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Charczenko, Richard; McMahon, Madeline; Kandl, Kimberly; Rutherford, Robert – Biochemistry and Molecular Biology Education, 2022
Here, we describe a free, web-based simulation of the lac operon, "LacOp," that is designed to enhance the learning of prokaryotic gene regulation and pathways in advanced high school and undergraduate genetics courses. This new electronic resource was created by a team of students in an advanced undergraduate course and is hosted online…
Descriptors: Undergraduate Students, High School Students, Web Based Instruction, Science Instruction
King, Matthew D.; Phillips, Paul; Turner, Matthew W.; Katz, Michael; Lew, Sarah; Bradburn, Sarah; Andersen, Tim; McDougal, Owen M. – Biochemistry and Molecular Biology Education, 2016
Computational molecular docking is a fast and effective "in silico" method for the analysis of binding between a protein receptor model and a ligand. The visualization and manipulation of protein to ligand binding in three-dimensional space represents a powerful tool in the biochemistry curriculum to enhance student learning. The…
Descriptors: Computation, Biochemistry, Science Instruction, Computer Assisted Instruction
Rajappa, Medha; Bobby, Zachariah; Nandeesha, H.; Suryapriya, R.; Ragul, Anithasri; Yuvaraj, B.; Revathy, G.; Priyadarssini, M. – Biochemistry and Molecular Biology Education, 2016
Graduate medical students of India are taught Biochemistry by didactic lectures and they hardly get any opportunity to clarify their doubts and reinforce the concepts which they learn in these lectures. We used a combination of teaching-learning (T-L) methods (open book assignment followed by group tutorials) to study their efficacy in improving…
Descriptors: Teaching Methods, Learning Strategies, Assignments, Medical Students