Linked from

The 40 pages that link to G protein-coupled receptor, each with the reason it gives.

• Muscarinic acetylcholine receptorNarrower topic: Muscarinic receptors belong to this large receptor superfamily.

• cAMPNarrower topic: Many cAMP signals begin when a ligand activates one of these receptors.

• GABA receptorNarrower topic: GABA-B receptors belong to this broad receptor family.

• Signal transductionBroader topic: This receptor family connects many hormones and sensory signals to internal pathways.

• Opioid receptorNarrower topic: Opioid receptors belong to this large receptor family and use its signaling framework.

• ChemoreceptionRelated: Many odorant and taste receptors use this signaling architecture.

• GlucagonNarrower topic: The glucagon receptor belongs to this large signaling-receptor family.

• Histamine H1 receptorNarrower topic: H1 belongs to this receptor family and signals primarily through Gq/11 proteins.

• Olfactory receptorNarrower topic: Most mammalian odorant receptors belong to this large receptor family.

• Membrane proteinBroader topic: This large receptor family mediates many hormone, sensory, and neurotransmitter responses.

• Adrenergic receptorNarrower topic: Adrenergic receptors belong to this receptor family and signal through its molecular machinery.

• PhototransductionNarrower topic: Rhodopsin is a light-sensitive member of this receptor family.

• Allosteric regulationRelated: Allosteric ligands can tune receptor signaling and offer alternatives to orthosteric drugs.

• Dopamine D2 receptorNarrower topic: D2 belongs to this receptor superfamily and signals through inhibitory Gi/o proteins.

• EpinephrineNarrower topic: Most adrenergic receptors relay epinephrine’s signal through this receptor family.

• ChemoreceptorRelated: Many odorant and taste receptors use this signaling route to amplify chemical detection.

• OpsinNarrower topic: Opsins belong to this receptor family and signal through a G protein after light activation.

• Peptide hormoneRelated: Many peptide hormones signal through these receptors at the cell surface.

• RhodopsinNarrower topic: Rhodopsin is a light-activated member of this large receptor family.

• Serotonin receptorNarrower topic: Most serotonin receptor subtypes belong to this broad receptor family.

• Lipid raftRelated: Some receptors and signaling partners partition into raft-like regions, affecting their local interactions.

• AdrenalineNarrower topic: Adrenergic receptors belong to this large receptor family and use its signaling machinery.

• Alpha-1 adrenergic receptorNarrower topic: Alpha-1 adrenergic receptors belong to this large receptor family.

• Endocannabinoid systemNarrower topic: CB1 and CB2 use this widespread receptor architecture.

• Serotonin 5-HT2A receptorNarrower topic: The 5-HT2A receptor belongs to this large receptor family.

• Dopamine receptorNarrower topic: All five canonical dopamine receptor subtypes signal through this receptor superfamily.

• Positive allosteric modulatorBroader topic: Many therapeutic positive allosteric modulators target this receptor family.

• Adenosine receptor antagonistNarrower topic: Adenosine receptors use G proteins to translate ligand binding into cellular responses.

• NeuromodulationRelated: Many neuromodulators act through these receptors to produce slow, persistent changes in neurons.

• RamelteonNarrower topic: MT1 and MT2 belong to this receptor family, which shapes their signaling.

• Second messenger systemRelated: Many second-messenger pathways begin when these receptors activate G proteins.

• Enteroendocrine cellRelated: Several nutrient receptors in enteroendocrine cells use this receptor family to trigger secretion.

• PilocarpineNarrower topic: Muscarinic receptors belong to this family and relay pilocarpine's binding into cellular responses.

• Richard AxelNarrower topic: The search for odorant receptors drew on sequence features shared with this broad receptor family.

• Brian KobilkaNarrower topic: These receptors are the central objects of Kobilka’s research.

• Robert LefkowitzNarrower topic: Lefkowitz’s career-defining work revealed how this receptor family functions.

• Linda B. BuckNarrower topic: Most odorant receptors belong to this large receptor family.

• MuscarineNarrower topic: Muscarinic receptors belong to this broad receptor family, unlike nicotinic receptors.

• Neurosecretory systemsRelated: Many hormonal signals from neurosecretory cells act through these receptors.

• Sense of smellNarrower topic: Most mammalian olfactory receptors belong to this signaling-protein family.