Human life and health continue thanks to the cells found in all organs and tissues. The initial fundamental formation and development of stem cells in living organisms occur in the primary period. During the prenatal embryonic period, they play a role in the formation of the fetus’s organs and entire structure; postnatally, they control vital cells.

Stem cells, which enable the formation of millions of cells from a single cell, also divide and multiply to renew themselves. In the human body, there are many different types of cells with various functions to maintain a healthy life. Stem cells are the main cells that form the structure of all tissues and organs in the body. These stem cells, capable of transforming into all types of cells within the organism, are present in every region where they are needed. Thus, they repair all damaged or diseased tissues.

Special cells called mesenchymal stem cells, which can differentiate into various cell types, are found in tissues such as bone marrow, adipose tissue, and skin. They can be used to repair damaged tissues and create new ones. However, as age progresses, the amount of stem cells in the body decreases. While one in every ten thousand cells in newborns is a stem cell, in a person aged 50-60, only one in every million cells is a stem cell.

The decreasing amount of stem cells with age leads to insufficient repair of damaged tissues and organs. Regenerable stem cells can be used in the treatment of many diseases.

Aging occurs as the lifespan of our cells shortens and their energy depletes. Stem cell transplants or similar applications can alter this process. While this cellular cycle mechanism works this way for humans and animals, a different picture emerges for marine life. All of the top ten longest-living species in the world live in the seas. Some species can live from 250 years to 10,000 years. The only known immortal species is a jellyfish. The reason this species is considered immortal is due to its continuous production of primary stem cells, meaning it perpetually remains in a zero-age state, avoiding aging.

The subjects and points that capture our attention are the new developments that stem cell abilities could create in the human body, aiming for a healthy and long life. To achieve such an outcome, a second primary factor is necessary, in addition to stem cell research.

Every functional biological, mechanical, digital, synchronized, and autonomous structure in the world has a control panel or a central processor. The brain, seen as the control panel of the human body, contains the hypothalamus and the pituitary gland. The pituitary gland is the conductor of the entire endocrine system. Controlling the pituitary gland allows control over everything in the human body and can affect lifespan. This is because the endocrine system is the key to the production and functioning of all our organs, hormones, and glands.

Stem Cells and Plants

Plants are important living organisms that have existed for millions of years and have sustained their existence. The ability of plants to reproduce sexually and asexually, with their capacity to produce stem cells, distinguishes them from humans and animals.

Sexually reproducing plants can live for thousands of years thanks to their ability to produce stem cells every year. The production of primary embryonic stem cells repeats annually. Phytochemicals formed during this period also contribute to the human immune system (immune system) like stem cells by providing an epigenetic transition to human cells.

If humans could produce stem cells every year, they could live longer, remain healthy, and stay young.

The Secret to Long and Healthy Life

It is possible that the human lifespan could extend to a few centuries. The secret to longevity lies in the factors and biological processes within the short lifespan. Some improvements and contributions starting from the age of 40 can be achieved through the effect of stem cells, the pituitary gland, the endocrine system, and interferon. If epigenetic transition from plants to stem cells can be established on solid foundations, strong activation of hormones can be achieved, the ability of the pituitary gland can be preserved, and many innovations can be discovered. Consequently, menopause in women might occur after the age of 100, and men could still produce live and active sperm at the age of 150.

No thought should be considered a product of imagination. The scientific perspective supports the thesis that everything is possible.

Immunat Herbal Medicine Inc.

ADNAN AKAR