TY - JOUR
T1 - Benefits and pitfalls of learning anatomy using the dissection module in an indian medical school
T2 - A millennial Learner's perspective
AU - Kalthur, Sneha Guruprasad
AU - Pandey, Arvind Kumar
AU - Prabhath, Sushma
N1 - Funding Information:
The authors are grateful to the body donors who have graciously gifted their bodies for medical education and research. They are also thankful to the students who have given their consent to be a part of this study.
Publisher Copyright:
© 2021 The Author(s)
PY - 2022/3
Y1 - 2022/3
N2 - Background: For generations, the use of cadavers has been the chief pillar for learning anatomy. However, the limited availability of cadavers and the advent of modern technologies in learning have led to the use of substitutes such as prosection, anatomical models, and audio-visual (AV) aids. The current study was therefore undertaken to seek students' opinions regarding the usefulness of the traditional dissection module in the modern era of teaching-learning. Methodology: The questionnaire-based study involved 145 medical undergraduate students exposed to dissection in anatomy during their first year (2018–19). Three themes were identified based on the students’ responses. They were advantages of learning anatomy by dissection, disadvantages of learning anatomy by dissection, and dissection classes versus other educational resources used in learning anatomy. The students' opinions related to the themes were considered. Results: The majority of the students stated that the act of dissection deepens one's understanding (91.8%) and provides a three-dimensional perspective of structures (92.4%). A group of students felt that the dissection is time-consuming (57%) and prosection (64.6%) helped them gain information quicker. However, when asked whether dissection should be eliminated from the curriculum, the majority (86%) of the students disagreed. However, the students agreed that dissection should be supported by educational tools (74%). Conclusion: The study strengthens the belief of using dissection for better anatomy learning and adds that dissection hall teaching is the best approach for anatomy teaching-learning. Millennial learners prefer the act of dissection to learn practical anatomy and consider the recent advances such as simulator-based education, video demonstrations, virtual and augmented reality only as supplements.
AB - Background: For generations, the use of cadavers has been the chief pillar for learning anatomy. However, the limited availability of cadavers and the advent of modern technologies in learning have led to the use of substitutes such as prosection, anatomical models, and audio-visual (AV) aids. The current study was therefore undertaken to seek students' opinions regarding the usefulness of the traditional dissection module in the modern era of teaching-learning. Methodology: The questionnaire-based study involved 145 medical undergraduate students exposed to dissection in anatomy during their first year (2018–19). Three themes were identified based on the students’ responses. They were advantages of learning anatomy by dissection, disadvantages of learning anatomy by dissection, and dissection classes versus other educational resources used in learning anatomy. The students' opinions related to the themes were considered. Results: The majority of the students stated that the act of dissection deepens one's understanding (91.8%) and provides a three-dimensional perspective of structures (92.4%). A group of students felt that the dissection is time-consuming (57%) and prosection (64.6%) helped them gain information quicker. However, when asked whether dissection should be eliminated from the curriculum, the majority (86%) of the students disagreed. However, the students agreed that dissection should be supported by educational tools (74%). Conclusion: The study strengthens the belief of using dissection for better anatomy learning and adds that dissection hall teaching is the best approach for anatomy teaching-learning. Millennial learners prefer the act of dissection to learn practical anatomy and consider the recent advances such as simulator-based education, video demonstrations, virtual and augmented reality only as supplements.
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U2 - 10.1016/j.tria.2021.100159
DO - 10.1016/j.tria.2021.100159
M3 - Article
AN - SCOPUS:85121724285
SN - 2214-854X
VL - 26
JO - Translational Research in Anatomy
JF - Translational Research in Anatomy
M1 - 100159
ER -