Stem Cells Therapy: Fight Back With ALS
A 238-pound missile gun fueled with
adrenaline and a former Titan’s linebacker Tim Shaw is
managing to get through his deadly degenerative muscular weakness. A man who had played 80 games, 96 tackles and lasted far
beyond any player’s average
career span is being very tough to ALS in his real life as well; ever since his
diagnosis last year. But instead
of being afflicted to the condition, he deliberately chose to tackle life’s adventures issues, while spreading awareness about the
deadly condition.
Mr. Shaw is not
worried about his immediate future, neither he is thinking about that; he
probably has become too busy living with ALS, realizing what god wants him to
be and relying more on his instincts, strong faith and determination to keep
himself moving forward, against the odds. In spite of the slurry speech and delayed motor ability; his
strong will power and enthusiasm has forced him to live a normal life, similar
to the one he would have had, if not diagnose with ALS. However, Mr. Shaw is still thankful to his destiny for the delayed
progression of ALS and for his left over motor ability, motivating many of us,
how to live your life even in a kind of cliché.
As a matter of fact, ALS
is associated with a progressive neuronal damage eventually leading to death. Neurons are smart messengers, involved in the coding and
decoding of the important cellular information that has been transmitted from
central nervous system to different important organs of the body, through
voluntary control as well as coordination of the muscles. In case of massive neurodegeneration, people experience
unusual muscle drifts, twitching and weakness, due to lack of proper
information generated by the central nervous system through neurons.
Currently medical science has not found any definitive cure
for the said disease, but the advent of stem cells and their potential
therapeutic sense has surely proposed a way towards a definitive cure.
Stem Cells are the naïve cells of our body with the ability to repair
and regenerate into lost cells. These cells are present in dormancy in every adult tissues
to take care of its normal wear and tear. Some of the underutilized tissue sources can now be utilized
for the isolation of stem cells outside the body and their enrichment in a
controlled environment. These stem
cells when infused back at the site of injury have been proven to promote lost
cells and speed up the functional restoration of an organ.
Although, an aggressive research is ongoing worldwide, while
every day brings a step closer to the goal of ALS cure; currently autologous
application of stem cells has allowed the life with ALS to be much simpler and
manageable.
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