防疫药学论文翻译

Purpose: to laevigata for root and stem the anti-inflammatory effects of comparative study, to study the root and stem rose laevigata the pharmacological effects of contrast, ensure the safe and effective medication and laevigata scientific research work, as its quality standards, regulating market. Method: acute and chronic inflammatory experiment inflamed by the : Gold cherry stem in mice have acute and chronic Pro-and anti-inflammatory effect,

Purpose: to laevigata for root and stem the anti-inflammatory effects of comparative study, to study the root and stem rose laevigata the pharmacological effects of contrast, ensure the safe and effective medication and laevigata scientific research work, as its quality standards, regulating market. Method: acute and chronic inflammatory experiment inflamed by the : Gold cherry stem in mice have acute and chronic Pro-and anti-inflammatory effect, and there is no laevigata; anti-inflammatory effect stems from rose laevigata ethanol extract of the anti-inflammatory effect than water extracts strong anti-inflammatory : this product stem of different solvent extracts in acute inflammatory experiments on mice have toes swelling obvious inhibitory effect, swelling volume and blank-control group has significance; in chronic inflammatory experiments stem of different solvent extracts on Granuloma growth inhibitory effect, there is an obvious Granuloma weight compared with a control group and obvious ease; different solvents of the root extracts of acute inflammation experiments on mice toes without obvious inhibitory effect, and the control group, no significance; in chronic inflammatory experiment with different solvents of the root extract on agar-induced Granuloma no clear inhibitory effect, and the control group, no significance.

从排除的乌柳中获取的非环式的二萜-y-内酯和类黄酮 经供参考，欢迎指正

脂质体为基础的办法，以克服抗肿瘤耐药摘要耐药仍然是实现更好的结果，在癌症治疗中一个重要的障碍。 一种解决这一问题的一般方法是抑制比电阻的机制如 P-糖蛋白 (PGP)-介导的药物外排，使用小分子药物或其他治疗策略。 或者，使用脂质体或其他运营商的药物传递方法可以在原则目标药物对肿瘤组织、 肿瘤细胞或甚至车厢内肿瘤细胞中。 通过增加生物利用度药物行动的地点，这些方法可提供包括增强的疗效抗肿瘤的治疗优势。 当前脂质体 anthracyclines 通过提供稳定和非无功的载体药物的有效封装取得了在癌症治疗中的临床使用和有证据表明在一些涉及抗肿瘤的临床设置中的潜在收益。 其它基于脂质体的策略包括构造设计的肿瘤细胞，以及进一步修改采取允许触发的药物释放。 这些方法寻求克服耐药肿瘤的单元格和在某些情况下更有效地提供的同时避免或药物外排机制的抑制作用。 较新的代理雇用分子靶向，如 immunoliposomes 使用抗体指示绑定和内在化。 这些代理有选择地提供对肿瘤细胞的药物、 细胞内的药物释放，可以有效地吸收和可能可以提高疗效和安全性。关键字： 脂质体 ； Immunoliposomes ； 药 剩下的那几个单词不会，电脑都翻译出来.