Smith Katherine
Imperial College, London, UK.
Clin Teach. 2010 Sep;7(3):211-4. doi: 10.1111/j.1743-498X.2010.00360.x.
The importance of basic sciences in the training of doctors has been recognised for centuries, and their position was acknowledged and strengthened by the recommendations of the General Medical Council and the Flexner report.
Challenges to their central role have, however, arisen from many directions: these include perceived lack of relevance to clinical medicine, and pressures on the curriculum from social sciences and the humanities. Nevertheless, the justifications for studying basic sciences remain strong, and include contextualisation, understanding of pathophysiology, training in the process of learning, an ability to explain diseases to patients, intellectual satisfaction, appreciation of uncertainties in science and therefore in patients, and research leading to advances in medical care.
Innovative approaches to medical education may improve the teaching and learning of basic sciences, and build on their inherent importance.
几个世纪以来,基础科学在医生培训中的重要性已得到认可,其地位也因医学总会的建议和弗莱克斯纳报告而得到承认和加强。
然而,基础科学核心地位面临着来自多方面的挑战:这些挑战包括被认为与临床医学缺乏相关性,以及社会科学和人文学科对课程设置的压力。尽管如此,学习基础科学的理由依然充分,包括情境化、对病理生理学的理解、学习过程中的训练、向患者解释疾病的能力、智力上的满足感、认识到科学以及患者情况中的不确定性,以及推动医疗护理进步的研究。
医学教育的创新方法可能会改善基础科学的教学,并基于其内在重要性加以发展。