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Influence of carbachol on the kinetic parameters of the contractile response to noradrenaline in the rat vas deferens

机译:卡巴山对大鼠输精管中去甲肾上腺素作用的动力学参数的影响

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Graphic and mathematical analysis of kinetics of the rat vas deferens contractile response to noradrenaline showed that alpha1-adrenoceptors mediating the contraction were in different functional states. In some organs, these receptors were homogeneous with the Hill coefficient n = 1 (the linear mode of the Scatchard plot), in the others--not homogeneous, with n > 1 (not linear mode of the Scatchard plot). Carbachol increased the contractile response to noradrenaline. As in the control, two types of response were revealed: 1. The Hill coefficient n < 1 (biphasic mode of the Scatchard plot) with two pools (high and low affinity) of alpha1-adrenoceptors, and 2. The Hill coefficient n = 1 (the linear mode of the Scatchard plot). These results suggest that the influence of carbachol is caused by the local interaction of M-cholinergic and alpha1-adrenergic systems. nauk
机译:对去甲肾上腺素的大鼠VAS输精管的动力学的图形和数学分析表明介导收缩的α1-肾上腺素受体在不同的功能状态。 在一些器官中,这些受体在其他器官中均匀地与其他山系数n = 1(螺旋图的线性模式),在其他器件中 - 而不是均匀的,N> 1(不是旋涡图的线性模式)。 卡巴醇增加了对去甲肾上腺素的收缩反应。 与在对照中一样,揭示了两种类型的响应:1。alpha1-adrenceptors的两个池(螺旋曲线图的双相模式)的山脉系数n <1(旋气位,低亲和力),以及山丘系数n = 1(螺旋图的线性模式)。 这些结果表明卡巴醇的影响是由M-Cholinergic和α1-肾上腺素能系统的局部相互作用引起的。 Nauk.

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