Objective To observe the effects of cultivation mode of autonomous learning ability in TCM formula on students’ learning capacity and comprehensive quality. Methods On the basis of inheriting the traditional teaching mode, classroom questioning, class discussion, problem-based learned teaching, simulated prescription exercises, autonomous teaching and training, the mid-term oral test, and autonomous proposition consisted of autonomous learning ability training mode diversification. In the teaching process, teachers' teaching was the primary, and was interspersed with cultivation mode of autonomous learning ability. At the end of the teaching activities, questionnaire survey method was adopted to evaluate the autonomous learning ability training mode in the teaching of TCM formula. Results 81.30%-97.74% students believed that this mode is helpful to improve their learning ability and comprehensive quality; 75.87%-98.49% students believed that it is necessary to carry out the mode in the teaching activities; 69.53% students believed that conducting mid-term examination in the form of oral teat is feasible. Conclusion The cultivation mode of autonomous learning ability for TCM formula can stimulate the learning enthusiasm of the students from various angles, raise interest in learning, arouse students’ learning enthusiasm and initiative, and further cultivate autonomous learning ability and clinical thinking ability, which can provide references for the teaching reform of TCM formula.

Objective To investigate the spatial correlation and spatial cluster pattern of hemorrhagic fever with renal syndrome (HFRS) in Jingzhou City,Hubei Province from 2013 to 2017.Methods The HFRS surveillance data during 2013-2017 were collected from China Disease Prevention and Control Information System.Software ArcGIS 10.3 was used to analyze the spatial distribution,and global autocorrelation analysis (Moran'sI) and hot spot analysis (Getis-Ord Gi) were used to analyze the spatial autocorrelation.Spatial cluster pattern was explored by trend surface analysis and directional distribution.Results In 2013-2017,the global Moran's I was 0.117 6 (P ＞ 0.05),0.349 8 (P ＜ 0.05),0.102 1 (P ＞ 0.05),0.276 3 (P ＜ 0.05),and 0.394 8 (P ＜ 0.05),respectively.The Getis-Ord Gi analysis showed that there were 7,8,8,8,15 hot areas with high incidence of HFRS during this period,respectively,which were part of townships in Jiangling County,Shashi District,Jianli County,and Honghu City.The cold spot area with low incidence of HFRS was only detected in 2015,and it was part of the township in Shashi District and Jingzhou District.The trend surface analysis showed that the inverted-U type curve could reflect the HFRS distribution from northern to southern,and it was also from eastern to western.The directional distribution showed that the HFRS cases were distributed in the north-central part of Jingzhou in 2013-2017,and they were inconsistent with the distribution of the Yangtze River system.Conclusions The incidence of HFRS has an obvious spatial clustering characteristic,and the areas at high risk are mainly in the north-central part of Jingzhou City.The spatial cluster pattern of HFRS has nothing to do with the Yangtze River system.