ABSTRACT
At present, public health education in colleges and universities has many problems, such as insufficient education and practice for infectious diseases, serious shortage of public health talents, insufficient interdisciplinary integration of public health disciplines, lack of a holistic view of public health, and insufficient flexibility and autonomy of curriculum design in colleges and universities. These problems were closely related to the cultivation of practical ability of public health talents in colleges and universities. The new era puts forward high requirements for the construction of high-level schools of public health and the training of high-level public health talents, presenting both opportunities and challenges. The School of Public Health, Sun Yat-sen University proposed the idea of "combined peacetime and wartime training" to cultivate high-level public health talents who can solve practical problems, and jointly established a demonstration base for high-level public health talents training with Guangzhou Center for Disease Control and Prevention (CDC). The core content is “one class, one team, one hospital and one center”. The experimental class of "medical, prevention and management" talents, the Sun Yat-sen University-Guangzhou Volunteer Service Team for Epidemiological Investigation, the Graduate School of Guangzhou CDC, and the Joint Research Center of for Disease Surveillance and Early Warning and Risk Assessment of Sun Yat-sen University-Guangzhou CDC has been established. Virtual simulation experiments and simulation exercises have been conducted. It is an innovated training for high-level public health talents. The linkage between universities and CDCs to promote the development of public health disciplines can provide reference for public health personnel training in universities to cultivate high-level public health talents with the ability to solve practical problems.
ABSTRACT
Objective: To analyze the current status and problems in the process of transfer and transformation of health science and technology achievements, and propose countermeasures. Methods: A total of four universities, two research institutes, two medical institutions, two biomedical innovation enterprises and two biomedical industrial clusters were selected as the research subjects using the purposive sampling method. Field investigations and qualitative interviews were conducted. Additionally, relevant literature was reviewed to analyze the progress, achievements, main experiences, and problems in the process of health science and technology achievement transfer and transformation in China. Results: The policy for transformation of health science and technology achievements in China is gradually improving. There is a steady growth in investment in scientific and technological innovation, leading to continuous emergence of transformative achievements. The innovative entities are growing, and the service system for achievement transformation is being established with expanding capital support. However, challenges persist, including the lack of an effective evaluation system to promote achievement transformation, shortages of specialized service organizations and talents for transformation, unclear guideline for the transformation and industrialization of scientific and technological outcome, insufficient innovation research and development institutes in biomedical, and imperfection in the mechanism for transforming scientific and technological program achievements. Conclusion: Although great progress has been made in the transformation of health science and technology achievements in China, the quality and quantity of achievement still need to be improved. It is urgent to establish and implement an evaluation system for achievements transformation, accomplish the construction of specialized service institutions and the training of versatile talents for transformation, highlight the market-oriented mechanism for scientific and technological achievements transformation, explore system and mechanism reform, establish the mechanism for transforming scientific and technological program achievements in a faster pace, and optimize the policy, so as to promote the high-quality transfer and transformation of health science and technology achievements.
ABSTRACT
In this paper,practice of major projects inplement in some universities was summarized.Also,the question of how to promote the innovation of science and technology system and establish a proper administration mechanism for science and technology in university was discussed,with the purpose of providing a reference frame for the department of science and technogoly in university.
ABSTRACT
On the basis of the summarization about some MPH education experience in Sun Yat-sen University,we make the assumption concerning construction of MPH training quality assurance system ,expound the content and operating mode of this training quality system,and then offer reference for improvement of MPH training quality.
ABSTRACT
Objective:To study the influence of Yizhiping Capsules on hemorrheology of experimental rats with hyperlipoidemia and its embryonic toxicity, teratogenicity. Methods:① The rat experimental hyperlipoidemia models were established by feeding with high lipid diet for 10 days. Meanwhile Yizhiping was taken orally at dosages of 75、150mg?kg -1 , some indices of hemorrheology markers were observed. ②According to the procedure of toxicology, the rat in the experimental groups were administered with Yizhiping capsules by gavage at a dose of 250、500、1000mg?kg -1 respectively, the embryonic toxicity and teratogenicity were observed. Results:① Yizhiping Capsules could significantly raise electrophoresis mobility of red cell of experimental hyperlipoidemia model rats, and lower the rate of red cell deposit and the viscosity of whole blood as well as plasma ( P