Linked from

The 14 pages that link to Pralidoxime, each with the reason it gives.

• AtropineCompared with: It addresses the enzyme inhibition in organophosphate poisoning, while atropine blocks resulting muscarinic symptoms.

• Organophosphate poisoningRelated: Its enzyme-reactivating action complements atropine when given early enough.

• Cholinergic crisisRelated: It may address the cause of organophosphate crisis and help reverse neuromuscular impairment.

• Acetylcholinesterase inhibitorRelated: It addresses the enzyme inhibition itself in some organophosphate poisonings.

• Nerve agentRelated: Its effectiveness depends on restoring the enzyme before the inhibited complex ages.

• SarinRelated: It can restore enzyme activity after sarin exposure if given before the enzyme ages.

• AntidoteBroader topic: It restores an enzyme target rather than simply blocking the poison's effects.

• Chemical warfare agentRelated: It may restore enzyme activity after some nerve-agent poisonings.

• MalathionRelated: It is used in some cases of organophosphate poisoning, alongside supportive treatment.

• Novichok agentsRelated: Its usefulness depends on the agent and how rapidly the inhibited enzyme ages.

• Poisoning of Sergei and Yulia SkripalRelated: It is among the antidotes used in treating nerve-agent poisoning.

• SomanRelated: Its effectiveness against soman is limited by the agent’s rapid enzyme aging.

• MuscarineCompared with: It does not remove muscarine or reverse its direct receptor activation.

• Tetraethyl pyrophosphateRelated: Its effectiveness depends on treatment timing and the specific inhibited enzyme.