Macromolecules and Biomolecules - Fully editable and Complete 5E Lesson. This bundle is designed for biology and biochemistry students studying macromolecules, biomolecules, carbon chemistry, carbohydrates, lipids, proteins, nucleic acids, and the biomolecules that make up living things. The content can be adapted to fit different learning levels.

Lesson Objectives:

Throughout this 5E lesson, students will learn about:

• Biochemistry and the molecules of living things
• Carbon chemistry and why carbon is important in biological molecules
• Organic molecules and carbon-based compounds
• The four major groups of biomolecules: carbohydrates, lipids, proteins, and nucleic acids
• The elements commonly found in biomolecules, including carbon, hydrogen, oxygen, nitrogen, phosphorus, and sulfur
• Monomers, polymers, and how smaller molecules can build larger macromolecules
• Carbohydrates and their role in quick energy and structural support
• Lipids and their role in long-term energy storage, cell membranes, and insulation
• Proteins and their role in structure, transport, movement, enzymes, and cell function
• Nucleic acids and their role in storing and transmitting genetic information
• How biomolecule structure relates to function in living organisms
• How macromolecules connect to nutrition, health, cells, and life processes

How does the 5E model facilitate learning?

• It emphasizes inquiry, critical thinking, and the process of science.
• Its success is backed by countless scientific studies that demonstrate its effectiveness.
• It’s built around the idea that humans construct knowledge and meaning from their learning experiences. They build upon their prior knowledge and, to be effective, learning needs to be active and allow participants to construct new knowledge from their experiences.

What's included?

Engagement Phase – Video Worksheet

Your students will watch Crash Course BIOLOGY #20: Carbon & Biological Molecules. This phase introduces students to the idea that living things are built from carbon-based molecules with different structures and functions. Students answer video-based questions and use them to begin discussion about carbon, biological molecules, food molecules, and the molecules found in living things.

You may also use Crash Course BIOLOGY (2012) #3: Biological Molecules as optional support if your students need another introduction to the four major groups of biomolecules.

Exploration Phase – Device-Based Scavenger Hunt Activity

Your students will complete Biochemistry - Macromolecules - Device-Based Scavenger Hunt Activity. This activity helps students explore important macromolecule vocabulary, compare the four major groups of biomolecules, and build background knowledge before the full explanation lessons.

Students work individually or in small groups and focus on how carbohydrates, lipids, proteins, and nucleic acids are different in both structure and function rather than only memorizing examples.

Explanation Phase – Lessons

• Complete the following lessons:
• Biochemistry Introduction
• Carbon Chemistry
• Carbohydrates and Lipids
• Proteins and Nucleic Acids

The lessons can also be supported with Enzymes Lesson as needed if you want students to spend more time connecting proteins to enzyme function and chemical reactions in living things.

In these lessons, students learn how carbon chemistry connects to biomolecule structure and function. The main focus of this phase is helping students understand that carbohydrates, lipids, proteins, and nucleic acids are all important biomolecules, but they have different structures, elements, examples, and roles in living organisms.

This is the instructional phase where concepts are presented in a clear and applicable way.

• Students develop an understanding of the content
• Students develop vocabulary
• Students are able to connect the content presented to previous experiences
• Students explain how biomolecule structure helps determine biomolecule function in living things

Elaborate Phase – Reading Comprhension Activities

Your students will complete one or more of the following readings or application activities:

• Carbohydrates, Lipids, and Health Reading Comprehension Article
• Fats and Lipids Reading Comprehension Article
• RuBisCO - Earth's Most Important Protein Reading Comprehension Article
• Chemistry Case Study: The Importance of Carbon in Chemistry

These activities allow students to extend their understanding of macromolecules and biomolecules by connecting carbohydrates, lipids, proteins, nucleic acids, and carbon chemistry to real-world examples.

