Linked from

The 27 pages that link to GABA receptor, each with the reason it gives.

• EthanolRelated: Ethanol’s effects on inhibitory signaling contribute to sedation and impaired coordination.

• Nitrous oxideRelated: Nitrous oxide also modulates inhibitory signaling through some GABA receptors.

• Status epilepticusRelated: Reduced inhibitory signaling helps explain why prolonged seizures can become harder to stop.

• Nicotinic acetylcholine receptorCompared with: Many GABA receptors mediate inhibition, whereas nicotinic receptors typically depolarize cells.

• DiazepamBroader topic: Diazepam acts at a site on certain GABA receptors to increase their response.

• Hepatic encephalopathyRelated: Increased inhibitory signaling is one proposed contributor to slowed cognition and reduced alertness.

• IvermectinRelated: Ivermectin can affect invertebrate GABA-gated channels, adding to its paralysis-inducing effects.

• Benzodiazepine dependenceBroader topic: Benzodiazepines act at GABA-A receptors, whose signaling adapts during continued exposure.

• SedativeRelated: Benzodiazepines and barbiturates alter GABA-A receptor activity in different ways.

• HypnoticRelated: Benzodiazepines and Z-drugs promote inhibition by enhancing signaling through GABA-A receptors.

• CyclopropaneRelated: Enhancement of inhibitory GABA signaling is one proposed route for volatile anesthetics, though cyclopropane's action is not fully settled.

• LorazepamBroader topic: Lorazepam binds a site on GABA-A receptors and increases their response to GABA.

• AlprazolamBroader topic: Alprazolam strengthens inhibitory signaling through GABA-A receptors.

• Chloral hydrateRelated: Chloral hydrate’s hypnotic effects are associated with enhanced inhibitory signaling through GABA-related mechanisms.

• HalothaneRelated: Enhanced inhibitory signaling is one proposed contributor to halothane's anesthetic effects.

• IsofluraneRelated: Isoflurane enhances inhibitory signaling through GABA-related mechanisms.

• ClonazepamBroader topic: Clonazepam binds an allosteric site on GABA-A receptors, increasing their response to GABA.

• TopiramateRelated: Topiramate can strengthen inhibitory signaling mediated by GABA-A receptors.

• AldrinRelated: Aldrin disrupts inhibitory signaling by interfering with GABA-gated chloride channels in insects.

• DepressantRelated: Benzodiazepines and barbiturates act at GABA-A receptors to strengthen inhibition.

• DieldrinRelated: Dieldrin disrupts inhibitory signaling by blocking GABA-gated chloride channels.

• NitrazepamNarrower topic: Nitrazepam acts at GABA type A receptors to strengthen inhibitory signaling.

• TriazolamNarrower topic: Triazolam acts at GABA type A receptors to strengthen inhibitory signaling.

• FlunitrazepamNarrower topic: Flunitrazepam acts at GABA-A receptors, amplifying the brain’s inhibitory signaling.

• Gamma-hydroxybutyric acidRelated: GHB can activate GABA-B receptors, contributing to sedation and other central nervous system effects.

• General anaestheticRelated: Many intravenous anaesthetics enhance GABA-mediated inhibition to suppress brain activity.

• MethaqualoneRelated: Methaqualone enhances inhibitory signaling, though its precise molecular actions are not fully settled.