Page 3 of 3: Atropine is useful in organophosphorus poisoning by inhibiti

kk05 · Credits: 240 My Scrapbook

ans is c

bully · Credits: 2673 My Scrapbook

Atropine in sufficient dosage effectively antagonizes the actions at muscarinic receptor sites, including increased tracheobronchial and salivary secretion, bronchoconstriction, bradycardia, and to a moderate extent, peripheral ganglionic and central actions.

Larger doses are required to get appreciable concentrations of atropine into the CNS.

so the ans should be C
central and peripheral.

moreover 'Atropine is virtually without effect against the peripheral neuromuscular compromise, which can be reversed by pralidoxime, a cholinesterase reactivator'

ref goodman gillman

vivek_patel · Credits: 2336 My Scrapbook

both

nalinpriya · Credits: 239 My Scrapbook

Atropine in sufficient dosage effectively antagonizes the actions at muscarinic receptor sites, including increased tracheobronchial and salivary secretion, bronchoconstriction, bradycardia, and to a moderate extent, peripheral ganglionic and central actions. Larger doses are required to get appreciable concentrations of atropine into the CNS. Atropine is virtually without effect against the peripheral neuromuscular compromise, which can be reversed by pralidoxime (2-PAM), a cholinesterase reactivator.

differ4mworld · Credits: 110 My Scrapbook

ans is option C..peripheral as well as central actn...

Ramb · Credits: 207 My Scrapbook

thank u very much dr4jc

imsalah · Credits: 110 My Scrapbook

block the prepheral receptors coz it block only muscarnic
central receptors r nicotnic

vivek_patel · Credits: 2336 My Scrapbook

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