Utilizing artificial intelligence to address dermatology curriculum deficiencies in pre-clinical medical education

There are deficiencies in preclinical dermatology education: only 12% of medical schools in the United States offer a dedicated preclinical curriculum. Students could use free artificial intelligence as an alternative to other expensive resources to prepare for United States Medical Licensing Examination board examinations. ChatGPT was prompted to generate a dermatology curriculum including lecture outlines, disease pathology, histology, pharmacology, and practice questions based on the United States Medical Licensing Examination Step 1 content outline. The result was analyzed for completeness, accuracy, and quality. ChatGPT created a dermatology curriculum with 8 topics: introduction, infectious disorders, inflammatory disorders, neoplasms, integumentary disorders, pathology/histology, pharmacology, and clinical case studies. The curriculum included placeholders for the visual learning components rather than incorporating clinical images. The clinical vignettes included were incomplete and not detailed. Artificial intelligence can provide accessible, personalized, and cost-effective resources for preclinical medical students learning dermatology. This has the potential to impact inequalities among medical schools in dermatology education. However, generated curriculums need to be evaluated by dermatology educators to ensure accuracy and quality.

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Publication Details

Journal
Dermatology Online Journal
Published
2025-09-08
DOI
https://doi.org/10.25251/70k6fb79
Primary Topic
Diversity and Career in Medicine
Type
article
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article

Utilizing artificial intelligence to address dermatology curriculum deficiencies in pre-clinical medical education

Steven R. Feldman, Maria Mariencheck, Lauren M. McGrath, Melanie Rodriguez et al.
Dermatology Online Journal
Diversity and Career in Medicine
article

Utilizing artificial intelligence to address dermatology curriculum deficiencies in pre-clinical medical education

Steven R. Feldman, Maria Mariencheck, Lauren M. McGrath, Melanie Rodriguez, Zeynep Meltem Akkurt
article en

Abstract

There are deficiencies in preclinical dermatology education: only 12% of medical schools in the United States offer a dedicated preclinical curriculum. Students could use free artificial intelligence as an alternative to other expensive resources to prepare for United States Medical Licensing Examination board examinations. ChatGPT was prompted to generate a dermatology curriculum including lecture outlines, disease pathology, histology, pharmacology, and practice questions based on the United States Medical Licensing Examination Step 1 content outline. The result was analyzed for completeness, accuracy, and quality. ChatGPT created a dermatology curriculum with 8 topics: introduction, infectious disorders, inflammatory disorders, neoplasms, integumentary disorders, pathology/histology, pharmacology, and clinical case studies. The curriculum included placeholders for the visual learning components rather than incorporating clinical images. The clinical vignettes included were incomplete and not detailed. Artificial intelligence can provide accessible, personalized, and cost-effective resources for preclinical medical students learning dermatology. This has the potential to impact inequalities among medical schools in dermatology education. However, generated curriculums need to be evaluated by dermatology educators to ensure accuracy and quality.

Dermatology Online JournalVol. 31(4)
Nova Southeastern University (US), Wake Forest University (US)
Openalex Percentile: Top 63%
Diversity and Career in Medicine
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Utilizing artificial intelligence to address dermatology curriculum deficiencies in pre-clinical medical education — Steven R. Feldman, Maria Mariencheck, et al. · Dermatology Online Journal (2025) | TGRS Research Map | TGRS