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Commentary:Have We Received the Wakeup Call?

机译:评论:我们接到了叫醒电话吗?

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A few months ago,in a commentary in Cell,Dr.Bruce Alberts issued what he called A Wakeup Call for Science Faculty [1].In this thought-provoking piece,he challenged us as teachers of basic sciences to change the way we teach the introductory science courses in our colleges and universities.There are far too many introductory survey courses in our institutions that fill the students with "...the most important facts that our own particular discipline has discovered about the natural world,without conveying to them how we came to know and understand these facts."[1]This approach is patently insufficient in a world of sequenced genomes and the nearly exponential increase in our understanding of everything from macromo-lecular interactions to the developmental biology of entire organisms.The "information dump"approach has resulted in too many of our students choosing fields other than science for their studies,a generation of science teachers who are poorly schooled in the methods and concepts of scientific discovery,and a public that is so mistrusting of scientific discovery that they are willing to believe that from time to time living things fail to obey the laws of chemistry and physics and are molded by such things as "intelligent design."It is now time to listen to this "wakeup call"and decide how we as biochemists and molecular biologists can help solve this critical problem.Our first task is to listen to the "call"and then enter a discussion about how to meet the enormous challenges of education not only for our future scientists but also for a workforce at many levels and for a public that is increasingly skeptical about and alienated from modern science.
机译:几个月前,布鲁斯·阿尔伯茨博士(Bruce Alberts)在《细胞》杂志的一篇评论中发表了他所谓的“唤醒科学系的呼吁” [1]。在这一发人深省的文章中,他挑战我们作为基础科学的老师来改变我们的教学方式我们机构的入门级调查课程太多了,使学生充满了“ ...我们自己的学科发现的关于自然界的最重要事实,却没有传达给他们我们是如何知道和理解这些事实的。” [1]在测序基因组世界中,这种方法显然不足,而且我们对从大分子相互作用到整个生物体发育生物学的所有事物的理解都几乎呈指数增长。信息转储”方法导致我们太多的学生选择科学以外的领域来学习,这一代的科学老师在方法和观念上学历薄弱大量的科学发现,以及公众对科学发现的不信任,以至于他们愿意相信,生物有时会不服从化学和物理定律,并受到“智能设计”的影响。现在是时候听这个“警钟”,并决定我们作为生物化学家和分子生物学家如何帮助解决这个关键问题。我们的首要任务是听“呼”,然后进入关于如何应对巨大挑战的讨论不仅对我们未来的科学家有教育意义,而且对许多层次的劳动力以及对现代科学越来越怀疑和疏远的公众也是如此。

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