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Review explores gamification's role in enhancing pharmacology learning outcomes for slow learners, suggesting innovative strategies.
Pharmacology remains one of the most challenging subjects in medical education due to its vast content and need for both memorization and clinical application. Slow learners who require more time and repetition to master complex material often struggle with traditional teaching methods that rely heavily on didactic lectures and text-heavy content. To address these challenges, gamification has emerged as an innovative strategy that integrates game-based elements such as points, leaderboards, badges, puzzles, and role-playing into the learning environment. This review explores the role of gamification in supporting slow learners in pharmacology. By enhancing engagement, simplifying complex concepts, promoting repetition, and reducing learning anxiety, gamification creates a more inclusive and motivating educational experience. Examples such as pharmacology crossword puzzles, “Who Am I?” drug identification games, drag-and-drop matching tasks, pharmacology bingo, level-based learning platforms, and virtual patient simulations highlight the diversity of gamified techniques adaptable to pharmacology curricula. Evidence from recent studies demonstrates improved knowledge retention, motivation, student–teacher interaction, and exam performance when gamification is applied. However, challenges such as over-reliance on entertainment, resource limitations, and the need for standardized frameworks remain. For maximum effectiveness, gamification should be implemented as part of a blended learning approach, with inclusive strategies tailored to slow learners, such as simple entry-level games, collaborative activities, immediate feedback, and recognition of incremental achievements. Future directions include the integration of artificial intelligence, virtual reality, and augmented reality to provide immersive, personalized experiences. Overall, gamification holds significant promise as a complementary tool in modern pharmacology education, particularly for empowering slow learners.
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Haque et al. (2026) studied this question.
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