The attitudes of medical students in Europe toward the clinical importance of histology.

Many studies have been undertaken to assess the attitudes of medical students to the clinical importance of gross anatomy. However, much less is known about their attitudes toward the clinical importance of histology. Using Thurstone and Chave methods to assess attitudes, over 2,000 early stage medical students across Europe provided responses to a survey that tested the hypothesis that the students have a high regard for histology's clinical relevance. Regardless of the university and country surveyed, and of the teaching methods employed for histology, our findings were not consistent with our hypotheses, students providing a more moderate assessment of histology's importance compared to gross anatomy but more positive than their attitudes toward embryology. Histology should play a significant role in medical education in terms of appreciating not just normal structure and function but also pathology. We conclude that teachers of histology should pay special attention to informing newly-recruited medical students of the significant role played by histology in attaining clinical competence and in underpinning their status as being learned members of a healthcare profession. This work was conducted under the auspices of the Trans-European Pedagogic Research Group (TEPARG). Clin. Anat. 30:635-643, 2017. © 2017 Wiley Periodicals, Inc.

The attitudes of medical students in Europe toward the clinical importance of embryology.

Although there have been many studies reporting the attitudes of medical students to the clinical importance of gross anatomy, little is known about their opinions concerning the clinical importance of embryology. Using Thurstone and Chave methods to assess attitudes, nearly 1,600 medical students across Europe in the early stages of their training provided responses to a survey that tested the hypothesis that they do not regard embryology as highly clinically relevant. Indeed, we further proposed that student attitudes to gross anatomy are much more positive than those toward embryology. Our findings show that our hypotheses hold, regardless of the university and country surveyed and regardless of the teaching methods employed for embryology. Clearly, embryology has a significant part to play in medical education in terms of understanding prenatal life, of appreciating how the organization of the mature human body has developed, and of providing essential information for general medical practice, obstetrics and pediatrics, and teratology. However, while newly recruited medical students understand the importance of gross anatomy in the development of professional competence, understanding the importance of embryology requires teachers, medical educationalists, and devisors of medical curricula to pay special attention to informing students of the significant role played by embryology in attaining clinical competence and achieving the knowledge and understanding of the biomedical sciences that underpins becoming a learned member of a health care profession.

Differentiation of CA1 cell elements in rat hippocampus ontogenesis.

Development of cell elements of CA1, their interaction in the process of cell differentiation during hippocampal band formation, developed CA1, and changes in the ageing process are discussed.

Embryology and Teratology in the Curricula of Healthcare Courses

Significant changes are occurring worldwide in courses for healthcare studies, including medicine and dentistry. Critical evaluation of the place, timing, and content of components that can be collectively grouped as the anatomical sciences has however yet to be adequately undertaken. Surveys of teaching hours for embryology in US and UK medical courses clearly demonstrate that a dramatic decline in the importance of the subject is in progress, in terms of both a decrease in the number of hours allocated within the medical course and in relation to changes in pedagogic methodologies. In this article, we draw attention to the need to provide within medical and dental curricula a universally accepted terminology for embryology and teratology, to develop core syllabuses and, in addition to providing professional training, to follow the practice of university education in taking students to the frontiers of knowledge. We also discuss different ways of teaching and assessing embryology and teratology, preferring to see the employment of practical methodologies, and we highlight problems related to the poor attitudes of students towards the perceived clinical relevance of embryology and teratology

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