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首页> 外文期刊>Japanese Journal of Pharmacology >ACTIONS OF DIBENAMINE ON ADRENERGIC β-RECEPTORS IN CAT'S PAPILLARY MUSCLE (MOLECULAR PHARMA-COLOGICAL STUDIES ON DRUG-RECEPTOR INTER-ACTION SYSTEMS IN DRUG ACTION IX)
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ACTIONS OF DIBENAMINE ON ADRENERGIC β-RECEPTORS IN CAT'S PAPILLARY MUSCLE (MOLECULAR PHARMA-COLOGICAL STUDIES ON DRUG-RECEPTOR INTER-ACTION SYSTEMS IN DRUG ACTION IX)

机译:二苯二胺对猫乳头肌中肾上腺素β受体的作用(药物作用九中药物-受体相互作用系统的分子药理学研究)

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References(19) Recently, the function of the myocardium has been explained by means of the classification of adrenergic receptors proposed by Ahlquist (1). The presence of beta adrenergic receptors in the myocardium was already established by Nickerson and Chan (2), Moran and Perkins (3), and Moran et al. (4), while that of alpha adrenergic receptors was reported on the isolated rabbit's atria by Govier et al. (5-7). Hence, this investigation has been prompted by interests to re-evaluate the existance of myocardial alpha and beta adrenergic receptors in the isolated papillary muscle of the cat, and to study the location of these two receptors. During the experiments of the action of dibenamine on adrenergic receptors, it was unexpectedly found that dibenamine has two different actions, either a short-reversible effect or a long-lasting effect, according to the duration of the administration.
机译:参考文献(19)最近,通过Ahlquist(1)提出的肾上腺素能受体的分类解释了心肌的功能。 Nickerson和Chan(2),Moran和Perkins(3)和Moran等人已经确定了心肌中β肾上腺素能受体的存在。 (4),而Govier等人在分离的兔心房上报告了α肾上腺素能受体。 (5-7)。因此,这项研究受到兴趣的推动,以重新评估猫离体乳头肌中心肌α和β肾上腺素能受体的存在,并研究这两种受体的位置。在二苯甲胺对肾上腺素受体的作用的实验中,出乎意料地发现,根据给药时间,二苯胺具有两种不同的作用,即短时可逆作用或长效作用。

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