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Jessica L. Stellmann; Alexander E. Zambidis; Adam L. MacLean; Dieuwertje J. Kast – Connected Science Learning, 2024
The Joint Educational Project's (JEP) STEM Education Programs at the University of Southern California (USC) present an elementary-level curriculum centered on the science of stem cells in partnership with Dr. Adam MacLean, an Assistant Professor of Quantitative and Computational Biology at USC for the broader impacts of a National Science…
Descriptors: STEM Education, Elementary Education, Cytology, Biology
Melanie B. Berkmen; Melisa Balla; Mikayla T. Cavanaugh; Isabel N. Smith; Misael Eduardo Flores-Artica; Abby M. Thornhill; Julia C. Lockart; Celeste N. Peterson – Biochemistry and Molecular Biology Education, 2025
Biochemistry and molecular biology students are asked to understand and analyze the structures of small molecules and complex three-dimensional (3D) macromolecules. However, most tools to help students learn molecular visualization skills are limited to two-dimensional (2D) images on screens and in textbooks. The virtual reality (VR) App Nanome,…
Descriptors: Technology Uses in Education, Computer Simulation, Computer Oriented Programs, Science Instruction
Kara, Yilmaz – Universal Journal of Educational Research, 2018
In this study, it was aimed to investigate the effects of microscope simulation software on prospective science teachers' laboratory achievements, microscope use, laboratory reports and views on microscope which was prepared for general biology laboratory. The case study design was adopted for the research. The participants were 49 science teacher…
Descriptors: Laboratory Equipment, Science Laboratories, Science Education, Preservice Teachers
Sinclair, Michael; Dauerty, Helene; Alber, Mark – Science Teacher, 2016
Biomodeling is the study of the structures and behaviors of interacting biological entities such as molecules, cells, or organisms. While physical and chemical processes give rise to various spatial and temporal structures, even the simplest biological phenomenon is infinitely more complex (Kling 2004). Over the past decade, much of biomodeling…
Descriptors: Biology, Mathematical Models, Cytology, Probability
Hodgson, Jay Y. S.; Mateer, Scott C. – American Biology Teacher, 2015
The compound microscope is an important tool in biology, and mastering it requires repetition. Unfortunately, introductory activities for students can be formulaic, and consequently, students are often unengaged and fail to develop the required experience to become proficient in microscopy. To engage students, increase repetition, and develop…
Descriptors: Inquiry, Biology, Science Instruction, Teaching Methods
Couper, Lisa; Johannes, Kristen; Powers, Jackie; Silberglitt, Matt; Davenport, Jodi – Grantee Submission, 2016
Understanding key concepts in molecular biology requires reasoning about molecular processes that are not directly observable and, as such, presents a challenge to students and teachers. We ask whether novel interactive physical models and activities can help students understand key processes in viral replication. Our 3D tangible models are…
Descriptors: Molecular Biology, Scientific Concepts, Science Instruction, Teaching Methods
Chiang, Harry; Robinson, Lucy C.; Brame, Cynthia J.; Messina, Troy C. – Biochemistry and Molecular Biology Education, 2013
Over the past 20 years, the biological sciences have increasingly incorporated chemistry, physics, computer science, and mathematics to aid in the development and use of mathematical models. Such combined approaches have been used to address problems from protein structure-function relationships to the workings of complex biological systems.…
Descriptors: Molecular Biology, Computer Simulation, Science Laboratories, College Science
Prigozhin, Maxim B.; Scott, Gregory E.; Denos, Sharlene – Journal of Chemical Education, 2014
In this activity, science education and modern technology are bridged to teach students at the high school and undergraduate levels about protein folding and to strengthen their model building skills. Students are guided from a textbook picture of a protein as a rigid crystal structure to a more realistic view: proteins are highly dynamic…
Descriptors: Computer Simulation, Models, Science Education, Undergraduate Students
Hallyburton, Chad L.; Lunsford, Eddie – Bioscene: Journal of College Biology Teaching, 2013
The history of learning biology through distance education is documented. A review of terminology and unique problems associated with biology instruction is presented. Using published research and their own teaching experience, the authors present recommendations and best practices for managing biology in distance-based formats. They offer ideas…
Descriptors: Biology, Science Instruction, Distance Education, Educational History
Ergazaki, Marida; Zogza, Vassiliki – Journal of Biological Education, 2008
This study highlights the computer-mediated discursive activity of two dyads of first year educational sciences students, each collaboratively exploring several options for increasing the equilibrium size of a fish population in a lake. Our focus is on peers' attempts to come up with justified predictions about the adequacy of several options for…
Descriptors: Animals, Prediction, Ecology, Computer Simulation

Codella, Sylvio G. – Journal of Biological Education, 2002
Introduces MacClade which is a Macintosh-based software package that uses the techniques of cladistic analysis to explore evolutionary patterns. Describes a novel and effective exercise that allows undergraduate biology majors to test a hypothesis about behavioral evolution in insects. (Contains 13 references.) (Author/YDS)
Descriptors: Biology, Computer Simulation, Computer Software, Educational Technology

Jensen, Murray S. – Journal of College Science Teaching, 1998
Speculates on the place of computers and defining the student-computer relationship within the context of biology education. Discusses the value of computer simulations. (DDR)
Descriptors: Biology, College Curriculum, Computer Simulation, Computer Uses in Education

Park, David – Journal of Biological Education, 1983
Describes a sequence of five computer programs (listings for Apple II available from author) on tactic responses (oriented movement of a cell, cell group, or whole organism in reponse to stimuli). The simulation programs are useful in helping students examine mechanisms at work in real organisms. (JN)
Descriptors: Biology, College Science, Computer Programs, Computer Simulation

Duhrkopf, Richard, Ed. – American Biology Teacher, 1991
A computer program that simulates the random evolution of a metabolic pathway is given. The program shows that natural selection preserves favorable traits if they occur in a specific sequence. (KR)
Descriptors: Biology, Computer Assisted Instruction, Computer Simulation, Computer Uses in Education

Konopka, Allan; Furbacher, Paul; Gedney, Clark – American Biology Teacher, 1999
Advocates using computer-simulated learning environments to allow students to develop their own problem-solving rules when it comes to collecting and evaluating scientific data. Describes the use of "Identibacter interactus" to simulate identification of an unknown microorganism. (WRM)
Descriptors: Biology, Computer Simulation, Higher Education, Microbiology
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