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Matthew Clemson; Alice Huang; Gareth Denyer; Maurizio Costabile – Biochemistry and Molecular Biology Education, 2025
The teaching of laboratory skills to undergraduate students is central to all experimental sciences. In this setting, students must understand the experimental procedures as well as the fundamental principle(s) being demonstrated, all while learning within a limited time. Other limiting factors include access to equipment and reagents, resulting…
Descriptors: Science Laboratories, Science Process Skills, Science Instruction, Undergraduate Students
Millar, Thomas James; Knighton, Ronald; Chuck, Jo-Anne – Biochemistry and Molecular Biology Education, 2012
Immunological detection of proteins is an essential method to demonstrate to undergraduate biology students, however, is often difficult in resource and time poor student laboratory sessions. This method describes a failsafe method to rapidly and economically demonstrate this technique using biotinylated proteins or biotin itself as targets for…
Descriptors: Biology, Scientific Concepts, Science Process Skills, Molecular Biology
Berry, Amanda; Mulhall, Pam; Gunstone, Richard; Loughran, John – Australian Science Teachers' Journal, 1999
Reports on how science teachers might work to improve their students' use of science process skills in ways that will contribute to their meaningful learning during laboratory activities. (Author/WRM)
Descriptors: Foreign Countries, Laboratory Experiments, Learning Strategies, Science Instruction

Stephens, Sally-Anne; McRobbie, Campbell J.; Lucas, Keith B. – Research in Science Education, 1999
Examines the extent and nature of Year 10 students' model-based reasoning in a laboratory investigation that considered the influence of six factors on electrical resistance. Finds that spontaneous use of the electron-drift model of metals in explanations increased over the duration of the task, but the explanations were restricted to mainly…
Descriptors: Action Research, Cognitive Processes, Concept Formation, Electricity