1.The application of behavioral risk factor surveillance system in China
Aidi ZHANG ; Xiao WANG ; Jin YAN
Chinese Journal of Behavioral Medicine and Brain Science 2015;24(9):854-856
Objective To review the contents and effects of behavioral risk factor surveillance system (BRFSS) and analyzed the application of BRFSS,citizens' health condition and its related risk factors in China.Then summarize the related problems in using BRFSS.Methods The literatures about Chinese research of BRFSS were searched from four databases in China,and a qualitative analysis was conducted.Results 18 case control or cohort studies were involved in the final qualitative analysis,the results showed that there was a positive tendency of people' s health related knowledge.However,people' s improvement of health behavior was at a slow speed,and the most popular health related risk factors consisted of smoking,alcohol drinking,lack of physical exercise,unbalanced diets,overweight,etc.Conclusion By using BRFSS,people' s health status and related risk factors could be accessed with flexibility timely and accurately.Thus can make great contributions for accessing,analyzing and tracking health status and health behavior of the population,finding the targeted population and evaluating effectiveness of health intervention,and this will also be helpful for the performance of health promotion programs and formulation of health policy.In addition,new technologies should be added into survey approaches and guarantee of data quality.
3. Path analysis of self-efficacy, coping style and social support on resilience in patients with chronic hepatitis B
Xiao WANG ; Aidi ZHANG ; Jin YAN ; Yan LIU ; Feiyan LONG
Chinese Journal of Behavioral Medicine and Brain Science 2019;28(11):988-993
Objective:
To explore the mediating, direct and indirect roles of self-efficacy, social support and medical coping modes with resilience in patients with chronic hepatitis B.
Methods:
Totally 384 inpatients and outpatients with chronic hepatitis B, without physical ailments or mental problems were selected.The Connor-Davidson resilience scale (CD-RISC), general self-efficacy scale (GSES), medical coping modes questionnaire (MCMQ) and social support rating scale (SSRS) were adopted in this research.The relationship among all variables was explored by path analysis.
Results:
(1)The total scores of resilience, self-efficacy, social support, confrontation, avoidance and acceptance-resignation in chronic hepatitis B patients were (61.64±15.36), (25.40±5.70), (39.82±7.39), (19.02±3.72), (16.63±2.69) and (8.45±2.94), respectively.(2)Pearson analysis showed that the scores of self-efficacy, medical coping and social support were significantly correlated with resilience(
5.A light stimulation device and optical control experiment method for carp robots.
Yong PENG ; Xiaoxiao HAN ; Tingting WANG ; Yang LIU ; Yanhong YAN ; Yang ZHAO ; Aidi WANG ; Peihua SU ; Fan ZHANG
Journal of Biomedical Engineering 2018;35(5):720-726
In order to solve the problems that the injury, hemorrhage, infection and edema of the brain tissue caused by brain electrodes implantation for aquatic animal robots, a light stimulation device and an optical control experiment method for carp robots are proposed in this paper. According to the shape of the carp skull, the device is a structure of Chinese character " cut by a printed circuit board which can provide three groups of A, B and C bridge platforms for the light stimulation source. The two ends of a bridge in every group are welded with a jumper board, and the light emitting diodes (LED) are inserted into the jumper boards as the light stimulation source, and all negative poles of the jumper boards are connected to the console by the wire. A LED light can be replaced by another LED light according to the need of the wavelength of the LED light, and various combinations of the light stimulation modes can be also selected. This device was mounted on the carp robot's head, the carp robot was placed in a water maze, and the optical control experiment method was observed to control the forward movement and steering movement of the carp robots ( = 10) under the dark light condition. The results showed that the success rates of the three groups of red light control experiments were 53%-87%, and the success rates of the three groups of blue light control experiments were 50%-80%. This study shows that the apparatus and the method are feasible.