Linked from

The 21 pages that link to GABA-A receptor, each with the reason it gives.

• BenzodiazepineRelated: Benzodiazepines bind a modulatory site on this receptor and strengthen GABA’s inhibitory effect.

• GABA receptorBroader topic: It carries the rapid chloride-ion response produced by one major GABA receptor family.

• GABABroader topic: Fast synaptic inhibition commonly begins when GABA opens this receptor’s chloride channel.

• BarbiturateRelated: Barbiturates enhance this receptor’s responses to GABA, reducing neuronal activity.

• FlumazenilNarrower topic: Flumazenil acts at a modulatory site on this receptor, rather than blocking its main GABA site.

• Premenstrual dysphoric disorderRelated: Allopregnanolone acts on these receptors, linking ovarian-cycle changes to brain signaling.

• Benzodiazepine dependenceBroader topic: Benzodiazepines bind regulatory sites on this receptor and strengthen GABA's inhibitory effect.

• PropofolRelated: Propofol enhances this receptor's activity, reducing neuronal excitability.

• Benzodiazepine withdrawal syndromeBroader topic: Benzodiazepines enhance its response to GABA, and adaptation in this system contributes to withdrawal.

• AnxiolyticRelated: Benzodiazepines reduce anxiety partly by enhancing this receptor’s response to GABA.

• LorazepamBroader topic: This receptor mediates lorazepam’s main calming, sedative, and anticonvulsant effects.

• PhenobarbitalRelated: Phenobarbital enhances this receptor’s response to GABA, reducing neuronal excitability.

• MidazolamRelated: Midazolam binds to this receptor complex and strengthens GABA’s inhibitory effect.

• ZolpidemBroader topic: Zolpidem binds a site on this receptor complex and strengthens inhibitory signaling.

• TemazepamRelated: Temazepam binds receptor sites that strengthen GABA-driven inhibition.

• Amanita muscariaBroader topic: Muscimol’s activation of this receptor is central to its effects on brain activity.

• OxazepamBroader topic: Oxazepam binds an allosteric site on this receptor complex.

• ChlordiazepoxideRelated: Chlordiazepoxide enhances this receptor’s response to GABA, reducing neuronal excitability.

• NitrazepamRelated: Nitrazepam binds an allosteric site on this receptor, enhancing GABA's effects.

• BromazepamRelated: Bromazepam acts at this receptor’s benzodiazepine site to strengthen GABA’s inhibitory effects.

• FlunitrazepamBroader topic: This receptor is the direct target through which flunitrazepam produces sedation.