ABSTRACT
Objective To explore the feasibility and evaluate the teaching effect of case-based multidisciplinary team teaching mode in clinical practice teaching of gynecology.Method According to different grade,120 students were divided into experimental group and control group (60 students per group).The teaching content contained three malignant tumor cases,which were cervical cancer,endometrial cancer and ovarian cancer.The course needed 12 periods totally.The experimental group received multidisciplinary team (MDT) teaching mode,and the control group received traditional lecture-based learning teaching mode (LBL).Teaching effect evaluation and test scores would be analyzed at the end of teaching.SPSS19.0 was used for t test and chi-square test.Results Our results showed that the theory test scores,practical skills test scores,the paperwork scores and the total scores of the students in MDT group were significantly higher than those in the traditional group (P＜0.05).At the same time,the students' self-evaluation scores in the ability of information retrieval,acquisition,understanding,comprehensive and the ability of self-learning,learning interest,enthusiasm and teamwork were significantly higher than the traditional group (P＜0.05).Conclusion MDT teaching mode is feasible,which can improve teaching effect and students' quality,and is worthy of advocating and popularization.
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Objective To explore the practical effects of multiple intelligence theory applied in Obstetrics and Gynecology clinical internship teaching for the medical students.Methods The Eight-year program medical students in the classes of 2009 and 2010 were collected,among which 45 students in theexperimental group were taught by multiple intelligence theory,and 40 students in the control group were taught by traditional teaching methods.The results determined by the questionnaire survey,written test scores,operation test scores,medical documents writing results,usual performance and teachers' job evaluation.The data were analyzed by SPSS 17.0 statistical software,chi-square test and t test.Results Compared with control group,the written test scores,operation test scores,medical documents writing results,usual performance,the student questionnaire and teachers' self work evaluation of the experimental group were significantly higher (89.720 ± 8.147) vs.(81.140 ± 9.142),(88.230 ± 4.328) vs.(80.360 ± 5.621),(86.530 ± 2.641) vs.(81.580 ± 2.036),(87.650 ± 3.957) vs.(82.360 ± 6.392),which showed statistically significant difference (P＜0.05).The experimental group students think the teaching methods with multiple intelligence theory are novel,producing following positive effects in fully inspiring learning initiative,fostering the ability of independent study,enlightening clinical thinking,strengthening collective cooperation and improving the ability of doctor-patient communication and problem-solving etc.Conclusions It shows that the application of multiple intelligences theory in Obstetrics and Gynecology clinical internship for the medical students could motivate the students' self-confidence and enthusiasm,and contribute to train high quality medical talent,Meanwhile,the higher requirements are needed for teachers.It is worth promoting the application.
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Objective To evaluate the effect of 3D printed skeletal model in orthopedic clinical in-ternship teaching . Methods From October 2015 to October 2016 , 30 undergraduate clinical medical internship students were divided into traditional teaching group and 3D model teaching group randomly. 1 teaching ward round was conducted for each student. Teaching rounds were conducted according to routine procedures in traditional teaching group, while the 3D model teaching group used the patient's 3D print skeletal model to assist in teaching rounds and perform simulated surgery. All students were tested in theory and practice, and the teaching evaluation was carried out by questionnaire. Data were imputed into SPSS 19.0 for comparison between the two groups using t-test. Results Students in 3D model teaching group significantly outperformed than those in traditional teaching group in theoretical achievement [(92.27±4.56) vs. (86.87±5.30)] and practical achievement [(90.07±4.61) vs. (82.53±5.03)] (P<0.01). In respects of pro-moting theoretical knowledge, enhancing surgical participation, hands-on ability exercise, teaching attraction and overall satisfaction, students in 3D model teaching group gave a better evaluation of teaching they had received than those in the traditional teaching group (P<0.01). Conclusion 3D printed skeletal model is an effective teaching tool, and its application in clinical internship teaching at basic-level hospital can signifi-cantly improve teaching effectiveness and satisfaction. It is worth further exploration and promotion.