Stem-Kine creates a nurturing environment for the stimulation of stem cell production. These are immature, undifferentiated, cells in the body that have the ability to divide through a process called mitosis. Because they are immature, they also have the ability to develop into mature, differentiated cells to replace worn out adult tissue.
Another name for these cells is progenitor cells. They serve as the starting material for the different types of mature cell that are required by the body. This property is called pluripotency. It means "plural, " from the Latin, and "potent, " from the English. The term was first used in the early 20th century.
There are two main kinds of progenitor cell in the human body. Adult cells come from the bone marrow and are harvested to replace exhausted or injured tissue. The other type is the progenitor cell that originates from the blastocyst in early embryonic development.
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.
When these cells come from the same individual in which they are used, they are called autologous stem cells. They are drawn from adipose tissue (fat), blood or bone marrow and may be banked and used later if they are needed to replace cells in surgical procedures or in case of injury. Another source of progenitor cells is the umbilical cord following birth. These, too, may be frozen and stored for use in the future. One possible use for this material is in the case of certain cancers, when they may be used in a bone marrow transplant.
Progenitor cells undergo two types of division in order to ensure a continued supply. Both types have fancy-sounding names but are really very simple procedures. In the first, obligatory asymmetric replication, two different cell types are produced. One is called a mother cell because it is an identical stem cell and the other is a differentiated daughter cell. In the body, differentiation of progenitor cells involves the secretion of chemicals in the cell called growth factors. Once a cell differentiates, it is no longer capable of dividing to form new 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.
Another name for these cells is progenitor cells. They serve as the starting material for the different types of mature cell that are required by the body. This property is called pluripotency. It means "plural, " from the Latin, and "potent, " from the English. The term was first used in the early 20th century.
There are two main kinds of progenitor cell in the human body. Adult cells come from the bone marrow and are harvested to replace exhausted or injured tissue. The other type is the progenitor cell that originates from the blastocyst in early embryonic development.
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.
When these cells come from the same individual in which they are used, they are called autologous stem cells. They are drawn from adipose tissue (fat), blood or bone marrow and may be banked and used later if they are needed to replace cells in surgical procedures or in case of injury. Another source of progenitor cells is the umbilical cord following birth. These, too, may be frozen and stored for use in the future. One possible use for this material is in the case of certain cancers, when they may be used in a bone marrow transplant.
Progenitor cells undergo two types of division in order to ensure a continued supply. Both types have fancy-sounding names but are really very simple procedures. In the first, obligatory asymmetric replication, two different cell types are produced. One is called a mother cell because it is an identical stem cell and the other is a differentiated daughter cell. In the body, differentiation of progenitor cells involves the secretion of chemicals in the cell called growth factors. Once a cell differentiates, it is no longer capable of dividing to form new 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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