Shvalev O V
Arkh Anat Gistol Embriol. 1986 Feb;90(2):64-9.
Innervation of the myocardium and that of foreleg musculature has been studied in rabbits subjected to the local vibration effect. The point where the vibration is applied is the foreleg, because its nerve plexuses are in the tightest way connected with the cardiac nervous apparatus. For treatment of the sections incubation in 2% solution of glyoxylic acid is used, which is followed with luminescent microscopy. While studying adrenergic nerve plexuses of the right auricle, their luminescent activity is stated to decrease more than by a half. In the ventricles only single perivascular adrenergic nerve plexuses remain. A constant reaction of the plexuses mentioned is revealed not only in the right, but in the left extremity subjected to a direct vibration. Taking into account that the vibrational effect is performed as a generalized action and it embraces the whole skeleton of the animal, it is possible to suggest that the activity of the sympathetic nervous plexuses results in a constant influence of noradrenaline on the wall of blood vessels producing their steady spasmodicity.
对受到局部振动作用的家兔的心肌和前肢肌肉组织的神经支配进行了研究。施加振动的部位是前肢,因为其神经丛与心脏神经装置的联系最为紧密。为处理切片,使用2%乙醛酸溶液进行孵育,随后进行荧光显微镜检查。在研究右心房的肾上腺素能神经丛时,发现其荧光活性降低超过一半。在心室中,仅残留单个血管周围肾上腺素能神经丛。不仅在右侧,而且在受到直接振动的左侧肢体中,均发现上述神经丛有持续反应。考虑到振动效应是一种全身性作用,涵盖动物的整个骨骼系统,因此可以推测,交感神经丛的活动导致去甲肾上腺素对血管壁产生持续影响,从而使其持续痉挛。