OBJECTIVE

The objective of the study was to determine the effectiveness of self-directed learning (SDL) strategy in dentistry by comparing it with lecture. Specifically, the objectives were to describe the students' perception of their learning experience after each TL strategy, compare the students' cognitive performance, determine whether certain student characteristics influence these two variables, and identify whether these two variables are correlated.

Total enumeration was done in the selection of student-respondents. Using a two-treatment counterbalanced experimental research design, two kinds of data were collected after completion of each TL strategy – post-test scores that indicate the students' cognitive performance (lowest score is zero; highest score is 20) and Assessment of University Teaching Activities Questionnaire (A.U.T.A.Q.) results, indicating students' perceptions on their learning experience (5-point scale from strongly disagree to strongly agree).

Results showed that there is a statistically significant difference between the total mean of A.U.T.A.Q. after SDL (M=3.94, SD=.480) and lecture (M=3.74, SD=.658); p =.024. Statistically significant difference (p .05). Nationality and sex did not significantly affect the students' perceptions and cognitive performance except in the third year level. Finally, there is no correlation between these two factors.

It can be concluded that SDL is as equally effective as lectures, but it must be used cautiously at lower year levels where lecture is still more beneficial. Lower year levels exhibited higher cognitive performance after lecture while the higher year levels displayed higher cognitive performance after SDL.

BACKGROUND

Ahigh-quality measurement tool is essential to accurately assess the innovative teaching strategies in health professions education. The Blended Teaching Assessment Tool (BTAT) aims to evaluate quality blended teaching or instructional delivery in Philippine health science programs. However, there is a lack of studies examining students' cognitive processes to support the validity of questionnaires.

Cognitive interviewing (CI) was employed to determine whether students interpreted and responded to the items correctly. Content analysis was done using Tourangeau's Cognitive framework. Four CIs were conducted by an expert moderator and note-taker with a total of 8 health science students (2 groups with 3 members, and 2 one-on-one interview) for around 1 to 2 hours via Zoom following a retroactive approach with verbal and spontaneous probing, guided by a semi-structured interview questionnaire.

Various issues related to comprehension, retrieval, judgment, and response were identified, leading to significant revisions of the tool from 82 items across 8 dimensions to 53 items across 5 dimensions. The challenges included unfamiliar terminology, ambiguous phrasing, complex statements, inconsistencies and irrelevance to students' real-life experiences. These findings emphasize the importance of students' feedback in enhancing the validity and reliability of assessment tools.

The Cognitive Interview identified crucial issues in comprehension, retrieval, judgment, and response, making it essential for developing the Blended Teaching Assessment Tool and ensuring valid responses on the quality of blended teaching and learning delivery.

Background: Medical education has changed as a result of the COVID-19 pandemic. There has been a shift from face to face learning to virtual classes using online learning platforms such as Canvas. These virtual and online alternative methods to medical education brought up concerns about the preparedness of medical students in studying Histology. This study addresses the student’s preference and attitude on the learning of histology using light microscopy vs virtual microscopy. Objectives: The specific objectives of the study are to determine students’ preference, attitudes, and overall satisfaction on the use of light microscopy vs virtual microscopy using a Likert scale. Methods: An enhancement program was conducted by the Department of Anatomy, UP College of Medicine from June 13 to June 17, 2022 among first year medical students. The students were exposed to prosected cadavers, models, specimens, histologic glass slides, and electronic images. During the activity, the second and third floor of Calderon Hall was divided into several stations, each with its own learning outcomes.This is a descriptive cross-sectional study. In all the learning stations, both virtual and light microscopy learning modalities were made available to the students. The student was at liberty to select virtual microscopy, light microscopy or both. In one of the stations, allocated to OS 205 (The study of the anatomy and histology of the thorax), students were randomized to one learning modality (light vs virtual microscopy) and made to identify one predetermined structure. Students answered a short questionnaire that allowed them to express their preference for the modality that was assigned. The questionnaire survey included questions on students’ preference for either light microscopy (LM) or virtual microscopy (VM), ease of use, and satisfaction. A total of five statements were included in the survey questionnaire. All questions in the survey were scored on a 5-point Likert scale (5: strongly disagree, 4: disagree, 3: neutral, 2: agree, and 1: strongly agree). A comments section was also included in the survey to explore students’ experiences of the two learning methods. Results: A total of 160 students participated in the study. Seventy-nine (79) students were randomized to the light microscopy group and 81 one students were randomized to the virtual microscopy group. There were no differences in the demographic characteristics between those randomized to virtual vs light microscopy.There were no differences in the net ratings between those randomised to virtual vs light microscopy in the following domains: 1) ease in looking for structures, 2) ability to identify the structure correctly, 3) method enhancing learning, and 4) overall satisfaction. There was a difference in the net rating between those randomized to virtual vs light microscopy in the domain on quality of the image being easily adjusted (58% vs 97.5%). Conclusion Medical students who used light microscopes demonstrated a more positive attitude towards its ability to enhance learning and showed greater satisfaction in using this method. Ease in manipulating image quality was better in the light microscopy group. However, the accuracy of identification of histological structures using either platform did not differ. Both virtual and light microscopy are effective learning methods.
Microscopy ; Education, Medical ; Histology ; Teaching

