1.Dynamic evolution of research topics in the field of physical activity and executive function
Qing DENG ; Chen QIU ; Qingjun WANG ; Gui HUANG ; Yeting ZHANG
Chinese Journal of Tissue Engineering Research 2025;29(14):3043-3050
BACKGROUND:Research on physical activity and executive function continues to emerge,but no scholars have used visual tools to explore the dynamic evolution path of research topics in this field.OBJECTIVE:To explore the dynamic evolution process of research topics in the field of physical activity and executive function using bibliometrics methos,so as to clarify their development status and changes in knowledge structure.METHODS:The Web of Science database was searched by the search formula:TS=("Physical activity"AND"Executive function*")OR TS=(Exercise AND"Executive function*").According to the inclusion and exclusion criteria,4 386 relevant documents were selected as content,and SciMAT software was used for visual analysis.RESULTS AND CONCLUSION:The field of physical activity and executive function is booming,with more and more in-depth research and more room for future development.This field can be divided into four directions:executive function,children,the elderly,and intervention,and forms 11 main evolutionary paths.Topics such as"motor skills,""lifestyle,""aerobic exercise,"and"interventions"are likely to be the focus of future research,with the"adolescent"and"elderly"groups being the focus of research in this area.
2.Dynamic evolution of research topics in the field of physical activity and executive function
Qing DENG ; Chen QIU ; Qingjun WANG ; Gui HUANG ; Yeting ZHANG
Chinese Journal of Tissue Engineering Research 2025;29(14):3043-3050
BACKGROUND:Research on physical activity and executive function continues to emerge,but no scholars have used visual tools to explore the dynamic evolution path of research topics in this field.OBJECTIVE:To explore the dynamic evolution process of research topics in the field of physical activity and executive function using bibliometrics methos,so as to clarify their development status and changes in knowledge structure.METHODS:The Web of Science database was searched by the search formula:TS=("Physical activity"AND"Executive function*")OR TS=(Exercise AND"Executive function*").According to the inclusion and exclusion criteria,4 386 relevant documents were selected as content,and SciMAT software was used for visual analysis.RESULTS AND CONCLUSION:The field of physical activity and executive function is booming,with more and more in-depth research and more room for future development.This field can be divided into four directions:executive function,children,the elderly,and intervention,and forms 11 main evolutionary paths.Topics such as"motor skills,""lifestyle,""aerobic exercise,"and"interventions"are likely to be the focus of future research,with the"adolescent"and"elderly"groups being the focus of research in this area.
3.Effects of Cdc20 mutation on growth of mouse embryonic fibroblast
Juling FENG ; Lei ZHAO ; Juan XIE ; Mingshu MO ; Qingjun GUI ; Yong YOU ; Hui ZHONG ; Lisheng WANG
Acta Anatomica Sinica 2014;(3):383-387
Objective Investigation of biological characteristics of Cdc 20AAA/+APCmin/+ mouse embryonic fibroblast(MEFs) indicate the effect of Cdc20AAA/+on growth of mouse embryonic fibroblast and the possible mechanism . Methods MEFs of Cdc20AAA/+APCmin/+, Cdc20AAA/+, APCmin/+ and WT genotype were harvested from embryos for analysis.The growth characteristics of Cdc20AAA/+APCmin/+, Cdc20AAA/+,APCmin/+and WT mouse embryonic fibroblast were analyzed through growth curve analysis and foci formation assay .Separation of sister chromatid and the presence of aneuploid were detected by karyotype analysis .Results Cell proliferation assays showed that Cdc 20AAA/+APCmin/+cells grew at an accelerated rate compared with APC min/+MEFs(P<0.01).Foci formation assay showed that the clone forming ability was significantly increased .Cdc20AAA/+APCmin/+MEFs showed a significant increase in the frequency of aneuploid compared with WT MEFs , which had a karyotype of 38 and contained prematurely separated sister chromatids .Conclusion Cdc20 carrying a null allele (Cdc20AAA/+) may accelerate the growth and proliferation of APC min/+MEFs and present the growth characteristics of the tumor cells .The possible mechanism may be associated with chromosome instability .
4.Optimization and practices on talent-training program for five-year clinical medicine majors in University of South China
Ying TIAN ; Kai YIN ; Qingjun GUI ; Xinhua ZHANG ; Zhihan TANG ; Gebo WEN
Chinese Journal of Medical Education Research 2013;(9):875-878
With the development of the health service in china,the old talent-training program for clinical medicine major was failed in meeting higher demands for talents of clinical medicine. To create the new talent-training program,therefore,has become the main content of teaching reform for medical col-leges and universities. Taking University of South China as an example,the paper analyzed the changing trend of talent-training program for five-year clinical medicine majors from talent-training goal,curriculum system,practical teaching and content of courses,which proposed some thoughts on the optimization of training program for clinical medicine majors.

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