开发从肉豆蔻(Garcinia mangostana)中分离Trimystin的实验室模块,以支持天然产物化学课程中有意义的学习

Pub Date : 2019-05-31 DOI:10.30870/JPPI.V5I1.4906
A. Hakim, J. Jamaluddin, A. Jufri, I. N. Loka, Sukib Sukib, Saripatul Mahmudah
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引用次数: 0

摘要

本研究旨在开发从肉豆蔻中分离三叶草素的实验室模块,以支持天然产物化学课程。研究设计采用4D模型(定义、设计、开发和传播)。这项研究的人群涵盖了马塔拉姆大学化学教育项目的所有学习天然产物课程的学生。同时,有四名学生成为本研究的样本。这四名学生被随机抽取,并成为有限试验的受访者。结果表明,使用Aiken指数获得的三个验证因子的有效性为V=0.7,表明从肉豆蔻中分离三叶草素的天然化学实验室模块是有效可行的。从学生和讲师的回答中可以看出实用性,他们表现出积极的回答,所有模块组件的实用性平均为83%。基于这些数据,可以得出结论,从肉豆蔻中分离三叶草素的自然化学实验室模块是可行和实用的,因此可以在学习过程中使用。
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Development of Laboratory Module of Isolation Trimyristin from Nutmeg (Garcinia mangostana) to Support Meaningful Learning in Natural Product Chemistry Course
This research aimed to develop laboratory module of isolation trimyristin from nutmeg ( Garcinia m angostana) to support natural product chemistry course. The research design used 4D model (Define, Design, Develop, and Disseminate). The population in this study covers all students of Chemistry Education Program, University of Mataram who took natural product course. Meanwhile there were four students who became the sample in this study. The four students were taken randomly and became respondents for a limited trial. The results showed that the validity of three validators obtained by using Aiken index was V = 0.7 indicated that the natural chemistry laboratory module about trimyristin isolation from nutmeg was valid and feasible to use. Practicality can be seen from the responses of students and lecturers who showed a positive response with the average of all module component practicability of 83%. Based on the data, it can be concluded that the natural chemistry labortory module of isolation trimyristin from nutmeg was feasible and practical, so it can be used in the learning process.
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