1.A study on the influencing factors of nurses′j ob satisfaction based on empowerment theory
Xin GAO ; Qingquan BI ; Lunfang XIE ; Jingfang HONG ; Wei SHEN
Chinese Journal of Hospital Administration 2016;32(3):230-233
Objective To investigate the joint action mechanism of structural empowerment, psychological empowerment and job satisfaction of nursing staff in China,and probe into a joint action mechanism of such structure and empowerment on their satisfaction.Methods Totally 300 nurse specialists from secondary and tertiary hospitals in Anhui province were selected in a convenience sampling for investigation,by means of a general information questionnaire,Minnesota Satisfaction Questionnaire,Conditions of Work Effectiveness Questionnaires-Ⅱ and Psychological Empowerment Scale.Results The nurses′job satisfaction were positively associated with both their total scoring and individual dimensions of the structural empowerment and psychological empowerment.As shown in the structural equation modeling,the model (the pathway from structural empowerment to nurses′ job satisfaction and the mediating effect of psychological empowerment are significant)fitted the data well. Conclusions Nursing managers can use the empowerment theory to fully leverage their management advantages,creating a desirable environment for the nursing staff at large.
2.Cytotoxicity and mechanical properties of the prosthetic liner
Huiqin LUAN ; Jingfang BI ; Sainan WU ; Weiyan REN ; Hongmei LIU ; Yingying ZHANG ; Zengyong LI
Chinese Journal of Rehabilitation Theory and Practice 2022;28(4):479-483
Objective To investigate the current status of cytotoxicity and mechanical properties of the prosthetic liner on the market in China.Methods Six kinds of liner were collected, namely domestic 6 mm thick foam liner (A), domestic 5 mm thick EVA foam liner (B), German 5 mm thick EVA foam liner (C), Germany 12 mm thick PE foam liner (D), Iceland 3 mm thick silicone liner (E) and Germany 4 mm thick gel liner (F). Microscopic observation and thiazole blue colorimetry were used to detect the cytotoxicity. The content of small organic molecules was determined by the consumption of potassium permanganate. The tensile strength, elongation at break (%), and 100% tensile strength of the prosthetic liner were tested by material mechanics testing machine. The hardness was tested using the Shore hardness tester oo type.Results The cytotoxicity was grade 2 for prosthetic liners A, B, C and D, and was grade 0 for E and F. The redox substance content of prosthetic liners A、B、C exceeded 150 mg/kg. Except the prosthetic liner C, the hardness of the other products were all ≤ 70 HA. Except prosthetic liner D, the tensile strengths were > 1 MPa, breaking elongations were > 120.0%, 100% tensile strengths were > 0.9 MPa for other products.Conclusion Due to materials and production processes, the cytotoxicity and mechanical properties of the six samples are quite different.