Glycolysis Teacher Resources
Find Glycolysis educational ideas and activities
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Ten reactions involved with the process of glycolysis within cellular respiration are summarized here. The aerobic stages and anaerobic interactions leading to fermentation are detailed and wonderful diagrams to support the information are given. This would be a great PowerPoint to support a lecture on detailed biochemistry.
If you need a summary of Respiration, then these 3 videos will be invaluable to your class. The actual reactions happening at the 3 stages of respiration are explained step-by-step with an explanation of every chemical bond broken or made in the substrates and products.
Definitely geared toward college level biology, this activity is a survey of metabolism and biosynthesis. All questions require learners to write out short explanations, and a few include the analysis of graphs. The subtopics of the assignment are metabolism, thermodynamics, kinetics, ATP, and glycolysis. Use this as a biochemistry unit review.
High schoolers identity the components of electron transport system through role play. They explain the role of intermediate energy carriers to the production of ATP molecules. They describe the relationship of electron transport system to Krebs Cycle and glycolysis as it relates to cellular respiration. They analyze and present their understanding of cellular respiration.
Students describe the process of glycolysis and infer the reactants and products of fermentation.
Students explore the fermentation process. In this biology lesson plan, students describe the process of glycolysis and infer the reactants and products of fermentation.
Review your lecture on glycolysis with this thorough worksheet. After completing sentences using a labeled diagram, students labeling each process of glycolysis in a provided diagram. They fill in the blank of statements relating to cellular respiration and rotenone, and answer true and false statements.
In this glycolysis worksheet, students complete the following process of glycolysis by adding the missing parts of the process. Students apply their knowledge of the process of glycolysis to complete the process chain.
Four multi-part questions and a chart of the amino acids fill the eleven pages of this biology assessment. Geared toward a college-level course, this resource queries takers about the structure and behavior of the cell membrane, photosynthesis, glycolysis, fermentation, respiration, and enzyme activity. This is appropriate for an organic chemistry or biochemistry course.
This second video on respiration focuses on the Krebs cycle, which is sometimes known as the citric acid cycle.
Biology classes will bubble with excitement as they complete this assignment. Beginning with an informative overview of cellular respiration and fermentation processes, the highlight comes as an experiment in determining the rate of alcoholic fermentation in yeast. This is accomplished by providing various concentrations of sucrose solution and measuring the amount of carbon dioxide produced during respiration. This lab sheet will keep young scientists organized and on-task.
The third video in the respiration cycle sequence provides an excellent lesson on the electron transport chain.
In this cellular respiration worksheet, students answer 34 questions in a variety of types including fill in the blank, short answer and matching. All questions focus on specific parts of the respiration process.
The feedback mechanisms of metabolism of a variety of substances in the human body. Carbohydrates, lipids, amino acids, and their derivatives are explained. The biochemistry required to explain the metabolic balance and feedback controls according to the cells' needs will be very useful to a high level biology pupil.
Diagrams with annotations are shown on each of these eighteen slides, which summarize the processes of respiration. The focus is on the 3-step oxidation process and the Krebs cycle. Students should be able to follow these slides during independent study, but would also benefit from further explanation and experiencing alternative ways of expressing the process of respiration.
Students create a graphic organizer for photosynthesis and cellular respiration in the shape of a tree. In this cellular energy lesson plan, students create a tree with two main branches, photosynthesis and cellular respiration. They add smaller branches within each large one and add "leaves" with facts about the processes. They draw arrows showing how each process helps the other.
A word bank with thirty key terms guides young scientists through this fill-in-the-blank activity. Additionally, they answer an extra credit question that asks who proposed the theory of synthesis of ATP. The format of this activity would make a good review sheet or class quiz.
Young scholars conduct various experiments on glucose. In this biology lesson, students differentiate the process of diffusion and osmosis. They test different foods for the presence of glucose and starch.
This series opens with diagrams of experimental setups. A data table is displayed and questions are asked, indicating that the intent is for lab groups to perform the depicted experiments. At slide twelve, a coherent lesson about the chemistry of respiration begins. Nifty diagrams and links to other resources are included making this a dynamic presentation. If you wanted to develop demonstrations or lab activities to correspond with the opening slides, it would put this over the top!
Burgeoning biologists will be able to describe metabolic pathways including ATP hydrolysis, digestion, and glycolysis. This collection of slides is best suited to an AP Biology or college-level biology class due to the depth of coverage of the topic. Present it as a note-taking guide for students or a lecture guide for your own use.