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Enzymes - Senior High School Biology lesson

Enzymes - Senior High School Biology lesson preview
Enzymes - Senior High School Biology lesson preview
Enzymes - Senior High School Biology lesson preview 2
Enzymes - Senior High School Biology lesson preview 3
Enzymes - Senior High School Biology lesson preview 4

Look Inside · 10 pages

Enzyme lesson opening slide lists catalysts, enzyme activity, inhibition, regulation, and lactose intolerance.
Opening slide and lesson topic overview
Lesson slide defines catalysts and compares activation energy with and without a catalyst on a graph.
Introduction to enzymes as protein catalysts
Enzyme lesson video slide shows a playback symbol labeled 1, marking the first video in the presentation.
First video marker in the enzyme lesson
Lesson slide explains substrate binding and lower activation energy, with a catalyzed reaction energy graph.
Substrate binding and activation energy
Lesson slide explains reactant orientation and shows substrate binding, enzyme shape change, and product release.
How enzymes help reactions proceed faster
Lesson slide gives reaction rates of about 100 to 10 million substrate molecules per second and an enzyme cycle.
Reaction rates and the repeating enzyme cycle
Lesson slide explains substrate specificity, binding at the active site, and enzyme names ending in -ase.
Enzyme specificity, active sites, and naming
Enzyme activity slide explains induced fit and enzyme-substrate complex formation with a substrate diagram.
Induced fit and enzyme-substrate complexes
Enzyme activity slide explains product release and reopening of the active site, with a second video marker.
Product release and the second video marker
Lesson slide introduces cofactors and coenzymes, with a diagram showing an activator enabling substrate binding.
Introduction to cofactors and coenzymes
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About This Product

Enyzmes - Senior High School Biology lesson

The lesson covers the following topics; How Catalysts Work, Enzyme Activity, Cofactors and Coenzymes, Enzyme Inhibition - Competitive and Non-Competitive, Allosteric Regulation, Feedback Inhibition, Increasing and Decreasing Enzyme Activity, Enzyme Denaturing, and Lactose Intolerance.

The lesson includes the teacher and student version of the presentation, three embedded videos, an auto-graded exit ticket, and a student lesson handout so the students can record the notes on a more condensed medium. The lesson is entertaining, engaging, and classroom-tested.

This lesson is designed to be effective whether you're in a traditional classroom or a virtual one. With both a teacher version and a student version, it seamlessly fits into your lesson plans, making learning engaging and adaptable.

Assessment made easy

I've included an auto-graded Exit Ticket and a quiz with an answer key. This allows you to assess your student's understanding without increasing your workload.

Whether you use PowerPoint or Google Slides, prefer Word or Google Docs, this lesson will be perfect for your classroom as it comes in both Office and Google formats for your convenience.

The student version of the presentation has some of the text removed so that your students can fill in some notes while not spending the entire class doing so. This keeps them active and engaged, and encourages discussion.

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