Badikov V I, Bouden D, Lomakina E A, Sidorenko T S, Smith O A
Fiziol Zh SSSR Im I M Sechenova. 1982 Nov;68(11):1478-87.
Coagulation of medial and lateral parts of the lateral hypothalamic area increases latency of responses and decreases respiration, arterial blood pressure and heart rate responses to stimulation of the hypothalamic ventromedial nucleus. Coagulation of the perifornical region of the lateral hypothalamus completely eliminates the above autonomic responses. A new rigid integration which is characterized with the increased number of correlated relations between separate components of somato-autonomic responses, was postulated after correlation analysis of somato-autonomic parameters during stimulation of hypothalamic ventromedial nucleus in animals with lateral hypothalamic lesions. The data suggest that somato-autonomic responses to stimulation of negative emotion sites of the hypothalamus are mediated by those brain structures which are under ascending excitatory influences of the lateral hypothalamus.
下丘脑外侧区内侧和外侧部分的凝固增加反应潜伏期,并降低对下丘脑腹内侧核刺激的呼吸、动脉血压和心率反应。下丘脑外侧区穹窿周区域的凝固完全消除上述自主反应。在对下丘脑外侧区损伤动物刺激下丘脑腹内侧核期间的躯体自主参数进行相关分析后,推测出一种新的严格整合,其特征是躯体自主反应的各个组成部分之间的相关关系数量增加。数据表明,对下丘脑负性情绪部位刺激的躯体自主反应由受下丘脑外侧区上行兴奋性影响的脑结构介导。