血管内溶血

提示长时间大强度运动后发生的血管内溶血的机制可能与NOS活力过高有关。

The results suggested that intravascular hemolysis was caused by high intensity exercise , which mechanism might be associated with activity of NOS increased by high intensity exercise .

目的观察运动中血乳酸浓度的变化对血管内溶血的影响。

Objective The purpose of this study was to investigate the effect of plasma lactate concentration on intravascular hemolysis during exercise .

结论患者血清中含有可活化补体的IgM类抗葛根素抗体，此为急性血管内溶血、肾衰的病理基础。

Conclusions A style of IgM , an an-ti-Puerarin antibody which activates the complement existing in Ps. It is the pathologic basis of acute intra - vascular hemolysis and renal failure .

经4周跑台耐力训练造成大鼠血管内溶血，在扫描电镜下观察RBC形态、测定MCD、计算MCT，分析其畸变规律。

It is brought about intravascular hemolysis on rat after four weeks endurance training on treadmill , the shape of erthrocyte is observed under SEM , MCD is tested , MCT is calculated .

葛根素静脉滴注致急性血管内溶血死亡

Death from acute intravascular hemolysis after intravenous drip of puerarin

葛根素致急性血管内溶血5例临床分析

Clinical analysis of 5 cases with acute intravascular hemolysis caused by puerarin

通过对使用葛根素注射液出现18例严重不良反应的报道进行分析，其中8例抢救无效，其主要原因是发生急性血管内溶血。

This article analyzed the severe adverse effects of Puerarin Injection in 18 cases .

以急性感染性血管内溶血为表现的急性粒-单核细胞白血病一例报告&附文献复习

Massive Intravascular Hemolysis Due to Sepsis Complicated with Acute Myelomonocytic Leukemia & One Case Report and Review Literature

证明奶牛发生血管内溶血时，红细胞膜骨架发生结构和功能的改变，是导致溶血的最关键性因素。

The change of structure and function of erythrocytic membrane skeleton could be concluded that the most important factor in hemoglobinuria due to hypophosphatemia .

结论：临床凡遇到应用葛根素突然出现上述临床症状者，就应考虑急性血管内溶血发生，应立即停药，给予积极治疗。

Conclusion : when sudden attacks of the above symptoms appear , the acute intravascular hemolysis should be taken into consideration first , and the giving of the puerarin intravenously be immediately stopped Active and proper treatment should be made .

溶血性贫血分类、临床表现和实验室检查、以及血管内和血管外溶血的特点；

The classification , clinical manifestations and laboratory examinations of hemolytic anemia , and characteristics of the intravascular and extravascular hemolysis ;