I
attended an anti-aging conference recently. The discussions were about
natural and pharmaceutical ways to slow the aging process and extend
the vitality/longevity of humans. There were 20 speakers from around
the world. All 20 of these physicians and professors eventually
discussed stem cells as a way to slow aging and speed healing.
What
are stem cells and how can they help us live long, healthy lives? Are
there natural products that can assist us as we age?
What are stem cells?
At conception, cells begin to divide into what will become a person.
Along the way the cells "differentiate" – that is, they become
different tissues. Some become the heart, others the brain and so on
until the complete human is formed. These are called "embryonic" stem
cells. Highly controversial experiments are being conducted with
samples of these cells.
Once a person is formed, does the human body stop making stem cells?
No, because stem cells are part of our miraculous healing process. We
make stem cells every day of our life. These are different from
embryonic stem cells because they actually replace other cells. You
see, every cell in your body has a life span. When that cell dies it
needs to be replaced. Stem cells made in your bone marrow and other
places in your body follow a chemical trail back to the place where the
cell dies and "differentiate" into the type of cell that died.
Aging can be defined as the process of cell death and cell replacement.
Premature aging is when more cells die than you can replace in a single
day. Chronic disease and disability often accompany premature aging, as
you might imagine. Stem cells replace dead cells. So, the more stem
cells you can make in a day, the slower you are aging, the more vital
you may be, and the less likely you are to experience the chronic
diseases associated with premature aging. All 20 of the experts at the
anti-aging conference endorsed doing all we can to promote stem cell
production by our own body.
Making stem cells
As I mentioned, we make stem cells every day. Dying cells release
enzymes into your bloodstream. Your brain interprets the level of
enzymes and sends an appropriate amount of Human growth hormone (HgH).
When the HgH reaches the bone marrow or other stem cell "nursery," it
triggers the release of a number of stem cells that roughly correspond
to the amount of HgH. The stem cells follow the chemical trail left by
the enzymes of the dying cell. They follow the trail back to the space
left by the dead cell and nestle into the tissues. Once there, they
differentiate into the cell they replace – they literally become the
exact type of cell they replaced.
Nutrients are required for making cells (including stem cells). If you
are deficient in any critical nutrient at the moment you create stem
cells, one of two things will happen: