Assertion: benzodiazepine | /r/HasProperty | bzd
Facets:
Source sentences:
text: A receptor complex that depicts the five-protein subunits that form the receptor, the chloride (Cl−) ion channel pore at the center, the two GABA active binding sites at the α1 and β2 interfaces and the benzodiazepine (BZD) allosteric binding site at the α1 and γ2 interface.
text: Benzodiazepines (BZDs) are among the most commonly prescribed drugs in the U.S. Data for 1996-2013 show a 67% increase in adults filling BZD prescriptions.
text: Schematic diagram of the (α1)(β2)(γ2) GABAreceptor complex that depicts the five-protein subunits that form the receptor, the chloride (Cl) ion channel pore at the center, the two GABA active binding sites at the α1 and β2 interfaces and the benzodiazepine (BZD) allosteric binding site at the α1 and γ2 interface.
text: A receptor protein ((α1) 2 (β2) 2 (γ2)) which illustrates the five combined subunits that form the protein, the chloride (Cl−) ion channel pore, the two GABA active binding sites at the α1 and β2 interfaces, and the benzodiazepine (BZD) allosteric binding site Schematic diagram of a GABAreceptor protein ((α1)(β2)(γ2)) which illustrates the five combined subunits that form the protein, the chloride (Cl) ion channel pore, the two GABA active binding sites at the α1 and β2 interfaces, and the benzodiazepine (BZD) allosteric binding site
text: A receptor protein ((α1) 2 (β2) 2 (γ2)) which illustrates the five combined subunits that form the protein, the chloride (Cl−) ion channel pore, the two GABA active binding sites at the α1 and β2 interfaces, and the benzodiazepine (BZD) allosteric binding site Schematic diagram of a GABAreceptor protein ((α1)(β2)(γ2)) which illustrates the five combined subunits that form the protein, the chloride (Cl) ion channel pore, the two GABA active binding sites at the α1 and β2 interfaces, and the benzodiazepine (BZD) allosteric binding site