Engaging Minds: A Brain Cutting Experience for Undergraduate and Pre-Medical Students

Brain anatomy is notoriously difficult to teach and visualize to first-time learners. To make neuroanatomy more digestible, our group designed an educational brain-cutting experience that used gross dissection of a cadaver brain alongside digital dissection through the Anatomage Table technology to elucidate more difficult structures in three dimensions. A slide presentation was also prepared to help guide the learners through the dissection and to teach structure, function, and pathology. Two sessions with undergraduate learners were performed, with the first having four learners and the second having eight. Pacing and improper cutting technique were the main obstacles encountered in the first session; however, this was remedied by proper communication, teaching, and changing the format of the visual presentation. We feel that Anatomage helped the learners better visualize each structure in three dimensions, which aided in understanding the content. Early exposure to anatomy and pathology can inspire students to pursue careers in medicine, so we hope that this experience inspires others to develop their own neuroanatomy program.

Authors

Publication Details

Journal
Translation The University of Toledo Journal of Medical Sciences
Published
2026-02-17
DOI
https://doi.org/10.46570/utjms-2026-1906
Primary Topic
Anatomy and Medical Technology
Type
article
Field-Weighted Citation Impact
0.00

Funders

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article

Engaging Minds: A Brain Cutting Experience for Undergraduate and Pre-Medical Students

Liju Ahmed, James Burkett, Leo Roberts, Kyan Mwatha et al.
Translation The University of Toledo Journal of Medical Sciences
Anatomy and Medical Technology
article

Engaging Minds: A Brain Cutting Experience for Undergraduate and Pre-Medical Students

Liju Ahmed, James Burkett, Leo Roberts, Kyan Mwatha, Katherine Simer, Kayden Cuneo, Robert McCullumsmith
article en

Abstract

Brain anatomy is notoriously difficult to teach and visualize to first-time learners. To make neuroanatomy more digestible, our group designed an educational brain-cutting experience that used gross dissection of a cadaver brain alongside digital dissection through the Anatomage Table technology to elucidate more difficult structures in three dimensions. A slide presentation was also prepared to help guide the learners through the dissection and to teach structure, function, and pathology. Two sessions with undergraduate learners were performed, with the first having four learners and the second having eight. Pacing and improper cutting technique were the main obstacles encountered in the first session; however, this was remedied by proper communication, teaching, and changing the format of the visual presentation. We feel that Anatomage helped the learners better visualize each structure in three dimensions, which aided in understanding the content. Early exposure to anatomy and pathology can inspire students to pursue careers in medicine, so we hope that this experience inspires others to develop their own neuroanatomy program.

Translation The University of Toledo Journal of Medical SciencesVol. 15(S1)
University of Toledo
Quality Education
Openalex Percentile: Top 55%
Anatomy and Medical Technology
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Engaging Minds: A Brain Cutting Experience for Undergraduate and Pre-Medical Students — Liju Ahmed, James Burkett, et al. · Translation The University of Toledo Journal of Medical Sciences (2026) | TGRS Research Map | TGRS