The Teaching of Embryology: Challenges, Innovations, and Ethical Considerations in Developmental Biology Education

Embryology, as a cornerstone of developmental biology, provides critical insights into how organisms form, differentiate, and evolve. Despite its fundamental importance to scientific understanding and medical practice and despite increasing insights into underlying biological mechanisms, the teaching of embryology has faced consistent challenges, ranging from the abstract nature of microscopic developmental stages to a gradual decline in hands-on, laboratory-based experiences within curricula. Traditional instruction methods, often dominated by static materials and rote memorization, fail to capture the dynamic complexity of embryonic processes. Recent advances in educational research highlight the potential of digital visualization tools, interactive 3D models, and inquiry-driven learning environments to enhance comprehension and engagement. Yet, a considerable gap persists between these innovations and their consistent integration into embryology teaching, particularly in medical, veterinary, and biological sciences.Another key dimension that requires greater attention is the preservation of embryology as an essential discipline within traditional and modern academic programs and the potential for building interdisciplinary teaching frameworks. Understanding embryonic and fetal development is crucial for reflecting on the origins of human disease, both at the organ level and in terms of neuropsychological or behavioural outcomes. Such understanding has profound implications for public health, healthcare systems, and societal well-being. Beyond pedagogical innovations alone, this discussion also raises deeper ethical and strategic questions: Is it justifiable to omit complex and challenging subjects from curricula simply because they are unpopular or difficult? And do our institutions have enough qualified educators equipped to teach this field effectively?This Research Topic aims to examine, defend, and strengthen the teaching and learning of embryology within the wider framework of developmental biology and education. It seeks to identify effective pedagogical strategies, curriculum frameworks, and technological tools that foster conceptual understanding, long-term retention, and appreciation of embryology’s continued relevance. Furthermore, it encourages dialogue around the ethical, institutional, and interdisciplinary implications of its teaching and omission, supporting greater recognition of embryology’s role in understanding health and disease across biological and psychological domains.To gather further insights into the role of pedagogy, ethics, and innovation in the teaching of embryology, we welcome contributions addressing, but not limited to, the following themes:o     Development and assessment of teaching methods for embryology and developmental biologyo     Use of digital simulations, 3D models, and virtual or augmented reality in embryology educationo     Integration of clinical, pathological, and psychosocial examples to enhance relevance and engagemento     Curriculum design, evaluation, and defence of embryology’s place in traditional study programso     Interdisciplinary teaching approaches bridging basic science, medicine, and psychologyo     Comparative analyses of traditional versus technology-enhanced instructiono     Ethical and institutional considerations regarding curriculum design and educator preparednesso     Training educators and assessing pedagogical competence in developmental biology Topic editors: Beate Emmi Margarete Brand-Saberi, Elisabeth Eppler Source: https://www.frontiersin.org/research-topics/82411/the-teaching-of-embryology-challenges-innovations-and-ethical-considerations-in-developmental-biology-education