ABSTRACT
OBJECTIVE:To provide reference for improving teaching effects of Medicinal Chemistry Experiment,and cultivat-ing practical talents that in line with needs of the pharmaceutical industry. METHODS:Based on the training target of medicinal preparation major in our college,the basic idea of establishing Medicinal Chemistry Experiment system was discussed,and teach-ing target,content,process and experimental evaluation results of Medicinal Chemistry Experiment were analyzed in detail. RE-SULTS:The experiment teaching system was established,with teaching target of improving knowledge,ability and quality,teach-ing contents of basic experiment,comprehensive experimental design experiment and open experiment,center of developing practi-cal teaching from before class,in class and after class,and means of diversified performance evaluation. CONCLUSIONS:The es-tablished experiment teaching system is suitable for the teaching of Medicinal Chemistry Experiment in medicinal preparation ma-jor,it has created a new situation that professional,innovation and quality education organic integrate in teaching activity,mobi-lized the students’learning enthusiasm and initiative,exercised the students' professional knowledge and practical ability,cultivat-ed students' creative ability and comprehensive quality and enhanced the effect of experiment teaching.
ABSTRACT
Objective:To review the research progress in non-injection administration systems of docetaxel. Methods: Based on the related literatures in recent five years, the studies on the application of docetaxel by non-injection ways including oral, transdermal, implantation and rectal administration were summarized and analyzed. Results:The docetaxel non-injection administration systems ex-hibit the advantages of convenient use, high bioavallability and low incidence of adverse drug reaction. . Conclusion:The non-injection administration systems of docetaxel show good development prospect.
ABSTRACT
The core-crosslinked polymeric micelles were used as a new drug delivery system, which can decrease the premature drug release in blood circulation, improve the stability of the micelles, and effectively transport the drug into the therapy sites. Then the drug bioavailability increased further, while the side effect reduced. Most drugs were physically entrapped or chemically covalent with the polymer in the internals of micelles. Based on the various constitutions and properties of polymeric micelles as well as the special characteristics of body microenvironment, the environment-responsive or active targeting core-crosslinked micelles were designed and prepared. As a result, the drug controlled release behavior was obtained. In the present paper, the research progress of all kinds of core-crosslinked micelles which were published in recent years is introduced. Moreover, the characteristic and application prospect of these micelles in drug delivery system are analyzed and summarized.