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Tired
Children, Teenagers in Pain
by Majid Ali, MD
This article was provided by:
Aging Healthfully Magazine
Note:
The information on this website is presented for educational purposes
only.
It is not a substitute for the advice of a qualified
professional.
"As
we approach the millennium almost half the population of the
West demonstrates sensitization to one or more environmental
allergens. In countries such as Britain or Australia, this
translates to one in four children under the age of 14 years
having asthma and one in five having eczema."
Nature 1999;402:B2 (Supp)
"One of every six
children in America suffers from problems such as autism,
aggression, dyslexia, and attention deficit hyperactivity
disorder."
US News & World Report June 19, 2000
"In California,
reported cases of autism rose 210 percent, from 3,864 to
11,995, between 1987 and 1998."
US News & World Report June 19, 2000
"In New York, the
number of children with learning disabilities jumped 55
percent, from 132,000 to 204,000 between 1983 and 1996."
US News & World Report June 19,
2000
A parent
can ignore a child's unexplained tiredness only at peril. To
blame a teenager's muscle pain (myalgia) on hormones is often
a serious mistake. For a doctor to dismiss tired children and
teenagers in pain simply because lab tests are negative is a
grave error.
Unexplained tiredness is oxygen deprivation
in brain and other tissues. Muscle pain is oxygen deficiency
in muscles. Those are the simple facts about tired children
and teenagers in pain.
With the right tests, my colleagues and I at
the Institute can always see the microscopic and
chemical evidence for oxygen deficiency.
The Bad News and the Good News
The bad news
is that there is an epidemic of fatigue and muscle pain (myalgia)
in children and teenagers. Those two epidemics are spreading primarily
because of damage to oxygen enzymes caused by poor nutrition,
sugar overload, antibiotic abuse, stress, and exposure to
synthetic chemicals. I call the affected children and
teenagers human canaries, because they are telling us
something important about the shape of things to come. What
poisons them eventually will poison others.
The good news is that with proper
treatment, almost all such young persons regain their
health when their dysfunctional oxygen metabolism is
normalized. Those canaries get better sooner than adults with
fatigue and myalgia, because their oxygen enzymes can
regenerate quickly when the underlying causes are corrected.
The Faces of Human Canaries
Below, I
relate the study of a child canary as told by her mother, from
my forthcoming book, Canary Two: Oxygen and Fibromyalgia:
I told Karen's
first pediatrician that she sleeps all the time and her
whole body aches. The pediatrician replied, "Take it
from me. I'm a mother. Karen is eleven now. She will grow
out of it. Give her some Tylenol." Months later, she
changed her mind and told us that Karen was making herself
sick and that we should take her to a psychiatrist. Several
months later, Karen's headaches became more frequent and we
saw two more pediatricians. The same story. They had no clue
to what made our daughter sick.
Then Karen had episodes of dizziness and she
passed out a few times. Her pediatrician referred us to a
pediatric cardiologist. The cardiologist ordered a
tilt-table test that turned out to be positive. He
prescribed Florinef for six months. Initially we thought the
steroid drug was helping, but that proved to be temporary.
Karen's situation continued to get worse. She had abdominal
cramps, cold hands and feet, and blurred vision. The eye
symptoms really bothered her because she couldn't read for
periods of time any more.
We saw yet another pediatrician. The fourth
pediatrician diagnosed chronic fatigue and said that it is
something Karen had to live with and we had to cope with.
And that there was no treatment for that, however she might
get better on her own.
Karen regained her health
several months later after treatment at the Institute and went
back to school. Some years later, I saw her after she finished
college.
Some weeks after I saw Karen, I saw Sandra,
a 15-year-old, who wobbled in with crutches, much like persons
with cerebral palsy do. Her leg and arm muscles lacked
coordination and she winced as she slipped into a chair. Her
parents sat down on chairs by her side. Putting up a brave
face is not easy for such parents. Yet, that is what they did.
I read the history sheet and looked up. Karen grinned broadly.
Then her father spoke, "You saw her walk in. Last year
before she came down with fibromyalgia, she was the captain of
her school soccer team." That time it was my turn to put
up a brave face.
Eight Million American Canaries
I call people like
Karen and Sandra human canaries. Their oxygen metabolism is
more vulnerable to sugar overload, antibiotic abuse,
environmental toxins, and allergies. They are telling us
something about the shape of things to come. Their stories may
seem melodramatic to some, but not to doctors and nurses who
focus on the fatigue/fibromyalgia complex. To illustrate the
quiet desperation of these human canaries, I include below a
quote from The Wall Street Journal of November 11,
1999:
Jozan Plaza, a 45-year-old Alabama woman, visited
Chicago recently to have a part of the back of her skull
drilled off. Was this a good idea? Ms. Plaza is among the
roughly eight million Americans diagnosed with a condition
called fibromyalgia syndrome, which involves widespread muscle
pain, sleeplessness, fatigue, and depression....For about
$30,000 a case, they are drilling and snipping away bone from
the backs of people's skulls and spines to
"decompress" their brains, spinal cords and central
nervous systems.
