About This Chapter
Below is a sample breakdown of the Cell Biology chapter into a 5-day school week. Based on the pace of your course, you may need to adapt the lesson plan to fit your needs.
|Day||Topics||Key Terms and Concepts Covered|
|Monday|| How a Phospholipid Bilayer is Both Hydrophobic and Hydrophilic; |
The Fluid Mosaic Model of the Cell Membrane;
Passive Transport in Cells: Simple and Facilitated Diffusion and Osmosis
| The differences between hydrophobic and hydrophilic molecules; |
The characteristics of a cell membrane;
An explanation of concentration gradients and passive transport
|Tuesday|| Active Transport in Cells: Definition and Examples; |
Endocytosis and Exocytosis Across the Cell Membrane;
Structure of the Nucleus: Nucleolus, Nuclear Membrane and Nuclear Pores
| The differences between an antiport and a symport; |
A look at these processes;
A description of the nuclear envelope and nuclear pores
|Wednesday|| The Ribosome: Structure, Function and Location; |
The Endomembrane System: Functions and Components;
The Cytoskeleton: Microtubules and Microfilaments
| The process of protein synthesis; |
The inner workings of the endomembrane system;
The cytoskeleton, its components, and their roles
|Thursday|| Mitochondria Structure: Cristae, Matrix and Inner and Outer Membrane; |
Chloroplast Structure: Chlorophyll, Stroma, Thylakoid and Grana
| The process by which mitochondria supply the body with energy; |
The components of the chloroplast and their various roles
|Friday|| Plant Cell Structures: The Cell Wall and Central Vacuole; |
Eukaryotic and Prokaryotic Cells: Similarities and Differences;
Viruses: Bacteriophage Lytic and Lysogenic Cycles
| A look at plant cells and how they differ from human cells; |
Examples of eukaryotes and prokaryotes;
The characteristics of a virus, and an exploration of the living things they infect
1. How a Phospholipid Bilayer Is Both Hydrophobic and Hydrophilic
In this lesson, we will learn what gives phospholipids a dual personality. How can this molecule be both hydrophobic and hydrophilic, and why is this important to a cell?
2. The Fluid Mosaic Model of the Cell Membrane
In this lesson, we will discuss the components of the cell membrane and why the fluid mosaic model paints the best picture of its structure. We'll learn about the roles of the phospholipid bilayer, cholesterol, proteins and carbohydrates.
3. Passive Transport in Cells: Simple and Facilitated Diffusion & Osmosis
A cell membrane is selectively permeable - not permeable to everything. In this lesson, we'll talk about methods of passive transport along a concentration gradient, including simple and facilitated diffusion and osmosis.
4. Active Transport in Cells: Definition & Examples
In this lesson, we'll learn how substances are transported across the cell membrane against the concentration gradient. This might seem like an uphill battle for the cell, but all it takes is a little chemical energy and a few integral membrane proteins to kick off some active transport!
5. Endocytosis and Exocytosis Across the Cell Membrane
In this lesson, we'll discover how some cells can eat, drink, and digest their dinner through the process of endocytosis and a structure called the lysosome. In addition, we'll learn how a cell can throw out the leftovers across the cell membrane during exocytosis.
6. Structure of the Nucleus: Nucleolus, Nuclear Membrane, and Nuclear Pores
In this lesson, we'll discuss the organization and importance of the nucleus in your cells. This is the membrane-bound structure responsible for containing all the genetic material essential to making you who you are.
7. The Ribosome: Structure, Function and Location
The ribosome is the cellular structure responsible for decoding your DNA. In this lesson, we'll learn about ribosome structure, function and location - characteristics that make it a very good genetic translator.
8. The Endomembrane System: Functions & Components
In this lesson, we'll learn about the endomembrane system, which consists of the endoplasmic reticulum and the Golgi apparatus. This system is important in making, packaging, and shipping all sorts of goodies for the cell to use!
9. The Cytoskeleton: Microtubules and Microfilaments
In this lesson, we'll learn about the cytoskeleton of your cells. This network of microtubules, intermediate filaments, and microfilaments helps different types of cells maintain a unique set of characteristics, including shape and movement.
10. Mitochondria Structure: Cristae, Matrix and Inner & Outer Membrane
If you want to make it through the day, you're going to need some energy. In this lesson, we'll learn about the organelle that supplies this energy, the mitochondrion, and why this cell structure appreciates the time you took to eat breakfast this morning!
11. Chloroplast Structure: Chlorophyll, Stroma, Thylakoid, and Grana
In this lesson, we'll explore the parts of the chloroplast, such as the thylakoids and stroma, that make a chloroplast the perfect place for conducting photosynthesis in plant cells.
12. Plant Cell Structures: The Cell Wall and Central Vacuole
In this lesson, we'll talk about some of the things that make plant cells so different from our cells. In addition to being mean, green photosynthesizing machines, plant cells have cell walls and central vacuoles to make them unique!
13. Eukaryotic and Prokaryotic Cells: Similarities and Differences
In this lesson, we discuss the similarities and differences between the eukaryotic cells of your body and prokaryotic cells such as bacteria. Eukaryotes organize different functions within specialized membrane-bound compartments called organelles. These structures do not exist in prokaryotes.
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