VECAMYL (mecamylamine HCl)
HYPOTENSIVES - GANGLIONIC BLOCKERS · HYPERTENSION
TILDE SCIENCES
Drug class
Hypotensives - Ganglionic Blockers
The therapeutic drug class "Hypotensives - Ganglionic Blockers" comprises antihypertensive agents that lower blood pressure by nonselectively antagonizing nicotinic acetylcholine receptors at autonomic ganglia. Read more about Hypotensives - Ganglionic Blockers
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Drugs in Hypotensives - Ganglionic Blockers
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The therapeutic drug class "Hypotensives - Ganglionic Blockers" comprises antihypertensive agents that lower blood pressure by nonselectively antagonizing nicotinic acetylcholine receptors at autonomic ganglia.
By interrupting signal transmission across both sympathetic and parasympathetic postganglionic pathways, these drugs blunt sympathetic vascular tone, promoting vasodilation, peripheral pooling, and reduced cardiac output.
Historically, agents in this class, such as mecamylamine and trimethaphan, were indicated for the management of moderately severe to malignant hypertension and for inducing controlled hypotension during surgical procedures.
However, broad autonomic disruption produces frequent adverse effects—including severe orthostatic hypotension, paralytic ileus, and urinary retention—relegating their contemporary clinical use to specialized or refractory indications.
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nih.gov
The therapeutic drug class "Hypotensives - Ganglionic Blockers" comprises antihypertensive agents that lower blood pressure by nonselectively antagonizing nicotinic acetylcholine receptors at autonomic ganglia
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slideshare.net
The therapeutic drug class "Hypotensives - Ganglionic Blockers" comprises antihypertensive agents that lower blood pressure by nonselectively antagonizing nicotinic acetylcholine receptors at autonomic ganglia By interrupting signal transmission across both sympathetic and parasympathetic postganglionic pathways, these drugs blunt sympathetic vascular tone, promoting vasodilation, peripheral pooling, and reduced cardiac output Historically, agents in this class, such as mecamylamine and trimetha...
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nih.gov
By interrupting signal transmission across both sympathetic and parasympathetic postganglionic pathways, these drugs blunt sympathetic vascular tone, promoting vasodilation, peripheral pooling, and reduced cardiac output Historically, agents in this class, such as mecamylamine and trimethaphan, were indicated for the management of moderately severe to malignant hypertension and for inducing controlled hypotension during surgical procedures
-
nih.gov
By interrupting signal transmission across both sympathetic and parasympathetic postganglionic pathways, these drugs blunt sympathetic vascular tone, promoting vasodilation, peripheral pooling, and reduced cardiac output
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alabama.gov
By interrupting signal transmission across both sympathetic and parasympathetic postganglionic pathways, these drugs blunt sympathetic vascular tone, promoting vasodilation, peripheral pooling, and reduced cardiac output However, broad autonomic disruption produces frequent adverse effects—including severe orthostatic hypotension, paralytic ileus, and urinary retention—relegating their contemporary clinical use to specialized or refractory indications
-
nih.gov
Historically, agents in this class, such as mecamylamine and trimethaphan, were indicated for the management of moderately severe to malignant hypertension and for inducing controlled hypotension during surgical procedures
-
utah.gov
Historically, agents in this class, such as mecamylamine and trimethaphan, were indicated for the management of moderately severe to malignant hypertension and for inducing controlled hypotension during surgical procedures
-
wellfleetrx.com
Historically, agents in this class, such as mecamylamine and trimethaphan, were indicated for the management of moderately severe to malignant hypertension and for inducing controlled hypotension during surgical procedures
-
nih.gov
However, broad autonomic disruption produces frequent adverse effects—including severe orthostatic hypotension, paralytic ileus, and urinary retention—relegating their contemporary clinical use to specialized or refractory indications
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