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Microvascular Resistance in Essential Hypertension and Flowmetry as a Diagnostic Method

机译:基本高血压和流动性的微血管抗性作为诊断方法

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摘要

New Doppler-Laser flowmetry diagnostic test of functional condition of microcirculation was worked out of find precapillary and postcapillar resistance. Flowmetry was used to measure vasomotion and blood flow after arterial compression, decompression and venous hyperemia were held. Patients of essential hypertension were examined with the help of Doppler-Laser Flowmetry, optical photometry (540nm). Precapillar resistance included next basis parameters: vasomotion with high frequency (10-16 per/min) and low amplitude, latent time after decompression, large postocclusive reactive hyperemia, absent venous hyperemia. Postcapillar resistance included next basis parameters: vasomotion with low frequency (4-8 per/min) and high amplitude, "paradoxical hyperemia" in arterial compression, little or absent postocclusive reactive hyperemia, large venous hyperemia. This test-method was applied to select patogenetic treatment of essential hypertension.
机译:新的微循环功能条件的新多普勒激光流动性诊断试验从查找前毛细管和后剖腹产中工作。流动性用于测量动脉压缩后的血管定向和血流,保持减压和静脉血血液。用多普勒激光流量,光学光度法(540nm)检查原发性高血压患者。预漏平抗性包括下一个基础参数:具有高频率(每分钟10-16个/分钟)和低振幅,减压后潜在的时间,较大的患者的反应性高血量,不存在静脉血的血液的血管定义,不存在静脉血的血密性。后血管抗性包括下一个基础参数:血管定向低频(每/分钟4-8)和高振幅,“矛盾的高血量”在动脉压缩中,缺乏或缺乏术后反应性高血量,大型静脉充血。该试验方法被应用于选择必需高血压的次生处理。

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