The carbohydrates and lipids readings work well if you want students to connect biomolecules to nutrition, health, energy storage, and food examples. The RuBisCO reading works well if you want students to connect proteins to real-world biology, photosynthesis, and the role of enzymes in living systems. The carbon case study works well if you want students to extend their understanding of why carbon is so important in chemistry and living things.

Evaluate Phase – Lab Station Activities

In groups of 2–3, have your students complete Carbohydrates and Lipids - Lab Station Activity and/or Proteins and Nucleic Acids Lab Station Activity. Once they are done, they will submit their passports to you.

You may also use Fats Lab Station Activity as an additional or alternate evaluation activity if you want students to focus more heavily on lipids and fat-related concepts.

This phase gives students the chance to demonstrate their understanding of carbohydrates, lipids, proteins, nucleic acids, and the role of biomolecules in living organisms. Students compare biomolecule groups, connect structure to function, and apply their understanding using station-based tasks.

This phase also helps you evaluate whether students can apply macromolecule concepts, compare biomolecule groups, and explain patterns using evidence rather than only memorizing vocabulary terms.

The following 5E lessons are currently available in My Store

Physics

• Newton's Three Laws of Motion

• Current Electricity and Circuits

• One and Two-Dimensional Motion

• Static Electricity

• Projectile Motion

• Light and its Production

• Energy, Energy Transfer, and its Forms

• Kinetic and Gravitational Potential Energy

• Electricity Production

• Friction

• Density and Buoyancy

• Sound and Hearing

• Uniform Acceleration

• How Planes Fly

• Refraction

• Work

• Power

• Magnetic Fields

• Momentum, Conservation of Momentum, and Impulse

• Forces

• Flight

• Nuclear Energy - Fission and Fusion - Middle School

• Nuclear Energy - Fission and Fusion - High School

• Simple Machines - Middle School

• Simple Machines - High School

Biology

• Cells and the Cell Theory

• Digestive System

• Photosynthesis and Cellular Respiration

• Mitosis and the Cell Cycle

• Circulatory System

• Cancer

• Photosynthesis

• Respiratory System

• Cell Membrane and Transport

• Energy Flow In Ecosystems

• The Human Eye

• Genetic Material: DNA and RNA

• Nervous System

• Plant and Animal Cells

• Carbohydrates and Lipids

• Photosynthesis and Cellular Respiration

• Cellular Organelles - Cell Structure and Function

• Human Body Systems

• Genetics, Heredity, DNA, and Traits

• Macromolecules and Biomolecules

Ecology

• The Cycling of Matter: The Water and Carbon Cycles

• Cells and the Cell Theory

• Ecosystems

• Biodiversity

• Invasive Species

• Interactions Within Ecosystems

• Photosynthesis

• Biomes

• The Classification of Living Things

• Photosynthesis

• Ecological Succession

• Energy Flow in Ecosystems

• Plant Sexual and Asexual Reproduction

Chemistry

• Physical and Chemical Properties and Changes

• Atoms and the Atomic Theory

• Chemical Reactions

• Types of Chemical Reactions and Balancing Equations

• Molecular and Ionic Compounds

• Acids, Bases, and pH

• The Periodic Table

• Particle Theory and Matter Classification

• The Mole/Avogadro's Number

• Types of Bonds and Intermolecular Forces

• Solutions and Mechanical Mixtures

• Matter and the Particle Theory of Matter

• Chemical Bonding, Compounds, and Intermolecular Forces

Coming Soon:

• Nomenclature

• Intermolecular Forces

• Stoichiometry

• Gases

Earth and Space Science

• Climate Change and Global Warming

• The Moon and its Phases

• Our Solar System

• The Seasons

• Human Space Exploration

• The Life and Death of Stars

• Asteroids, Comets, and Meteors

• Solar and Lunar Eclipse

• Tectonic Plates

• Rock Cycle

• Earth, Sun, & Moon Patterns

Coming Soon:

• Galaxies and our Universe