Effects of purified herbal extract of Salvia miltiorrhiza on lipid profile in hyperlipidemic patients

背景和客观 Hyperlipidemia 是大多数之一为冠的心疾病(CHD ) 的有势力和最好证实的风险因素。净化的鼠尾草植物 miltiorrhiza 摘录(PSME ) 被显示了在动物实验有 hypolipidemic 效果。这研究试图在 hyperlipidemic 病人评估它的 iipids modulating 效果。在这的方法单个窗帘，安慰剂控制了学习， 80 个 hyperlipidemic 病人的类脂化合物侧面以一样的条件被检查。他们随机被划分成二个相等的组(40 个病人创作的各个) 。他们每天，或安慰剂药片被给 PSME 药片(800 mg ) 三次。所有病人被放在 NCEP 类型节食，六个星期以后，类脂化合物侧面被检查。在 PSME 组，的结果总计胆固醇由 27.32 mg/dl (12.3% 减小) 减少了， LDL 胆固醇由 23.13 mg/dl (16.8% 减小) 减少了， HDL 胆固醇由 9.06 mg/dl (11.1%) 增加了，都是统计上重要的。尽管 triglyceride 去了 12.12， mg/dl (5.1%) 而是这不统计上是重要的(P=-0.34 ) 。在安慰剂组没有重要变化 oflipids 层次。结论 PSME 穿上重要有利效果总计胆固醇， LDL 胆固醇，和 HDL 胆固醇并且可以是为治疗 ofatherogenic dyslipidemia 的一个潜在的代理人。

Plant as Bioreactor for Producing Heterologous Proteins

Using plants to produce heterologous proteins makes it very attractive due to the potentially low costs. Using this procedure it is possible to produce medicinal protein for clinical applications with the plants bioreactors increasing gradually. The paper proposes the five major systems of the plant bioreactor as well as their advantage and disadvantage and the development of each system. Focuses on the five major systems of the plant bioreactor to produce vaccines, antibodies and medical protein and the research achievement at the present stage and the research on my laboratory. The key technology research of plant bioreactor such as new genes, new biological components, new technologies and new research methods related with plant bioreactor offer a work foundation for a long-term development in future.