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近年来在实验性动脉粥样硬化形成中,无论从形态学、生化测定以及应用放射性硫~(35)的自显影与体内进行标记的生物合成,均证明粘多糖的含量有显著增加。但以硫~(35)—粘多糖的含量来观察动脉粥样硬化的防治效果,则报导较少。我们为了今后拟采用本方法以观察家兎实验性动脉粥样硬化的防治效果,现先将在正常家兎(对照组)和已形成动脉粥样硬化的家兎(实验组)中所进行硫示跡测定的结果报告如下。方法我们用雄性、体重两公斤左右的安格拉长毛白兎14只,其中对照组6只,实验组8只。实验组家兎除星期日外每天加服胆固醇1克60天,继而每天服0.5克30天,共90天。后作
In recent years, experimental atherosclerosis formation, both from the morphological, biochemical determination and application of radioactive sulfur ~ (35) self-imaging and in vivo biosynthesis of markers, both proved that the content of mucopolysaccharides increased significantly. However, the content of sulfur ~ (35) - mucopolysaccharides to observe the prevention and treatment of atherosclerosis, the less reported. We intend to use this method in the future to observe the effect of experimental atherosclerosis prevention and treatment of 家, the first will be in the normal family 兎 (control group) and the formation of atherosclerosis 兎 (experimental group) carried out by sulfur The results of the trace determination are reported below. Methods We used male, weighing about two kilograms of Angora hairy white flesh 14, of which 6 were in the control group, the experimental group of 8. In the experimental group, each day, children were given 1 gram of cholesterol for 60 days daily except for Sunday, followed by 0.5 grams of 30 days daily for 90 days. After making