How does metabolism of allyl alcohol become a toxic product?
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Question
Why can a cationic electrophile be more toxic than its nonionic equivalent?
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Why is benzene a leukemia agent when metabolized?
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What kinds of toxic mechanisms does acetaminophen overdose cause?
Question
What separates the effects of calcium from causing apoptosis to necrosis?
Question
Indicate how an iron chelating agent can be a specific antidote and how that would work.
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Deck 8: Damage to Cytosolic and Endoplasmic Reticulum Activities
1
How does metabolism of allyl alcohol become a toxic product?
Allyl alcohol is metabolized by alcohol dehydrogenase to acrolein, a toxic nonionic electrophile.
2
Why can a cationic electrophile be more toxic than its nonionic equivalent?
Protonation of the nonionic electrophiles aziridinyl quinonones forms a hard electrophile that alkylates DNA.
3
Why is benzene a leukemia agent when metabolized?
It forms a phenoxy radical that is a nucleophile.
4
What kinds of toxic mechanisms does acetaminophen overdose cause?
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5
What separates the effects of calcium from causing apoptosis to necrosis?
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6
Indicate how an iron chelating agent can be a specific antidote and how that would work.
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