Microscopic Abnormalities in Tired Children and Teenagers
in Pain
Direct
microscopic examination of a drop of blood of the patient
should be performed with a high-resolution phase-contrast
microscope with darkfield optics. Blood samples of FM and CFS
patients show: (1) a large number of dead and dying red and
white blood cells; (2) pine needle-like forms of solidified
blood plasma (fibrin needles); (3) minute curdles of blood
plasma (microclots); (4) irregular masses of clotted plasma
with entrapped damaged blood cells (microplaques); (5) clumped
platelets; (6) excessive numbers of bacteria; and (7)
overgrowth of peculiar yeast-like microbes, which I call
primordial life forms.
Oxidative Coagulopathy and Lymphopathy
Oxidative
coagulpathy (co-ag-u-lop-athy) is a term for formation of
microscopic blood clots in the circulating blood that is
readily seen with a high-resolution microscope. Lymphopathy (lym-phop-athy)
is a term for formation of microscopic clots in lymph, the
pale white fluid that flows in lymphatic channels. Stagnation
of oxidized (and toxic) blood and lymph in tissues causes
tiredness and pain in tissues.
Muscle pain is oxygen deprivation. That is the simple fact
of muscle pain, with or without fibromyalgia.
When a leg
muscle cramps and wakes a person with intense pain, that is local
oxygen deprivation in leg muscles. When a senior citizen
suffers from fibromyalgia and hurts everywhere, that is systemic
oxygen deprivation in muscles everywhere. My colleagues at
the Institute and I see many senior citizens who suffer muscle
pain in some areas for months or years before developing
full-scale fibromyalgia.
What causes oxygen deprivation in
fibromyalgia? That story always begins either in the
head or in the bowel. In the head, it is stress, anger, or
confused demands for love. In the bowel, it is battering of
the bowel ecosystem with unsuspected food intolerance, sugar
overload, antibiotics, undiagnosed mold (yeast) allergy or
overgrowth, and toxic synthetic chemicals. All of those
factors lead, directly or indirectly, to dysfunctional
oxygen metabolism (DOM).
Next, toxins and microbes spill into the
blood and cause damage to blood cells and formation of
microscopic clots (microclots) and microscopic plaques (microplaques).
I call those changes oxidative coagulopathy (OC).2 "Such
microclots and microplaques not only clog tiny blood vessels,
but also poison oxygen enzymes. That further increases the
degree of DOM. Next, the problems in the bowel and blood
ecosystems spread to the liver, which normally detoxifies
toxins for the whole body. The liver fails to
completely neutralize the toxin overload and further worsens
the degree of dysfunctional oxygen metabolism.
Fibromyalgia is a chronic
condition with three main symptoms: (1) persistent muscle pain
(myalgia) with painful spots in soft tissues (trigger points);
(2) disabling pain; and (3) brain fog (and related disorders
of mood, memory and mentation). Although victims of early and
mild cases of fibromyalgia may not suffer from one or two of
the three core symptoms, persons with advanced disorder do so
in all cases. Other symptoms include flu-like symptoms of
malaise, aching joints, and abdominal bloating and cramps;
bowel irregularities; non restorative sleep; PMS symptoms and
menstrual irregularities in women; cold sensitivity; and
depression.
If you have read articles about chronic
fatigue syndrome CFS written by doctors who care for a large
number of patients with that syndrome, you know that muscle
pain, fatigue and brain fog are also the three main symptoms
of (CFS). This is why I consider FM and CFS twin sisters. In
1993, I published an article in the Journal of Advancement
of Medicine (1993;6:83-96) in which I proposed that CFS is
caused by accelerated oxidative injury to human enzyme
systems. Oxidation is the process of decay, a loss of energy
(electrons). Enzymes are natural substances that facilitate
life processes in the body. In 1994, I published The Canary
and Chronic Fatigue and presented extensive evidence to
support my theory. Since then, hundreds of medical reports
have validated my theory.
What
is the proof of my view that fibromyalgia symptoms are called
by dysfunctional oxygen metabolism? The simplest and most
direct way to prove that is microscopic examination of a drop
of blood of the patient performed with a special
high-resolution phase-contrast microscope with darkfield
optics. Blood samples of FM and CFS patients show the
abnormalities listed above. Another way to prove the presence
of dysfunctional oxygen metabolism is to perform a test for
24-hour urinary organic acids. For example, increased amounts
of lactic, glyceric, pyruvic, and hydroxybutyric acids in the
urine clearly indicate dysfunctional oxygen metabolism. |
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