The effect of using a semi-automated image processing mobile application on undergrad students' perception in a complex science experiment

Jakkrit Junrat, N. Srisawasdi, K. Saikaew
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引用次数: 1

Abstract

Certain scientific education experiments require calculation and analysis, which take multiple steps. It would be more effective in science lab learning if we could apply a mobile device technology to help students deal with complicated steps in the scientific analysis. SDS-PAGE is a basic protein analysis for several applications. In the traditional approach, users have to calculate the protein molecular weight which takes 30 minutes on average. This paper implemented and evaluated a novel method for calculating the protein molecular weight on SDS-PAGE using a mobile app and applied it to a science lab experiment to support learning from anywhere at any time. The experimental results showed that the average protein molecular weight calculation time of the mobile app approach was significantly lower than the traditional approach. In addition, based on the perception questionnaire, it was found that the protein learning time was reduced and user satisfaction was increased.
使用半自动图像处理移动应用程序对大学生复杂科学实验感知的影响
某些科学教育实验需要计算和分析,这需要多个步骤。如果我们能够应用移动设备技术来帮助学生处理科学分析中的复杂步骤,将会在科学实验室学习中更加有效。SDS-PAGE是一种用于多种应用的基本蛋白质分析方法。在传统的方法中,用户必须计算蛋白质的分子量,平均需要30分钟。本文利用移动应用程序实现并评估了一种新的SDS-PAGE蛋白质分子量计算方法,并将其应用于科学实验室实验,以支持随时随地的学习。实验结果表明,移动app方法的平均蛋白质分子量计算时间明显低于传统方法。此外,基于感知问卷,发现蛋白质学习时间减少,用户满意度提高。
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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