Saturday, June 29, 2013

Stem-Kine Can Restore Natural Repair And Vitality

By Estela Bolton


Stem-Kine is a new product that maintains a stimulating environment that fosters the production of stem cells. These are primitive cells in the body that have not yet undergone terminal differentiation to their ultimate functional state. These cells retain the ability to divide by the process of mitosis and develop into mature cells to replace dying or damaged tissue.

Stem cells are also called progenitor cells because they form the starting material for a range of different mature cells. This ability to develop into different cell types has a name. It is pluripotency. The term originated in the early twentieth century and comes from the Latin word for "plural, " meaning more than one, and the English word, "potent, " as in potential.

In the human, there are two main types of progenitor cell. Embryonic progenitor cells come from the inner cell mass called the blastocyst. Here, they develop into the many types of specialized cell that make up the developing body. Adult cells originate in the bone marrow; these are used to replenish damaged or worn out tissue in the adult.

Boosting the population of progenitor cells in the body by using Stem-Kine has many possible advantages. Some of these are: a healthier complexion, raised energy levels, speedier recovery from injuries or surgical operations, a heightened feeling of wellness and improved growth of hair and nails. These benefits hold back the process of aging and improve general health.

Autologous cells are harvested from the same organism or person. These may come from the bone marrow, blood or adipose (fat) tissue. Individuals may be taken from one's own body and then stored, or banked, for future use just as a person's blood may be set aside for future surgical procedures or in case of injury. Immature, pluripotent cells may also be taken from umbilical cords and then frozen and stored for future use. Cells from either source may be used in a number of subsequent procedures where necessary, such as bone marrow transplantation.

Pluripotent cells may undergo one of two types of mitotic cell division in order to provide a continuing supply. The names of these procedures sound all sciencey and scary but are really quite simple. One is called obligatory asymetric replication. In this process, a cell divides to form two distinct daughter cells; one of which remains undifferentiated and may itself divide, while the other develops into its ultimate specialized cell type. Once a cell becomes specialized, it may no longer divide to form new primitive cells.

The other process of progenitor cell division is called stochastic differentiation. Here, one cell divides to form two primitive progenitor cells while another cell might divide to produce two terminally differentiated cells. These cells are identical to the parent cell.

Stem-Kine is at the very frontier of cutting-edge science. It contains a number of nutrients that help stimulate the body's natural repair processes. This is a great idea for the growing numbers of Baby Boomers who are entering retirement. By increasing the numbers of circulating progenitor cells, the process of aging may be inhibited and individuals enjoying an extended period of health and wellness well into their senior years.




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