生物专业英语体验式教学模式研究

为了激发学生学习生物专业英语的兴趣,提高学生英语语言交流和应用能力,本研究拟对生物专业英语体验式教学模式进行研究。该教学模式以学生为中心,以任务为基础,通过教师创设合适的体验情境,让学生参与教学实践活动,直接通过体验建构专业的英语知识,获得英语交流和应用技能。通过体验式教学,促进课堂教学与专业实际应用相结合,培养和发展学生的创新精神和实践能力,促进教师拓宽知识面,提高教学水平。     

浅谈本科生创新实践能力培养体会

科研思维和创新能力是当代生物医学大学生亟待拥有的素质。本文作者结合自己参与"大学生创新实验计划"项目一年的经历,从学生角度浅谈大学生创新性实验对学生科研素质和创新能力的影响,以期为完善大学生创新实验制度提供参考依据。     

Learning from Writing in College Biology

This study used both quantitative and qualitative analyses to examine the influence of written arguments on learning in a college level introductory biology class and the types of metacognition employed by students while writing. Comparison of a treatment and control group indicates that the writing assignments used had minimal impact on overall content learning as measured by conventional exams. Subsequent interviews and think-aloud protocols with a subset of students indicated that writing arguments had the potential to foster learning through forward and backward search strategies. However, few of the students took advantage of this opportunity to use metacognitive skills. This study suggests that preparing written arguments is not sufficient, by itself, to have a reliable effect on student learning and is consistent with the view that students must be explicitly taught when and how to use different metacognitive strategies.     

Conceptualizing the interdisciplinary diffusion and evolution of emerging fields: The case of systems biology

This paper contributes to the longitudinal study and representation of the diffusion of scholarly knowledge through bibliometrics. The case of systems biology is used to illustrate a means for considering the structure and different roles of journals in the diffusion of a relatively new field to diverse subject areas. Using a bipartite network analysis of journals and subject categories, a core–intermediary–periphery diffusion structure is detected through comparative analysis of betweenness centrality over time. Systems biology diffuses from a core of foundational, theoretical areas to more specific, applied, practical fields, most of which relate to human health. Next, cluster analysis is applied to subject category co-occurrence networks to longitudinally trace the movement of fields within the core–intermediary–periphery structure. The results of these analyses reveal patterns of systems biology's diffusion across both theoretical and applied fields, and are also used to suggest how the dynamics of a field's interdisciplinary evolution can be realized. The author concludes by presenting a typology for considering how journals may function to support attributes of the core–intermediary–periphery structure and diffusion patterns more broadly.     

实践教学在KAP人才培养中的推动作用--以“生物学野外实习”为例

KAP人才培养模式是知识、能力、人格三位一体和谐发展的人才培养模式。生物学野外实习是高校生命学科教学体系中的一个重要实践教学环节,在知识积累、能力提高,素养提升等方面具有独特的作用。同济大学生命科学与技术学院生物学野外实习团队教师以KAP人才培养模式为导向,通过深入挖掘实习课程与理论、实验课程的差异,探索了发挥实践教学推动KAP人才培养作用的主要途径,采取了全方位、多角度、多渠道的方式,有效促进了学生的知识积累、能力提高和人格塑造。     

2009-2012年福建省高考生物试卷分析

对2009-2012年福建省自主命题的高考生物学科试卷进行分析,可见试题充分体现了新课程理念,以能力测试为主导,注重考查学科基础知识、科学探究能力、获取信息的能力以及应用所学的基本概念和原理解决实际问题的能力,发挥了高考的正确导向作用.