Plant Cell Essay Ideas For Children

Incredibly Creative Tips on How to Make a Plant Cell Model

It is extremely easy and fun to make a plant cell model, provided you have all the parts labeled and ready. In fact, you can make an edible plant cell as well, using a cake as the base.
In order to make a plant cell model, you will firstly need to understand the purpose and basic functions of the plant cell. All the parts of the plant cell are interrelated and crucial for carrying out the biochemical processes that assist in the healthy growth of plants. It consists of the cell wall and cell membrane that preserve all the organelles within it.
The cell wall as the name suggests is a wall that covers the cell membrane and holds all the other components of the cell within its boundaries, such as the ribosomes, nucleus, the nuclear membrane, the vacuoles, the cytoplasm and the mitochondria.
The chloroplast is the food source of the plant as it contains chlorophyll, the green pigment that causes photosynthesis by trapping the sunlight and energy.
How to Make Edible Plant Cell Model
This is one of the most interesting ways to make a science projects by making a plant cell model that you can eat! If you are a parent or teacher eager to make children learn and enjoy biology then this is surely the right way forward. Kids love practical learning classes, where they can see and visualize what they are being taught. Here are the steps you need to follow while making this model. We also mention the special ingredients you'll need to make your edible plant cell treat.
Take the help of a friend or your parents for baking a square shaped cake and a cupcake. It could be any cake as long as you enjoy its taste. Once the cakes are baked, let them cool.
Cover the sides of the square shaped cake with wafers or biscuits or toast. Ensure that the height of each piece is a little more than that of the cake so it looks like a wall around your cake.
Cytoplasm and Cell Membrane
Prepare a light green colored frosting and spread it onto the upper surface of the cake. Cover the surface entirely. Prepare a dark green frosting and pipe it along the boundary of the cake. This square border of dark green frosting becomes your cell membrane and the light green frosting is your cytoplasm.
Place 3-4 green jelly beans evenly over the cytoplasm to indicate chloroplasts.
Take a large white marshmallow and cut out a circular slice to resemble the large vacuole. Place this slice in one corner of the cake cytoplasm. If you do not have a large marshmallow, arrange small white marshmallows in a circle.
Frost the cupcake entirely using a chocolate frosting and place it on the cake as nucleus of the cell.
Place some orange or lime candy fruit slices evenly on the cake to represent the mitochondria.
Endoplasmic Reticulum and golgi
Use sugar coated candy belts of different colors for these organelles. Place some candy belts attached to the nucleus to resemble ER. Place candy belts of a different color into the cytoplasm to show the golgi apparatus.
You can attach tiny yellow or orange sugar balls onto the candy belt ER and spread some onto the creamy cytoplasm to denote ribosomes.
Toothpicks and Name Flags
Your edible plant cell is almost done, all you need to do now is mark the cell parts with toothpicks. Make small flags and write the names of the organelles and glue them to the toothpick head.
Making a Plant Cell Using a Shoe Box
You can make a much simpler model by taking simple household items to represent the different parts. These are much easier to make, all you need is a cardboard box, cotton and some yarn.
You can make a much simpler model by taking simple household items to represent the different parts. These are much easier to make, all you need is a cardboard box, cotton and some yarn.
Take a shoe box and color it green or simply cover it up with green paper (from inside and outside).
The sides of the box itself resemble the cell wall.
Take some dark green clay and roll it into long rope. Place it on the base of the box along the seam and prepare a boundary.
Fill up the space within this boundary with cotton to denote the cytoplasm.
Using green clay, model out flat oval discs and attach green beads or buttons onto it. Place these clay chloroplasts evenly on the cotton base.
Roll up a cotton ball about the size of an egg and spray it with some light yellow paint. Place it in one corner of the base but within the clay cell membrane.
Take some newspaper or any regular paper, dip it in water and roll it up tightly into a ball. Let it dry. Now, paint it black and allow the paint to dry. Place this ball in the box as the nucleus of your cell.
Model out 3-4 oval-shaped balls using yellow or orange clay and place them throughout the cotton cytoplasm to resemble mitochondria.
Endoplasmic Reticulum and golgi
Use some thick black yarn and place it attached to the nucleus to signify ER and place some in the cotton cytoplasm to denote golgi apparatus.
You can add tiny yellow clay balls onto the ER and onto the cotton cytoplasm to show ribosomes.
Toothpicks and name flags
Label your cell using toothpicks and name flags.
Learning to make plant cell models is the best way to learn and enjoy biology as well as to perform well in school science fair projects. Hopefully, the aforementioned methods will assist you when it's time for you to make one for your class assignment. As for the teachers, they may use these to show the class how the plant structure looks and how to go about making them at home.

Cells are the Starting Point

All living organisms on Earth are divided into cells. The main concept of cell theory is that cells are the basic structural unit for all organisms. Cells are small compartments that hold the biological equipment necessary to keep an organism alive and successful. Living things may be single-celled or they may be very complex such as a human being.

There are smaller pieces that make up cells such as macromolecules and organelles. A protein is an example of a macromolecule while a mitochondrion is an example of an organelle. Cells can also connect to form larger structures. They might group together to form the tissues of the stomach and eventually the entire digestive system. However, in the same way that atoms are the basic unit when you study matter, cells are the basic unit for biology and organisms.

In larger organisms, the main purpose of a cell is to organize. Cells hold a variety of pieces and each cell type has a different purpose. By dividing responsibilities among different groups of cells, it is easier for an organism to survive and grow.

If you were only made of one cell, you would be very limited. You don't find single cells that are as large as a cow. Cells have problems functioning when they get too big. Also, if you were only one cell you couldn't have a nervous system, no muscles for movement, and using the internet would be out of the question. The trillions of cells in your body make your way of life possible.

One Name, Many Types

There are many types of cells. In biology class, you will usually work with plant-like cells and animal-like cells. We say "animal-like" because an animal type of cell could be anything from a tiny microorganism to a nerve cell in your brain. Biology classes often take out a microscope and look at single-celled microbes from pond water. You might see hydra, amoebas, or euglena.

Plant cells are easier to identify because they have a protective structure called a cell wall made of cellulose. Plants have the wall; animals do not. Plants also have organelles such as the green chloroplast or large, water-filled vacuoles. Chloroplasts are the key structure in the process of photosynthesis.

Cells are unique to each type of organism. If you look at very simple organisms, you will discover cells that have no defined nucleus (prokaryotes) and other cells that have hundreds of nuclei (multinucleated).

Humans have hundreds of different cell types. You have red blood cells that are used to carry oxygen (O2) through the body and other cells specific to your heart muscle. Even though cells can be very different, they are basically compartments surrounded by some type of membrane.


► Or search the sites...

Inside the Cell (Canadian Museum of Nature Video)

Useful Reference Materials (Organelles):
Encyclopædia Britannica:


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