Radzivil G G, Broniakin Iu V
Zh Nevropatol Psikhiatr Im S S Korsakova. 1990;90(11):50-5.
Tetrapolar chest rheography was used to study the central hemodynamics in 110 patients with meningococcal meningitides. Of these, in 86 patients, meningitis was combined with coccemia. The hyperkinetic type prevailed with a simultaneous decrease of the rate of the normo- and hyperkinetic types as compared with the distribution of the circulation types in healthy persons. It has been shown that the main cause of the development of the hypokinetic type of circulation manifesting itself in the rise of the total peripheral resistance and lowering of myocardial contractility lies in acute rise of intracranial pressure at the expense of the development of acute hydrocephalus and/or brain edema. Favouring intracranial pressure reduction decompression of the subarachnoidal space by lumbar puncture brings about a decline of the peripheral resistance, i.e. of afterload, and a rise of myocardial contractility. Detoxication and therapy of brain edema with the aid of the hypervolemic version of forced diuresis performed by means of intravenous injection of hyperosmotic solutions (rheopolyglucin, concentrated solutions of albumin, glucose) at a rate of 100 ml within 30 to 40 minutes promote the growth of intracranial pressure, elevation of the peripheral resistance and reduction of myocardial contractility.
采用四极胸阻抗血流图对110例脑膜炎球菌性脑膜炎患者的中心血流动力学进行了研究。其中86例患者的脑膜炎合并败血症。与健康人的循环类型分布相比,高动力型占主导,同时正常动力型和高动力型的比例下降。研究表明,以急性脑积水和/或脑水肿的发展为代价,颅内压急性升高是导致低动力型循环发展的主要原因,其表现为总外周阻力升高和心肌收缩力降低。通过腰椎穿刺对蛛网膜下腔进行减压,有利于降低颅内压,可使外周阻力即后负荷下降,心肌收缩力增强。通过静脉注射高渗溶液(低分子右旋糖酐、浓缩白蛋白溶液、葡萄糖)以每分钟100 ml的速度在30至40分钟内进行高容量强制利尿解毒和脑水肿治疗,会促使颅内压升高、外周阻力升高和心肌收缩力降低。