Objective: To explore the suitable teaching mode of epidemiology for postgraduates, so as to provide techniques for improving and enhancing the teaching quality. Methods: The course was divided into three stages according to the teaching progress, which was, traditional teaching, traditional teaching and case discussion, online learning and case discussion. The test scores in three stages were compared respectively, and the students' willingness to teaching methods was investigated by questionnaire. Results: The scores of 214 students showed an upward trend in three stages, and the differences were statistically significant (P<0.001). Most students paid more attention to the knowledge systematization and important knowledge. Most students proposed that the teaching time between theoretical knowledge and case discussion should be evenly distributed. More students chose Chinese literature related to their major as teaching cases. Most students believed that case discussion improved the skills of self-study and communication. Conclusion: The epidemiology course for postgraduate should integrate the traditional teaching and case discussion, with online learning as a supplementary, and take effective methods to evaluate, so as to improve the teaching quality of postgraduate.
Humans ; Students ; Surveys and Questionnaires ; Teaching

PURPOSE: The reliability of trauma coding is essential in establishing the reliable trauma data and adopting efficient control and monitoring policies. The present study aimed to determine the reliability of trauma coding in educational hospitals affiliated to Shahid Beheshti University of Medical Sciences, Iran. METHODS: In this descriptive cross-sectional study, 591 coded medical records with a trauma diagnosis in 2018 were selected and recoded by two coders. The reliability of trauma coding was calculated using Cohen's kappa. The data were recorded in a checklist, in which the validity of the content had been confirmed by experts. RESULTS: The reliability of the coding related to the nature of trauma in research units was 0.75-0.77, indicating moderate reliability. Also, the reliability of the coding of external causes of trauma was 0.57-0.58, suggesting poor reliability. CONCLUSION The reliability of trauma coding both in terms of the nature of trauma and the external causes of trauma does not have a good status in the research units. This can be due to the complex coding of trauma, poor documentation of the cases, and not studying the entire case. Therefore, holding training courses for coders, offering training on the accurate documentation to other service providers, and periodically auditing the medical coding are recommended.
Cross-Sectional Studies ; Hospitals, Teaching ; Humans ; International Classification of Diseases ; Medical Records ; Reproducibility of Results

Objective: Neurosurgical boot camps allow trainees to hone practical skills in a risk-free environment, but the models and simulators used are relatively costly. In developing countries like the Philippines, low-cost alternatives have to be devised. The authors aimed to demonstrate the feasibility of using local, readily available, and inexpensive tropical fruits as surrogate models for basic neurosurgical skills training during a neurosurgical boot camp. Methods: Locally available tropical fruits were used to teach basic neurosurgical skills to trainees. Coconut, pomelo, and watermelon were used as models for head clamp application, scalp and dural suturing, and ventriculostomy, respectively. Feedback was obtained from the participants after the boot camp. Results: All eight residents thought that the boot camp was useful in learning new skills, and that the fruit models served their purpose. The trainees favored the fruit models that catered to the skill sets required according to level of training. The use of tropical fruits in the boot camp also provided an informal atmosphere that was conducive to learning. Conclusion The novel use of tropical fruits as surrogate models in basic neurosurgical skills training was a feasible and affordable alternative in resource-limited settings, although the activity was perceived to be more useful to junior than to senior residents. The informal atmosphere generated by the use of the fruits contributed to an improved learning experience for the trainee.
Teaching ; Simulation Training ;

Background: Technology has been a vital part of the 21st-century classroom. Because of these fast-changing innovations, this study focused on the relationship between computer self-efficacy, knowledge, and use of Technological, Pedagogical, and Content Knowledge (TPACK). Objectives: The study determined the perceived levels of computer self-efficacy and the perceived levels of knowledge (TPACK) among faculty members pursuing post-graduate degree programs, described the use of TPACK as reflected in their actual instructional designs, and determined the correlation between computer self-efficacy, knowledge, and use of TPACK. Methodology: This study was conducted in one government graduate school in Manila, Philippines. The “Computer Self-efficacy Scale” developed by Teoh and Koh in 2010 was administered. TPACK was measured by administering the Survey of Preservice Teachers' Knowledge of Teaching and Technology by Schmidt et al. in 2009. Results: Results showed that faculty members perceive that they have almost a high self-efficacy in terms of basic computer skills. In terms of TPACK, faculty members were observed to be only neutral in knowing technological knowledge. Correlations found were among the subconstructs of Computer Self-efficacy and the TPACK framework, although their relationship cannot be further explored due to limitations of data gathered. Conclusion Not all computer skills aid the learning experience. For example, results show that using skills like using word processors do not necessarily correlate with methods of teaching. It is recommended to perform a more in-depth analysis of the instructional designs and proficiency in web-based instructions to obtain correlations between constructs.
Teaching

