April 14, 2025 Puzzle Piece
Stem Cells and Why They Are So Important
Are Stem Cells the Fountain of Youth?
Researchers and individuals have been looking for something that can
help the body heal itself and act like the Fountain of Youth. Studies
are ongoing that indicate we are closer to that goal with Chord Blood
Stem Cells.
Stem cells are cells that are undifferentiated, which means they can
develop into other types of cells when place in our body. For example,
they can become muscle, bone or brain cells. They can also renew
themselves by dividing, even after they have been inactive for a long
time.
For oral precursors to stem cells, Consider Opti-MagnaSTEM.
Stem
cell research is helping scientists understand how an organism develops
from a single cell and how healthy stem cells could be useful in
replacing cells that are not working correctly in people and animals.
Without any stem cells, we would be dead in two hours. Therefore, their
importance cannot be overemphasized. Dr Harris has used all types of
Stem Cells and preparations for many years in his practice. He has seen
improvement in almost all conditions from knees, shoulders, hips, and
other joint repair as well as improvement in Parkinsons, Alzheimer’s,
heart attacks and post strokes.
Medical researchers are now studying stem cells to see if they could
help a variety of conditions that impact many different organs and body
systems. Since chord blood has cells on the way to the baby from the
mother, they can be whatever they need to be when they are captured and
put into a different person. The body uses stem cells every day from
the time we are started in the womb. The problem is when we get older,
we have less and less cells to assist in the repair process. There are
only a few stem cells when we get older compared to the two billion we
started with at birth. The numbers decrease each year. The older we are
the less cells we have and the less times the cells cand reproduce
themselves. When born each cell can multiply into a million cells and
in our 70’s maybe only two hundred.
The human body requires many different types of cells to function, but
it does not produce every cell type fully formed and ready to use.
That's why stem cells are so useful. Scientists call a stem cell an
“undifferentiated” cell because it can become any cell the body needs.
In contrast, a blood cell, a liver cell, a brain cell are
“differentiated” cells because they have already formed into a specific
type of cell.
For further explanation stem cells are undifferentiated cells that
divide and replicate. On the body's demand they can differentiate into
specific types of cells our body’s need for growth, healing, and repair.
There are two main types of adult stem cells: those in developed bodily
tissues that are already differentiated and induced pluripotent stem
(iPS) cells that can become whatever we need them to be. These
mesenchymal stem cells can differentiate to cells that become organs,
muscles, skin, and bone, etc. These cells become specific differentiated
cells based on where they exist or are sent to by the body part that
needs healing and repair.
Scientists are researching how to use stem cells to regenerate or treat
almost all parts of the human body. The list of conditions that stem
cell therapy could help treat may be endless. Among other things,
it could include conditions such as Alzheimer’s disease, heart
disease, diabetes, and rheumatoid arthritis researchers’ state. Doctors
may also be able to use stem cells to treat injuries in the spinal
cord or other parts of the body.
In some tissues, stem cells play an essential role in regeneration, as
they can divide easily to replace dead cells. Scientists believe that
knowing how stem cells work can help treat damaged tissue in almost all
parts of the body. One study suggested that people with heart failure
showed improvement up to two years after a single-dose administration of
stem cell therapy. Another study suggested that stem cell therapies
could be the basis of personalized diabetes treatment. In mice and
laboratory-grown cultures, researchers successfully produced
insulin-secreting cells from stem cells derived from the skin of people
with type 1 diabetes.
In recent years, clinics have offered different types of stem cell
treatments. One 2016 study involving 570 Clinics in the United States
offered stem cell-based therapies for conditions ranging from sports
injuries to organ repair.
The Food and Drug Administration (FDA) also allows clinics to inject
people with their own stem cells as long as the cells are intended to
perform only their normal function. The drawback is a baby is born with
over two billion stem cells that can reproduce themselves up to one
million times. As stated previously, in a 70-year-old, each stem cell
may be able to replace itself only 200 times. So, I choose to receive
these embryonic stem cells at a 10-100 million count twice per year so
that each of these cells reproduces a million times.
Ethical issues are not a concern since these embryonic stem cells come
from cord blood of newly delivered healthy babies. With this and other
recent advances in stem cell technology, attitudes toward stem cell
research are beginning to favorably change.
Yours in Health and Wellness,
John W Brimhall, DC, BA, BS, FIAMA, DIBAK, Formulator, Patent Holder
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