Shchurin M R, Pshenichkin S F, Solov'eva M S, Smirnova G V, Goncharov N P, Mit'kin V V, Sukhikh G T, Lavrov V F, Kirillicheva G B, Zozulia A A
Biull Eksp Biol Med. 1992 Dec;114(12):617-9.
Radioreceptor investigations showed that it is impossible to interpret changes in the activity of opioid receptor ligands of mu and delta types in plasma of mice under footshock stress (FSS) as activation or depletion of opioid system (OS). There occurred qualitative changes characterized by interstrain differences (ID). These are also typical for dynamics of development of FSS effects on blood corticosterone levels. Administration of dalargin diminishes qualitative and quantitative changes in OS function at different periods after FSS preventing early rise of corticosterone levels after the exposure. In spite of common features in dalargin action on opioid and steroid metabolism in mice of both strains, ID are also present.
放射受体研究表明,在足底电击应激(FSS)下,无法将小鼠血浆中μ型和δ型阿片受体配体活性的变化解释为阿片系统(OS)的激活或耗竭。出现了以品系间差异(ID)为特征的质性变化。这些变化对于FSS对血液皮质酮水平影响的发展动态也很典型。给予达乐argin可减少FSS后不同时期OS功能的质性和定量变化,防止暴露后皮质酮水平的早期升高。尽管达乐argin对两种品系小鼠的阿片和类固醇代谢作用有共同特征,但ID也存在。