Published Paper Details:

Biochemistry education presents considerable challenges due to the abstract, integrative, and complex nature of its subject matter. Conventional teaching approaches frequently fail to promote in-depth comprehension and long-term memory of biological ideas. In science education, concept mapping, a visual learning technique based on Ausubel's notion of meaningful learning, has become a powerful teaching tool. This comprehensive review explores the theoretical foundations, cognitive benefits, and practical applications of concept mapping in biochemistry learning. It examines how idea maps help with student's understanding, memory, critical thinking, and problem-solving skills. Empirical research and case studies show how concept mapping improves outcomes for students, while a variety of digital tools and collaborative platforms enhance its accessibility and effectiveness. The review also addresses implementation challenges and proposes best practices and future innovations, including AI integration and interdisciplinary mapping. Concept mapping is positioned not only as a study aid but as a transformative strategy that empowers students to navigate the complexities of biochemistry with confidence and clarity.