How Laminine works with adult stem cells
Our body is made up of cells. We have about 5 Billion to 200 Million-Trillion cells & Billions die every day. Stem-cell is the one responsible for replenishing billions of cells that die each day. It can multiply or develop (mitosis) into any one of various kinds of cells such as blood, skin, hair, cells, & cell tissues that make an organ.
Embryonic & Adult Stem Cell
There are basically two kinds of stem cells. During our embryonic stage, we have embryonic stem cells or ES that is able to develop and form into various body parts. As fully developed humans, ES begins to dissipate. However, stem cells are not totally diminished. We still maintain stem cells in order to replenish our blood, repair body tissues, or balance our hormones. This is called an adult stem cells.
Adult stem cells have limited abilities as compared to ES. This is the reason why scientist began looking at the possibility of extracting ES from other sources and reintroducing it to our body to repair itself.
Experiments were done in the 1900s and scientist discovered that some cells have the ability to generate blood cells. These cells would be referred to as stem cells from the bone marrow. In the 1800s, cells were basically referred to as the building blocks of life and that some cells had the ability to produce other cells.
In 1968, the first bone marrow transplant was performed successfully treat two siblings who had severe immunodeficiency. By 1997, stem cell culture became so advanced that it was able to clone a lamb, nicknamed “Dolly”.
Scientists are looking at other sources of stem cells that can be directly applied to neurodegenerative diseases and conditions, as well as find treatments for diabetes, heart disease, and other conditions.
Stem-cells & FGF works to:
● Boost immune system
● Maintain a good memory and learning
● Muscle building and weight loss
● Regulate hormones (Insulin Cortisol Adrenaline HGH)
● Repair of orgasm heart liver pancreas, hair, skin nails