ABSTRACT
Objective:To explore the effect of visual mind mapping based on Mini-CEX evaluation combined with case-based learning (CBL) on improving the learning ability and teaching satisfaction of nursing students in department of general surgery.Methods:A total of 120 nurses rotating in the Department of General Surgery, Panzhihua Central Hospital (Clinical Medical College of Panzhihua University) from September 2019 to July 2020 were selected as research objects, and randomly divided into a control group and a study group, with 60 nurses in each group. The control group used traditional teaching, and the study group used visual mind mapping based on Mini-CEX evaluation combined with CBL. After the training, the clinical comprehensive ability of the nurses was evaluated by theoretical and practical assessment, and the self-learning ability and teaching satisfaction of the nurses were analyzed through self-made questionnaire survey. SPSS 22.0 was used for t test and chi-square test. Results:The theoretical and practical assessment scores of nursing students in the study group were significantly higher than those in the control group[(95.01±3.52) vs. (83.26±4.05); (96.14±3.22) vs. (81.17±4.30)] ( P=0.001). Before the rotation training, there was no statistical difference between the study group and the control group in the scores of self-motivation beliefs, task analysis, self-monitoring and adjustment, and self-evaluation ( P>0.05). After the rotation training, the scores of above 4 aspects were significantly higher in study group than the control group ( P<0.05). The nurse trainees in the study group were significantly superior to those in control group in the following 7 aspects: reasonable arrangement of the teaching plan, novelty of the teaching mode, improvement of clinical nursing skills, improvement of the nurse-patient communication ability, improvement of the emergency response ability, and overall teaching satisfaction ( P=0.001). Conclusion:Visual mind mapping based on Mini-CEX evaluation combined with CBL applied to clinical teaching training of nursing students in the department of general surgery can effectively improve the effectiveness of nursing teaching and teaching satisfaction, improve the learning ability of nurses, and improve the nursing level of nursing students in the department of general surgery.
ABSTRACT
Objective To evaluate the ability of micropure system on calcifications detection of thyroid nodules. Methods A total of 63 patients with thyroid nodules that prepared for surgery were detected by micropure system and gray?scale ultrasound imaging,respectively. Results Among the 87 lesions removed with surgery,there were 72 benign lesions and 15 malignant ones. For the coarse calcifications,3 calcifications in the benign lesions were found both by micropure system and gray?scale ultrasound imaging;while in these malignant lesions,11 and 9 calcifications were visual?ized by micropure system and gray?scale ultrasound imaging,respectively. There was no significant difference between the two methods(P>0.05). For the micro?calcifications,8 and 2 calcifications were found in the benign lesions by micropure system and gray?scale ultrasound imaging,respec?tively;while 12 and 5 calcifications were visualized in the malignant lesions by micropure system and gray?scale ultrasound imaging,respectively. The micropure system method is more sensitive in micro?calcification detection compare to the traditional gray?scale ultrasound imaging method(P<0.05). Conclusion Micropure system can detect micro?calcifications and has a better visibility for micro?calcifications within the thyroid lesions, which can be applied in early thyroid cancer diagnosis.
ABSTRACT
Objective To clarify the position,figure and connections with adjacencies in the pallial thickening(Pth),and provide essential parameters for its function study. Methods The coronal serial sections of 60?m thickness in gekko gecko brain were made by cryo-microtome,and Nissl staining was used.Pictures were taken in each coronal section containing the Pth and the size of Pth in each section was measured.One of them was chosen for the three-dimensional reconstruction.3D MAX was used as the tool software to rebuild the nucleus. Results 1.The Pth was located in the rostral part of the telencephalon,the lateral part of anterior dorsal ventricular ridge,the medial part of the lateral cortex and the ventral part of the dorsal cortex.The length of Pth from the rostral to the caudal end was(912.67?110.96)?m(n=10),the cubage of Pth was about(0.1430?0.0414)?m~3(n=10).2.The Pth could be divided into four segments,the anterior,the middle,the posterior and the terminal segments from the rostral to the caudal end.In the posterior segment,its dorsoventral axis was the longest,and could be divided into two parts: the dorsal and the ventral parts.The boundary of the two parts was clear.Conclusion The Pth is a long,narrow and flat structure;its rostrocaudal axis is longer than its dorsoventral axis,and its dorsal edge is smoother than its ventral edge.In the Pth,its caudal region is larger than its rostral region,and the posterior segment in the caudal region is divided into the dorsal and the ventral cell populations.