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A Giant Factory That Is Not Seen With The Naked Eye: The Cell

As we mentioned at the beginning of the book, our bodies are composed of trillions of cells. This number should not be overlooked. Indeed a trillion is an exceptionally large number. Every adult human body contains about 100 trillion cells. But thanks to the fact that these cells are very small, our bodies are not of gigantic size. The example we will give will help you to better understand how small cells are. When a million of our body cells are gathered together, they occupy a place no bigger than a pinpoint. Despite its smallness, however, a cell's structure has not yet been fully understood. Scientists are still carrying out their researches on the systems that a cell has.

cells, human body

1 MILLION CELLS
in the space no bigger than a pinpoint

The first cell that formed you was originated in your mother's womb by the union of two cells, one released by your mother's body and the other by your father's. This cell kept dividing and became a piece of flesh some time later. Then, as the cells that formed this flesh continued to divide to form new cells, your body was shaped bit by bit.

Each new cell acquired a different shape. Whereas some became blood cells, some became bone cells and yet others became nerve cells. There are 200 types of different cells in our bodies. In fact, all of these cells are composed of identical components, yet each performs different tasks. For example, the muscle cells in your legs are like a rope woven so that you can walk and run. Thanks to the structure they possess, your arm and leg muscles do not tear due to excessive stretching while you are playing with a ball. In shape, your blood cells are globular, their task being to transport oxygen, which is required by your body, by means of blood vessels. Thanks to their shape, they can easily flow through the blood vessels together with the oxygen they carry. Skin cells, on the other hand, are clamped together and closely arranged in a line. So your skin is impervious to microbes and water.

types of cells

Cells that divide and multipiy as seen in the picture above then differentiate into hundreds of different types of cells, a few of which are shown below.

MUSCLE TİSSUE

MUSCLE TİSSUE

NERVE CELL

NERVE CELL

SKIN CELLS

SKIN CELLS

BLOOD CELLS

BLOOD CELLS

cable

The cables seen above are made by experts who specialize in this occupation, that is to say that each of these cables is the product of a design process.

Likewise, all other cells too have the exactly ideal shapes that are suited to their tasks. However, it is surely not by chance that these cells acquired the shapes they possess. Consider computers, cars or aeroplanes. There is someone who designed the shapes and the necessary systems for the operation of each of these devices. All details are considered and planned by the technologists of the producer companies. Cars are produced so as to ensure comfortable and safe travel; television sets are produced so as to transmit the best quality visual images and sounds to audiences. This applies not only to technological devices, but to all objects that we use. Tables, chairs, the building you are living in, the pencil you use, the eating utensils like the spoons or forks in your kitchen… each is the result of a design. Each has been planned in detail and nothing has come into existence by coincidence. As you know, in order for a design and a product to come into being, there needs to be a source of intelligence.

radio

Now let's consider our body cells. Our cells have much more advanced plans and functions than a television or any other technological device. Moreover, these structural units, which possess extraordinary features, are living. As we have mentioned earlier, scientists have not fully discovered the marvellous system in these small units.

organels
 

The parts of a cell stances. are called organelles. Each organelle has a different job.

1-These storage vessels ferry supplies of nutrients.

2- Lysosomes: The cell's digestive organs destroy wastes and dangerous substances.

3- Nucleus: The cell's "brain" holds the genes and directs cell activities.

4- Mitochondria: These powerhouses produce energy to fuel cell activities.

5- Golgi bodies: These long sacs prepare cell products for export.

6- Ribosomes: These factories make proteins for the cell's use.

7- Nucleolus: This organelle produces and stores ribosomes.

Let us give an example to help you better understand how miraculous and complex the structure of a cell is: A cell can be compared to a city with all types of processing systems in it. In this city there are plants for generating power, factories for manufacturing needed materials, warehouses for storing these products, pipelines for transporting the materials as well as laboratories and refineries. It is thanks to the flawless functioning of these systems in our cells that we continue to live.

But remember that the size of a cell, contrary to a modern city, is not many square kilometers, but only a hundredth of a millimeter.

You are wondering, aren't you, how such a design, which the human mind cannot even fully explore, came into existence in this small space?

This reveals to us that our cells were planned and created by a being with supreme intelligence. The possessor of this intelligence is Allah, Who created us perfectly down to the last detail.

body, cell
 

CHİLDREN!!

Follow the arrows and see the order of the processes carried out in a cell.

1 ve 2. Every foreign substance is stopped for inspection at the entrances to the cell.
3. The inside of the cell is like a busy factory.
4. At the center of the cell is the nucleus, which acts as a data processing center.
5. The cell has also a site functioning like a refinery.

STOP!

PASS!

DATABANK

DATABANK

REFINERY

 

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