Suckov V V, Gnüchtel U, Kreher C, Ganic J, Wallrabe D, Kickin V I
Biomed Biochim Acta. 1984;43(11):1251-6.
Sinocarotid baroreceptor control of renocortical and medullary blood flow was examined by hydrogen washout technique in unconscious rabbits. Direction and size of the local renal blood flow depend on the interaction of extravenal nerval influence, the actual blood pressure and the renal autoregulation. The data reveal an important neuroreflectory control of the renal blood flow. The renomedullary flow is not totally determined by the degree of systemic arterial blood pressure. Renal factors thus appear to participate very early and continuously in primary neurogenic forms of arterial hypertension.
采用氢清除技术,在无意识的家兔身上研究了颈总动脉压力感受器对肾皮质和髓质血流的控制。局部肾血流的方向和大小取决于静脉外神经影响、实际血压和肾自身调节之间的相互作用。这些数据揭示了肾血流存在重要的神经反射控制。肾髓质血流并非完全由体动脉血压水平决定。因此,肾脏因素似乎在原发性神经源性高血压的早期阶段就持续发挥作用。