THE USE OF GAMES FOR TEACHING BIOCHEMISTRY

A. Filho, M. Gonçalves, I. Gutierrez, T. Pitanga, C. Ribeiro, Carlos Antonio de Souza Teles Santos, V. Carneiro, Milena Rayane De Andrade Teixeira, R. D. D. Castro, L. G. Fernandez
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Abstract

he use of games in the teaching learning provides a challenging environment, able to stimulate the intellect and facilitate the knowledge of biochemistry to the student. So, the game is not simply a "hobby" to entertain the students, but occupies place of extraordinary importance in education, contributing to greater learning. In the discipline of  Metabolic Biochemistry for Pharmacy  - UFBA is being used the creation and deploy of games, targeting the teaching of metabolism. The study of metabolism is considered complex because it contains many biochemical processes and simultaneous. There is a variety of information to be learned, especially considered the number of events and molecules involved in metabolism. This work aimed to use game as a support for learning the DNA metabolism. The results demonstrate the importance of this type of work in teaching biochemistry. For the student win the game, it was necessary to demonstrate knowledge gained through literature, the resolution of exercises on the metabolism of DNA, and holding of discussions in the classroom. The dynamics used allowed greater interaction between students and learning about the metabolism of DNA in a way fun. This activity was evaluated by the students through written questionnaires and informal conversations, indicating good acceptance and adoption of this method.
游戏在生物化学教学中的应用
他在教学中运用游戏为学生提供了一个具有挑战性的环境,能够激发学生的智力,促进学生对生物化学知识的了解。所以,游戏不仅仅是一种娱乐学生的“爱好”,而是在教育中占有非常重要的地位,有助于更好的学习。在《药学代谢生物化学》这门学科中,利用UFBA开发和部署了针对代谢教学的游戏。新陈代谢的研究被认为是复杂的,因为它包含许多生化过程并同时进行。有各种各样的信息需要学习,特别是考虑到代谢中涉及的事件和分子的数量。这项工作旨在利用游戏作为学习DNA代谢的支持。结果表明,这类工作在生物化学教学中的重要性。为了赢得比赛,学生需要展示通过文献获得的知识,解决DNA代谢的练习,以及在课堂上进行讨论。所使用的动力学允许学生之间进行更多的互动,并以一种有趣的方式学习DNA的新陈代谢。学生们通过书面问卷调查和非正式对话的方式对本次活动进行了评价,表明学生们对这种方法的接受和采用情况良好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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