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There is a lot of talk about stem cells, but do you know what they are?

Self-renewal is the process by which a cell division takes place, which allows the new cell to have the same identical characteristics as the mother cell.

This process consists of the duplication of the genetic heritage and the subsequent splitting into two daughter cells. Most of these divisions lead to the formation of cells that are all the same with each other, which however would not allow individuals to achieve diversity. Differentiation is the transformation that leads a young cell to acquire certain specific characteristics (different from those of the mother cell). This will then go on to compose a tissue of our body.

Stem cells in the embryo are actively proliferating, as they are necessary for the formation of the organism. These will then ensure the growth of the newborn's organs. In the adult organism, although growth is complete, proliferation occurs in very small areas and is still very important since it guarantees the maintenance of tissues.

The set of these cells constitutes the germinative layers, of those tissues capable of continually renewing themselves.

Stem cells are divided into:

embryonic stem cells and somatic/adult stem cells.

These are in turn distinguished on the basis of potential and the variables previously described.

Embryonic cells: they can give rise to all the tissues of our body, except the placenta.

Somatic cells: correspond to more advanced stages of development.

They are undifferentiated cells or are able to give rise to any type of cell in that tissue.

Stem cells then give rise to the brain, nerve, heart, pancreatic, etc. cells.

Stem cell niches represent the microenvironment in which the stem cells of the various organs are found, which regulate their behavior and fate.

They represent small regions of the tissues in which the process of cell division continues.

In the nervous system, there are only two niches, while in organs containing labile tissues there are millions of them. (for example, the skin undergoes a constant renewal of its cells, which would not be possible if it did not have a "reserve" of stem cells).

The human body contains hundreds of different cell types, which are of prime importance for our daily health. These cells are responsible for keeping our bodies functioning so that the heartbeats, the brain thinks, the kidneys purify the blood, our skin regenerates, and so on.

The peculiar task of stem cells is to create all these other types of cells. Stem cells are therefore the "suppliers" of all new cells. When a stem cell divides, it can create other stem cells or cells of other types. For example, skin stem cells can create other skin stem cells or they can give rise to more differentiated cells, with specific tasks such as producing the melanin pigment.

Why are stem cells important for health?

When we get sick or injured, our cells can also be damaged or die. When this happens, the stem cells are activated, repairing our injured tissues and replacing the cells that are constantly dying. In this way, stem cells keep us healthy and prevent premature aging. Stem cells can be seen as our own personal host of microscopic doctors. Stem cells could be the basis for the treatment of many of today's most common diseases, including spinal diseases, Huntington's disease, and many others.

Question:

- at the age of 35, you have probably lost more than half of your stem cell activity

- by the age of 65, you will likely lose almost all stem cell activity

Problem:

the less stem cell activity you have, the faster you age, and the slower you heal (or not heal at all!)

Answer:

Thanks to the recent major scientific advancement in stem cell technology you can activate your stem cells (without painful, dangerous, and expensive injections) and - feel, see, and live younger ... MUCH younger!

STEM CELLS are the future of health and medicine, and here's why:

• Stem cells could potentially cure diseases such as