The Influenced Foundation of Hemodynamics During Recovery of Blood Stasis Rats by Gustrazine and Angelica Parenteral Solution
Jing Zhang
Abstract
Jing Zhang
Abstract
Objective: To explore effects of gustrazine and angelica parenteral solution on hemodynamics palelet in rats with blond stasis. Methods: A model of blood stasis was made by blood loss from carotid in rats, and the effect of gu strazine and angelica parenleral solution on hemodynamics was observed by an observation of mesenteric microcirculation and determination of hemorheology and blood flow volume. Results: The microcirculation disturbance was mainly slow micro-blood flow and blood cells aggregation in blood stasis rats, after treatment of gustrazine and angelica parenteral solution, the microcirculalion was improved, rates of patelet adhesive and aggregation were low, but the micro-area blood flow volume of organs was evidently increased there were significant difference than that of normal saline (NS) group (p 0.05). Conclusion: Gustrazine and angelica parenleral solution can improve microcirculation, increase blood flow volume of organs, reduce palelet aggregation.
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Objective: To explore effects of gustrazine and angelica parenteral solution on hemodynamics palelet in rats with blond stasis. Methods: A model of blood stasis was made by blood loss from carotid in rats, and the effect of gu strazine and angelica parenleral solution on hemodynamics was observed by an observation of mesenteric microcirculation and determination of hemorheology and blood flow volume. Results: The microcirculation disturbance was mainly slow micro-blood flow and blood cells aggregation in blood stasis rats, after treatment of gustrazine and angelica parenteral solution, the microcirculalion was improved, rates of patelet adhesive and aggregation were low, but the micro-area blood flow volume of organs was evidently increased there were significant difference than that of normal saline (NS) group (p 0.05). Conclusion: Gustrazine and angelica parenleral solution can improve microcirculation, increase blood flow volume of organs, reduce palelet aggregation.
Key concepts: Microcirculation, Blood stasis, Hemorheology, Hemodynamics, Blood flow, Medicine, Saline, Blood volume