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Microvessel hyperpermeability and thrombosis induced by light/dye treatment

机译:光/染料处理引起的微血管通透性和血栓形成

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To investigate the structural mechanisms by which light/dye treatment induces microvascular hyperpermeability and thrombosis, we quantified thrombus initiation time, thrombus growth rate, and microvessel occlusion time in post-capillary venule of rat mesentery. We also measured the microvessel hydraulic conductivity (Lp) under the same light/dye treatment. With the light intensity of 0.37 mW/mm
机译:为了研究光/染料处理诱导微血管通透性和血栓形成的结构机理,我们定量了大鼠肠系膜的毛细血管后小静脉中的血栓起始时间,血栓生长速率和微血管阻塞时间。我们还测量了在相同的光/染料处理下的微血管水力传导率(Lp)。光强度为0.37 mW / mm

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