Developing an Interactive 3D Learning Experience to Help Students Understand Key Regulatory Processes Associated with Glycolysis

  • Jacqueline Mason Author
  • Kevin Brennan
  • Samantha Bond
  • Leah Lebowicz

Abstract

Recent recommendations for undergraduate biology
instruction emphasize teaching foundational biological
principles and helping students transfer these principles to
more complex biological phenomena. These curricular
endeavors can be facilitated by the incorporation of
interactive visualization materials. The following research
project was developed to explore whether a visual
interactive didactic tool could be developed to improve
learning outcomes for undergraduate biology students on
the topic of allosteric regulation within the context of
glycolysis. The results of this research could be beneficial
for improving the development of interactive applications
for science education.
Published
2018-08-07
How to Cite
Mason, J., Brennan, K., Bond, S., & Lebowicz, L. (2018). Developing an Interactive 3D Learning Experience to Help Students Understand Key Regulatory Processes Associated with Glycolysis. Journal of Biocommunication, 42(1). https://doi.org/10.5210/jbc.v42i1.9193
Section
Published Abstracts - Poster Presentations