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Entrepreneurship teaching evaluation system constantly promotes the upgrading of university teaching quality in private enterprise education through actively promote the learn autonomy of students, the work enthusiasm of teachers and the management efficiency of teaching. Therefore, in the process of constructing the teaching evaluation system, the teaching managers of private higher education should clarify the ideas and emphasis of index selection, explore the appropriate construction way to further display the function and the role of entrepreneurship education teaching evaluation system. High education serves the community development, social development is inseparable from the support of education, what kind of social and economic development needs, there will be what kind of education mode. Thus, today with the globalization of economic and the internationalization of education, the development of the entrepreneurship education has become the main content of high education, the quality of entrepreneurship education development determines the development level of higher education, in order to better promote the development of entrepreneurship education, universities and related departments should construct and improve the entrepreneurship education teaching evaluation system to promote the development and reform of university entrepreneurship education. Private Colleges with its own characteristics, should avoid weaknesses and make a special feature on student innovation and entrepreneurship culture to open up a new journey.

Lipid microspheres (LM) have recently been used as intravenous (i.v.) carriers for drugs, which are sufficiently soluble in oil. However, in the case of norcantharidin (NCTD), which is poorly soluble in both the water and oil phases, this approach is not feasible. In this study, NCTD-loaded LM was prepared by transferring the drug to the interfacial surface of the oil and aqueous phases to produce a less irritating i.v. formulation of NCTD. A probe type sonicator was used to disperse NCTD into the oil phase together with lecithin and Tween 80. A high-pressure homogenization process was used to prepare the lipid microspheres and localize the drug at the surfactant layer. The LM loaded with NCTD consisted of 0.02% drug. Characterization of LMs and short-term stability was performed by photon correlation spectroscopy (PCS) and a centrifugation test was also carried out. The results showed that NCTD-loaded LM (2 mg/ml) with over 80% NCTD loaded in the interfacial surface were stable for a period of 2 months, and were suitable for i.v. injection in terms of size and stability, whether be diluted or not. Such formulations produced less pain and irritation in animal studies.