Objective: To determine the self-reported assessment of initial implementation of the 3 domains of Outcome-Based Education in accredited Otolaryngology - Head and Neck Surgery residency training programs in the Philippines by consultants and residents and explore any associations between their demographic profiles and assessments. Methods: Design: Mixed Method Research Design Setting: Multicenter - 30 accredited ORL-HNS residency training institutions in the Philippines- National Capital Region (NCR) 19, Luzon 7, Visayas 2, and Mindanao 2. Participants: A total of 129 consultants and 82 second to fourth year residents in training were included in the study by convenience sampling. First-year residents who started their residency training in January 2020 were excluded. Respondents answered self-reported questionnaires to assess implementation of the 3 domains of OBE: intended learning outcomes (ILO), teaching and learning activities (TLA) and assessment tasks (AT) using the 4-point scale score from “fully implemented” (4) to “not implemented” (1). Results of questionnaires were confirmed using open-ended questions on the challenges of OBE with a focused group discussion among 4 consultants and 1 resident. Results: The self-reported assessment of respondents on OBE implementation was “fully implemented” in the 3 domains. However, low numerical scores were seen for “managing community health and social need” in the ILO and “laboratory activities and workshops” in the TLA for both consultants and residents, in the assessment task (AT “multisource feedback by nurses and administrative staff” for the consultants, and “direct observation of performance skills for patient encounter” for residents. Among the 7 modules, “research methodology” had the lowest score for both consultants’ and residents’ self-perception. Challenges of OBE revealed included “mastery,” “time” and “data keeping.” Consultants younger than 60 years of age who had been in the department longer than 3 years and residents who attended an OBE workshop / lecture tended to give higher scores. Conclusion Two years after distribution of the manual on OBE to ORL-HNS residency training institutions, the consultants’ and residents’ self-reported assessment on implementation in all the 3 domains of OBE was “fully implemented.
Delivery of Health Care ; Otolaryngology ; Health Plan Implementation ; Formative Feedback ; Internship and Residency ; Teaching

This paper analyzes the severe challenges posed by the localization process in the internationalization of Chinese acupuncture and moxibustion to Chinese traditional acupuncture and moxibustion, and the ways to deal with the challenges. It is believed that the lack of deep understanding of the challenges in the process of internationalization of acupuncture and moxibustion is mainly due to the lack of knowledge structure of acupuncture and moxibustion, and the innovation of acupuncture and moxibustion teaching materials is the basis of effectively adjusting the knowledge structure. The direction of the reform of acupuncture and moxibustion teaching materials should separate the modern version of acupuncture and moxibustion that conforms to the nature of science and teach it in parallel with the traditional version of acupuncture and moxibustion. The development of modern acupuncture and moxibustion in line with the nature of science is not only an urgent need to meet the challenges of western acupuncture and moxibustion, but also an internal requirement for the development of acupuncture and moxibustion itself.
Acupuncture ; Acupuncture Therapy ; Knowledge ; Moxibustion ; Teaching ; Teaching Materials

BACKGROUND: Regional disparities in the working conditions of medical doctors have not been fully assessed in Japan. We aimed to clarify these differences in hospital characteristics: doctors' workload, wages, and popularity among medical students by city population sizes. METHODS: We targeted 423 teaching hospitals certified by the Japanese Society of Internal Medicine and assessed the working conditions of physicians specializing in internal medicine. We calculated their workload (the annual number of discharged patients per physician) and retrieved data on junior residents' monthly wages from the Resinavi Book which is popular among medical students in Japan to know the teaching hospital's information and each hospital's website. Furthermore, we explored the interim matching rate of each hospital as its popularity among medical students. Next, we classified cities in which all hospitals were located into eight groups based on their population size and compared the characteristics of these hospitals using a one-way analysis of variance. RESULTS: The average workload was 110.3, while the average workload in hospitals located in most populated cities (≥ 2,000,000) was 88.4 (p < 0.05). The average monthly wage was 351,199 Japanese yen, while that in most populated cities was 305,635.1 Japanese yen. The average popularity (matching rate) was 101.9%, and the rate in most populated areas was 142.7%, which was significantly higher than in other areas. CONCLUSIONS Hospitals in most populated areas had significantly lower workloads and wages; however, they were more popular among medical students than those in other areas. This study was the first to quantify the regional disparities in physicians' working conditions in Japan, and such disparities need to be corrected.
Cities/statistics & numerical data* ; Geography ; Hospitals, Teaching/statistics & numerical data* ; Japan ; Physicians/statistics & numerical data* ; Population Density ; Salaries and Fringe Benefits/statistics & numerical data* ; Students, Medical/psychology* ; Workload/statistics & numerical data*