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  • IJMS Chiappini et al 2025

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Sculpting the Science: A Cross-Sectional Study on Teaching the Anatomy of Facial Muscles to Medical Students

Research output: Contribution to Journal/MagazineJournal articlepeer-review

Forthcoming

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Sculpting the Science: A Cross-Sectional Study on Teaching the Anatomy of Facial Muscles to Medical Students. / Chiappini, Toni; Correia, Janine; Taylor, Adam et al.
In: International Journal of Medical Students , 08.02.2025.

Research output: Contribution to Journal/MagazineJournal articlepeer-review

Harvard

Chiappini, T, Correia, J, Taylor, A, van der Merwe, J & Wessels, Q 2025, 'Sculpting the Science: A Cross-Sectional Study on Teaching the Anatomy of Facial Muscles to Medical Students', International Journal of Medical Students .

APA

Chiappini, T., Correia, J., Taylor, A., van der Merwe, J., & Wessels, Q. (in press). Sculpting the Science: A Cross-Sectional Study on Teaching the Anatomy of Facial Muscles to Medical Students. International Journal of Medical Students .

Vancouver

Chiappini T, Correia J, Taylor A, van der Merwe J, Wessels Q. Sculpting the Science: A Cross-Sectional Study on Teaching the Anatomy of Facial Muscles to Medical Students. International Journal of Medical Students . 2025 Feb 8.

Author

Chiappini, Toni ; Correia, Janine ; Taylor, Adam et al. / Sculpting the Science : A Cross-Sectional Study on Teaching the Anatomy of Facial Muscles to Medical Students. In: International Journal of Medical Students . 2025.

Bibtex

@article{7e6b1b84a8e44b4c9f0a8f33259a8157,
title = "Sculpting the Science: A Cross-Sectional Study on Teaching the Anatomy of Facial Muscles to Medical Students",
abstract = "BackgroundClay-modeling in anatomy education is an engaging activity that complements cadaveric dissections. The post-COVID-19 cadaver shortage further necessitates alternative practical modalities. MethodsA student-centered clay-modeling practical activity was developed towards the study of the muscles of facial expression due to a shortage of cadaveric material. Student feedback in the form of a questionnaire with closed- and open-ended questions was used. 21 students completed the questionnaire. Thematic analysis was inductively and manually performed to generate the primary and secondary themes associated with the open-ended questions. Results Four themes were generated: fun, collaboration, active learning, and bittersweet. Closed-ended questions revealed that respondents found the activity motivational and enjoyable. However, students expressed mixed emotions during the disassembly of their anatomical models. Some students described a sense of sadness, while others reported feeling devastated, reflecting the emotional investment and attachment they had developed toward their work. ConclusionThe outcome of this study presents the opportunity for further work to link discussions around the humanistic considerations of anatomy and the study of human remains, utilizing clay modeling as a crucial resource. This approach offers a sustainable, engaging alternative to traditional cadaver-based anatomy education, especially in resource-limited settings.",
author = "Toni Chiappini and Janine Correia and Adam Taylor and {van der Merwe}, Jan and Quenton Wessels",
year = "2025",
month = feb,
day = "8",
language = "English",
journal = "International Journal of Medical Students ",
issn = "2076-6327",

}

RIS

TY - JOUR

T1 - Sculpting the Science

T2 - A Cross-Sectional Study on Teaching the Anatomy of Facial Muscles to Medical Students

AU - Chiappini, Toni

AU - Correia, Janine

AU - Taylor, Adam

AU - van der Merwe, Jan

AU - Wessels, Quenton

PY - 2025/2/8

Y1 - 2025/2/8

N2 - BackgroundClay-modeling in anatomy education is an engaging activity that complements cadaveric dissections. The post-COVID-19 cadaver shortage further necessitates alternative practical modalities. MethodsA student-centered clay-modeling practical activity was developed towards the study of the muscles of facial expression due to a shortage of cadaveric material. Student feedback in the form of a questionnaire with closed- and open-ended questions was used. 21 students completed the questionnaire. Thematic analysis was inductively and manually performed to generate the primary and secondary themes associated with the open-ended questions. Results Four themes were generated: fun, collaboration, active learning, and bittersweet. Closed-ended questions revealed that respondents found the activity motivational and enjoyable. However, students expressed mixed emotions during the disassembly of their anatomical models. Some students described a sense of sadness, while others reported feeling devastated, reflecting the emotional investment and attachment they had developed toward their work. ConclusionThe outcome of this study presents the opportunity for further work to link discussions around the humanistic considerations of anatomy and the study of human remains, utilizing clay modeling as a crucial resource. This approach offers a sustainable, engaging alternative to traditional cadaver-based anatomy education, especially in resource-limited settings.

AB - BackgroundClay-modeling in anatomy education is an engaging activity that complements cadaveric dissections. The post-COVID-19 cadaver shortage further necessitates alternative practical modalities. MethodsA student-centered clay-modeling practical activity was developed towards the study of the muscles of facial expression due to a shortage of cadaveric material. Student feedback in the form of a questionnaire with closed- and open-ended questions was used. 21 students completed the questionnaire. Thematic analysis was inductively and manually performed to generate the primary and secondary themes associated with the open-ended questions. Results Four themes were generated: fun, collaboration, active learning, and bittersweet. Closed-ended questions revealed that respondents found the activity motivational and enjoyable. However, students expressed mixed emotions during the disassembly of their anatomical models. Some students described a sense of sadness, while others reported feeling devastated, reflecting the emotional investment and attachment they had developed toward their work. ConclusionThe outcome of this study presents the opportunity for further work to link discussions around the humanistic considerations of anatomy and the study of human remains, utilizing clay modeling as a crucial resource. This approach offers a sustainable, engaging alternative to traditional cadaver-based anatomy education, especially in resource-limited settings.

M3 - Journal article

JO - International Journal of Medical Students

JF - International Journal of Medical Students

SN - 2076-6327

ER -