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OBJECTIVE: To analyze the process of a nursing clinical skills assessment in a hospital in China, design the scoring system of the nursing clinical skills(SSNCK), and discuss its clinical application effects. METHODS: To analyze the flow of the current practical skills assessment with an operation process analysis chart to identify potential improvement priorities. This was accomplished by developing the SSNCK with Microsoft Visual Basic. A total of 100 nurses were selected. They were randomly divided into an experimental group and a control group. The experimental group completed the SSNCK, while the other completed a paper-based assessment. The differences between the two groups in terms of testing time and costs were compared. RESULTS: The SSNCK simplified the process of nursing clinical skills assessment and efficiently allocated human, material, and financial resources. The time required to complete the SSNCK was less than that for the paper-based assessment (t=12.99, P<0.01), and the overall cost was lower than that for the other assessment (t=13.56, P<0.01). CONCLUSION: The application of the SSNCK improves the efficiency of a nursing practical assessment. It also reduces testing costs and further develops hospital nursing education.
Assuntos
Competência Clínica , Avaliação em Enfermagem , Recursos Humanos de Enfermagem , China , HumanosRESUMO
Objective To analyze the process of clinical nursing operation assessment in a third-grade class-A hospital in China, and design the scoring system of clinical nursing operation examination (SSCNOE), and discuss its clinical application effect. Methods Through operation process analysis chart to analyze the flow of current clinical nursing operation assessment of shanxi provincial people's hospital to look for improvement priorities that can be optimized, and based on Microsoft Visual Basic technology and 15 commonly used clinical nursing operation, we developed SSCNOE. A total of 102 nurses were selected as subjects and were randomly divided into the experimental and control groups using random numbers. The experimental group accepted SSCNOE examination, while the control group received the traditional paper test. The differences in the examination time and examination cost between the two groups were compared. Results SSCNOE simplified the examination process of clinical nursing operation and saved a lot of manpower, material and financial resources. The time required to use SSCNOE was (202.13±24.69)min, shorter than the traditional assessment (347.67±6.51)min (t=12.99, P<0.01), and the overall cost was (948.13± 72.47)yuan, lower than the traditional test (1689.12 ± 126.72)yuan (t=13.56, P<0.01). Conclusion The research and application of SSCNOE can improve the efficiency of the assessment of nursing operation, save the cost of examination and improve the level of hospital nursing information construction.
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Objective To evaluate the clinical effect of the procedure that involves drilling and inserting a motility peg at the time of hydroxyapatite orbital implant.Methods 89 patients who needed hydroxyapatite orbital implant were divided into groups A and B.The patients in group A were drilled and inserted a motility titanium peg when hydroxyapatite implantation.The patients in group B were drilled and inserted a motility titanium peg 6 months after hydroxyapatite implantation.Data were recorded.including the rate of postoperative pain and conjunctive edema,postoperative facial appearance,motility of the artifieial eye,the rate of hydroxyapatite exposure,excursion and extrusion of titanium peg and other complications.Results The mobility of the prosthesis was 44.97%in group A,and 45.34%in group B.There was no difference in appearance and the motility of their artificial eye between the two groups.The rate of excursion of titanium peg was 4.2% in group A and 7.3%in group B and no statistical difference was found between the two groups.There were no prosthesis exposure,extrusion of titanium peg,secondary infeetion and other complication in one-year follow-up.There were no difference in the rate of postoperative pain and eonjunctive edema in first operative stage.The postoperative reaction in group A was lighter than that in group B in secondary operanve stage.Conclusion The hydroxyapatite orbital implant primary procedure drilling is simple,safe,convenient and effective.It is worth to recommend that procedure that involves drilling and inserting a motility peg at the time of hydroxyapatite orbitaI primary implant.
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Objective To evaluate the application of the polymethyl methacrylate (PMMA) artificial eye in acquired ophthalmostewesis. Methods We summarized the experience in the application of PMMA in prosthesis for 8 years. 1155 patients were involved in the artificial eye custom-made program. The artificial eye was individually prepared based on the patient's condition and characters of the healthy eye.Results PMMA artificial eye associated with hydroxyl apatite implantation gave good cosmetic results with good motility, and there was no rejective reaction. The artificial eye was almost same to the real one in color and transparency. Conclusion It is suggested that PMMA is one of the best materials for manufacture of artificial eye at present.
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Objective To evaluate the middle and long term effects of the two-stage procedures of drilling for hydroxyapatite orbital implant and inserting a motility peg, and to investigate the pathogenesis and treatment of the various complications during the procedure. Methods This retospective study included 68 patients who had underwent the drilling of the hydroxyapatite and motility peg placement for over 3 years. Mean age at operation was 30.7 years (range from 17～60 years). All patients were placed plastic peg. Information recorded included pre-and post-operative facial appearance, motility of the artificial eye, conjunctival sac discharge and other complications. Results No secondary infection occured in 36～72 months of follow up. All patients felt that there had been an improvement in the motility of their artificial eye. And their cosmetic appearance was acceptable. The most frequent complication encountered was discharge from conjunctiva sac, which occurred in 31 patients. Extrusion of the motility peg was found in 6 patients. 5 patients had exuberant granulation in conjunctiva sac. Conclusion Drilling of the hydroxyapatite implant improves both the appearance and the motility of the artificial eye. Complications are minor and can be easily prevented and treated. The vascularization of HA sphere with good motility should be drilled at relatively larger conjunctival sac in the patients who can cooperate under local anesthesia.
