Skeletal Muscle Cell Diagram

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Skeletal Muscle Cell Diagram

Skeletal Muscle Cell Diagram: When it comes to our body, everyone knows that muscles are extremely important and that we would not be able to do anything without them. This is because muscles have a vital function in motion, mobility and force generation. There is no surprise, thus, that muscle cells are very complex and complicated. So here is a skeletal muscle cell diagram, for you to understand muscles better.

Skeletal Muscle Cell Diagram

As you can see in the cell diagram, the skeleton muscle cell has the following components: epimysium, endomysium, fascicle, muscle fiber, blood vessels and perimysium. Besides them, muscle cells also have a cytoplasm, which is not shown in the cell diagram, because it is a part of all living cells. In the skeleton muscle cell, the cytoplasm is called sarcoplasm.

Then, even if there are three types of muscles (skeletal, smooth and cardiac), the skeleton muscle cells are the ones which enhance our mobility, because they move the bones. Muscle fibres, even though are often mistaken with muscle cells, are the basic units of the muscle tissue, so they are the ones which give the muscle the ability to contract. The epimysium is the surrounding connective tissue of every muscle. It also has protective roles, and it is continuous with the fascicle, endomysium and perimysium.

The fascicle, also known as the fascia, is a thin layer which covers the muscles, and it is basically a connective tissue which is situated inside the muscle. The endomysium is also a connective tissue, which means ‘within the muscle’ and it consists of reticular fibres, capillaries, lymphatics and nerves. Then, the next in the cell diagram is the perimysium, which groups the muscle fibres into bundles.

This cell diagram also tells us that there are numerous blood vessels in the skeleton muscle cell, because for the muscles to contract, it takes a high level of vascularization. The skeleton muscle is connected to the bone through a tendon. Even if the skeleton muscle can very a lot regarding to its shape, size and fibres arrangement, this cell diagram is common to all skeleton muscle cells.

Skeletal Muscle Cell Diagram

Human cell diagram

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Human cell diagram

Human cell diagram: In the biological context there are many different parts of the human body however all of these parts can generally be broken down into a cell form. The single cell of the human is the smallest part of life itself. The cell is considered a living organism because it can reproduce, needs oxygen to survive as well as fuels. The human cell can also be referred to as the building block of life. The general human cell is around one nanogram in weight and cannot be seen by the human eye.

The human cell was discovered with absolute proof of existence as early as 1839 when a scientist discovered what he though was moving matter in skin tissue samples through a microscope. It was not until much later that the cell was broken down into all its parts because of the need for more powerful microscopes and other scientific tools.

All organisms are generally either single cell organisms or are made of multiple cells to make a larger structured organism. When a woman is impregnated her egg changes structure and becomes a single cell which continues to split and grow into a fetus then child and then into a fully grown human being. Throughout this process many cells are destroyed while others replace them and this is all a part of growing and staying healthy. Our bodies are made up of billions cells with thousands of different kinds of cells.

Human cell diagram

Cell Diagram Advantages

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Cell Diagram Advantages

Cell Diagram Advantages: The cell diagram can be used in many ways and has many advantages. It is used mainly in schools, in order to teach children how the core of the body functions, and in the medical field, so that doctors can pin point what is causing a disease or a certain infection. The usage of the cell diagram originated from the need to see how the body functions and what is going on inside of it when it functions normally and when something goes wrong. A cell diagram is a sectional image of a cell, that allows you to see what it contains inside and how these elements interact between each other.

In order to better understand how an organism functions, you must know that it is entirely made out of these cells, that are different from one body to the other and from one part of the body to the other as well. Plants, animals and humans have different kinds of cells and a cell diagram will be shown for each when children learn about them in primary school. It is very important to fully understand and observe the difference between every cell through a cell diagram. This way you will find out how various kinds of organisms function. In addition to this, a cell diagram can show you how a cell is affected and transformed when an illness or a virus interacts with it. This is why a cell diagram is extremely useful in the medical field. In order for a doctor to find out what is wrong with the patient, he or she must look into the cellular behavior, to see what is different or changed.

Thus a cell diagram has many advantages no matter at what age it is learned or for what purpose it is used. It is important to capture the knowledge coming out of the information given by a cell diagram and to use it in the future to better understand how organisms function and react and in order to know the reactions of your own body.

Cell Diagram Advantages