Bondy S C, Cameron K R, Agrawal A K
Neurochem Res. 1982 Feb;7(2):151-7. doi: 10.1007/BF00965053.
A high affinity strychnine binding site has been identified within a membrane fraction prepared from partially purified rat brain nuclei. This interaction appears similar in its characteristics to that occurring in the non-nuclear membrane fraction which is thought to occur at the synaptic glycine receptor complex. Both the nuclear and non-nuclear membrane binding of tritiated strychnine is greater within the pons-medulla region than in the cerebral cortex. Nuclear membrane binding sites for dopamine, norepinephrine (beta-adrenergic), acetylcholine (muscarinic), GABA, and diazepam were not detected.
在从部分纯化的大鼠脑细胞核制备的膜组分中已鉴定出一种高亲和力的士的宁结合位点。这种相互作用在其特征上似乎与在非核膜组分中发生的相互作用相似,后者被认为发生在突触甘氨酸受体复合物处。在脑桥-延髓区域内,氚标记的士的宁在核膜和非核膜上的结合都比在大脑皮层中更强。未检测到多巴胺、去甲肾上腺素(β-肾上腺素能)、乙酰胆碱(毒蕈碱型)、GABA和地西泮的核膜结合位点。