Every visible object in this infinite universe is made up of tiny particles, atoms.
Three billion and seventy million years ago, due to the combination of various chemical substances, such atoms were born on earth that could move spontaneously. These special atoms gave rise to “life”. Atoms capable of spontaneous movement are now called cells.
Over the course of millions of years, the aggregation of cells gave rise to a myriad of organisms, large and small. By the way, unicellular organisms still exist on the planet today, such as bacteria and archaea.
The main characteristic of a living entity is that it reproduces and then grows old and dies. Science has made tremendous progress, but it has not yet been able to properly understand the aging process. However, scientists are definitely getting to know the mysteries of the aging process through advanced tools and in-depth research.
A unique natural process
For example, recently it was revealed how a natural process that takes place in our body at a very small level protects humans from premature aging. It is as if due to this natural process, man was able to enjoy the joys and pleasures of life for many more years. If this process did not exist, then man would have become dear to Allah very soon.
According to modern medical research, an adult male is a collection of about 36 trillion (360 trillion) cells. While an adult female comes into being from 28 trillion (280 trillion) cells. There are more than four hundred types of these human cells that perform different responsibilities. All these types are connected to each other and thanks to this naturally connected and surprising network, man performs his daily activities.
Our body has the highest number of blood cells, i.e. 84%. It is followed by platelets (4.9 percent), bone marrow cells (2.5 percent), endothelial cells (2.1 percent) and white blood cells Lymphocytes (1.5 percent).
Each cell is a unit
The amazing and interesting thing is that out of trillions of human cells, each cell is an individual or unit in its own place. He eats, drinks, does his work, begets children and gradually grows old and dies. Its body is then used to generate new cells. Human skin is made up of these dead cell bodies. This is the reason, the scar on the skin gradually disappears.
Each cell has different parts that help it carry out its responsibilities. For example, its nucleus stores all the genetic information. A part of the mitochondria, from the food eaten, makes the chemical energy that is used by the cell to carry out its responsibilities. The part called ribosome makes proteins which are essential substances for the survival of the cell and the human being. A part called centrioles helps the cell to divide. By this process, more cells are born.
Human body debris
An important part of the cell is called “Lysosome”. The responsibility of the lysosome is to decompose a part of the cell when it is damaged or no longer functional. Lysosomes contain acidic substances that digest any part of the cell. Lysosomes are also useful in killing invading viruses or bacteria.
If the cell becomes incapacitated by disease, infection, or natural aging, lysosomes help initiate a natural process that kills the cell. This process is called “programmed cell death”.
Lysosomes are the cell’s scavengers. They move around in the cell kingdom. Where they find garbage, they destroy it. Thus they keep this little world or factory of nature clean and functional. When scientists studied them microscopically, the question arose in their minds: “What happens when the lysosomes themselves become dysfunctional for some reason?” To find the answer to this question, a group of Japanese scientists The team got busy with research and experiments.
The experts were from Osaka University, Osaka and Nara Medical University, Nara. The surprising results of their research were published last month in the European scientific journal, EMBO Reports.
A natural repair machine
Japanese scientists discovered that when lysosomes are damaged, their acidic substances leak out and spread throughout the cell. They then damage the healthy parts of the cell and make the cell sick. Thus he soon dies an unnatural death. If this chain extends to other cells, then a person becomes a victim of many malignant diseases like cancer. These diseases accelerate the aging process. As if the breakdown of lysosomes should be considered as an announcement of premature aging.
Fortunately, nature has built an excellent system to protect lysosome from degradation. This natural system repairs the damaged lysosome and restores it to health. This system was first discovered by Japanese scientists. It reveals to man the workmanship and unity of the divine power, which operates even at the smallest level and amazes man by showing amazing miracles.
What happens is that when a part of the lysosome is damaged, the cell calls for a special type of protein molecule (molecule) called “GABARAP” (Gamma-aminobutyric acid receptor-associated protein). are called Think of these protein molecules as engineers overseeing lysosome repair.
These GABARAPs recruit machinery that is made of liquid proteins to the target site. This liquid machinery is called “ESCRT” (endosomal sorting complexes required for transport). With the help of this machinery, the lysosome then digests its damaged site. And there new matter is born. Thus he begins to recover as before.
When the lysosome is damaged, the cell summons another specialized protein, STK 38 (serine-threonine kinase 38), to the affected site. This protein disassembles the ESCRT machinery. Thus, lysosome starts performing its responsibilities as before.
Japanese experts say that GABARAP protein molecules and STK 38 liquid proteins are found in every living being.
Their specialty is that they have been living in the same cell for billions of years, otherwise it is common for genetic changes to occur in the cells. Keep away from the negative process of early aging. This cellular process is a special mercy and blessing of the divine nature for mankind.
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