RESUMEN
In recent years, in the face of the risks and challenges of public health emergencies, the demand and supply of public health talents are relatively tight, and the reform and exploration of the standardized training of public health professionals has become one of the most urgent and important topics. This study analyzed the problems of curriculum system setting, implementation of practical links and composition of tutors in the training process, and learned that Wenzhou Medical University has carried out practical exploration in strengthening theoretical study, highlighting the combination of research and study, deepening professional practice, etc., which has achieved the orderly promotion of public health training supported by supporting reform measures; Take the post competence as the guidance, and vigorously improve the practicing ability; Based on the process and result assessment, promote the reform of training mode and other preliminary results. However, there are also shortcomings and deficiencies in accuracy, supply and effectiveness. Looking at the current situation, it is suggested to promote mechanism construction, increase skill training, develop training standards, improve supporting measures, establish expert committees and other reform ideas, and explore and implement a new model of degree education connection.
RESUMEN
Objective: To lay the foundation of standardized cultivation, and the optimum amount of fertilizer on Indigofera stachyoides growth were studied. Methods: Under the condition of the same planting density and different fertilizer amount, the growth and reproduction of I. stachyoides were observed and recorded, and the optimum amount of fertilizer was determined after three years based on predicting yield, determination of moisture and ash, and extract determination of I. stachyoides. Results: There was no significant difference in the non-medicinal parts of I. stachyoides under different fertilizer amount, and I. stachyoides had highest yield when fertilizer amount was 225 kg/hm2. Conclusion: The optimum fertilizer amount of I. stachyoides was 225 kg/hm2.