Zhao Rusin, Wang Tao, Yang Ruijia, Adam Lee A, Zaharic Tony, Loch Carolina, Tompkins Geoffrey R, Cooper Paul R
Department of Oral Sciences, Sir John Walsh Research Institute, Faculty of Dentistry, University of Otago, Dunedin, New Zealand.
Centre for Early Learning in Medicine, School of Medicine, Otago Medical School, Dunedin, New Zealand.
Biochem Mol Biol Educ. 2023 Mar;51(2):146-154. doi: 10.1002/bmb.21701. Epub 2022 Dec 7.
Basic knowledge of biochemistry underpins oral and dental care. Undergraduate dental students do not always engage well with basic science teaching due to not appreciating its clinical relevance. Co-teaching provides one approach to overcome students' disengagement and involves two lecturers, with complementary expertise, presenting the curriculum together. This study investigated student experiences and engagement using co-teaching to integrate biochemistry with clinical sciences in the students' second-year dental curriculum. Two successive second year dental student cohorts were co-taught. Content was delivered by a biochemist and an oral biologist, either online (during the 2020 COVID lockdown) or in-person (2021). Each cohort was surveyed at the end of the teaching module using an online questionnaire containing both interval scale and free-text questions. Responses were received from 39 (42%) and 64 (85%) of students in 2020 and 2021, respectively. Students from both cohorts preferred the co-teaching approach with a mean of 8.74 on a 10-point interval scale. In 2020 and 2021, 77% and 76% of participants, respectively, preferred a combined biochemistry and clinical dentistry delivery, either in-person (37%), via Zoom (19%) or via video recording (14%). Thematic analysis of responses revealed students experienced enhanced engagement when co-taught and they attributed this to integration of the curriculum making the content more relevant and stimulating. Students preferred co-teaching to individual subjects being taught by a single teacher. Co-teaching established the relevance of theoretical biochemistry to clinical dental sciences and enhanced the students' learning experience.
生物化学基础知识是口腔和牙齿护理的基础。本科牙科学生由于没有认识到基础科学教学的临床相关性,往往对其参与度不高。联合教学提供了一种克服学生参与度不高的方法,即由两位具有互补专业知识的讲师共同授课。本研究调查了在牙科学生二年级课程中使用联合教学将生物化学与临床科学相结合的学生体验和参与度。连续两届二年级牙科学生接受了联合教学。内容由一位生物化学家和一位口腔生物学家授课,授课方式为在线授课(2020年新冠疫情封锁期间)或面对面授课(2021年)。在教学模块结束时,使用包含区间量表和自由文本问题的在线问卷对每个班级进行了调查。2020年和2021年分别收到了39名(42%)和64名(85%)学生的回复。两个班级的学生都更喜欢联合教学方法,在10分制区间量表上的平均分为8.74。在2020年和2021年,分别有77%和76%的参与者更喜欢将生物化学和临床牙科教学相结合,授课方式为面对面授课(37%)、通过Zoom(19%)或通过录像(14%)。对回复的主题分析表明,学生在联合授课时参与度有所提高,他们将此归因于课程的整合使内容更具相关性和刺激性。学生更喜欢联合教学,而不是由单一教师教授个别科目。联合教学确立了理论生物化学与临床牙科科学的相关性,并增强了学生的学习体验。