Melatonin
is a hormone found within the body. Its
greatest influence is over the body’s sleep cycle. It has
however, another
surprising ability. Melatonin is a
powerful anti-oxidant. An anti-oxidant
is a substance that binds to ‘free radicals’ in the human
body. Free radicals are toxins that roam
the
body. They are highly reactive molecular
chains that seek out other molecules to bind with.
This binding can result in a harmful or even
carcinogenic substance that can play havoc with the body’s
systems.
Anti-oxidants
are like the body’s police force, patrolling the blood, cells,
tissues and
organs of the brain. When they happen
upon a free radical, they bond with it, tying its molecular arms so
that it
cannot cause any damage by binding with other locations.
Toxic
chemicals like fluoride, along with unbound protein strands like
Glutamate and
aspartate, are free radicals. They are
highly reactive substances that in large numbers can bind to chemicals,
cells,
and even neurons in the body to produce devastating effects. By injecting Monosodium Glutamate directly
into the brain of a creature, scientists can cause massive destruction
of the
brain cells that this free radical comes in contact with.
But when large amounts of Melatonin are
present in the region that the MSG targets, the MSG fails to destroy
the brain
cells. Researchers have described the
ability of Melatonin to stop the damage that MSG causes as a
neuroprotective
effect.[1]
The protective effects of Melatonin do not end with the brain. Since its discovery as a free radical scavenger in 1993, over 800 publications have confirmed Melatonin’s ability to neutralize harmful molecules in the body.[2]
The
pineal gland produces Melatonin naturally within the body.
The chief role of Melatonin seems to be the
creation of the natural sleep cycle of people and animals.
During the day, people’s Melatonin levels drop
considerably, while in the evening this hormone becomes more prevalent
in the
blood. Melatonin counteracts dopamine,
which is the hormone most utilized during the daytime hours. People with good sleep cycles show a balance
between these two chemicals. However,
the pineal gland loses its ability to create Melatonin as the body ages. This reduction in Melatonin levels can be
linked to all manner of physical ailments.
Luckily, synthetic Melatonin is easily available, and in studies
has
shown remarkable properties that improve all manner of physical
conditions from
insomnia to cancer.
Since Melatonin is the natural hormone that induces sleep, ingesting a small dosage in tablet form is an effective cure for insomnia. Unlike prescription sleeping pills, it is not addictive, and allows a person to wake with no residual effects of drowsiness. Its use as a sleep aid has been documented in many areas of research. Melatonin has been used to help blind children establish a normal sleep pattern.[3] It has been used to successfully treat chronic insomnia in children.[4] It has even been used as an alternative to general anesthetic in children afraid to take an MRI.[5] Melatonin has been found to “be a safe, inexpensive, and a very effective treatment of sleep-wake cycle disorders,” with no side effects or development of resistance to it.[6]
Pfizer, one of the worlds largest drug companies, offers Unisom SleepGels to help adults and children over 12 to fall asleep.
‘www.rxlist.com’ lists Unisom’s side effects as:
General:
Urticaria, drug
rash,
anaphylactic shock, photosensitivity, excessive perspiration, chills,
dryness
of mouth,
nose, and throat.
Cardiovascular System: Hypotension, headache,
palpitations, tachycardia,
extrasystoles.
Hematologic System: Hemolytic anemia,
thrombocytopenia,
agranulocytosis.
Nervous System: Sedation, sleepiness, dizziness,
disturbed coordination, fatigue,
confusion,
restlessness, excitation, nervousness, tremor, irritability, insomnia,
euphoria,
paresthesia,
blurred vision, diplopia, vertigo, tinnitus,
acute
labyrinthitis, neuritis,
convulsions.
GI System:
Epigastric distress, anorexia, nausea,
vomiting, diarrhea, constipation.
GU System:
Urinary frequency, difficult urination,
urinary
retention, early menses.
Respiratory System: Thickening of bronchial
secretions, tightness of chest
and wheezing,
nasal
stuffiness.
Sometimes the side effects of a drug sound worse than the condition they are meant to prevent.
If Melatonin is such a successful sleep aid that is not addictive, has no side effects, and is gentle enough to use on children under of all ages, why aren’t physicians prescribing it to the general public? Why instead do they prescribe drugs with long lists of side effects?
Money.
Have you ever been at a physician’s office when a pharmaceutical sales person comes by? Have you seen all the free samples and little note pads that the doctors use? Those freebies come from drug companies. The drug companies are major funders of medical research. They even make large sums of money available to medical students to assist with their education.
What business do drug sales representatives have in a doctor’s office?
They are there to sell their drug. They influence the choice of prescriptions that doctors make. How often have you gone into a doctor’s office and come out with a suggestion instead of a prescription? Did the doctor ever tell you just to put some ice on it, a simple ointment, a bandage, or say that it will just get better on its own? Doctors give out prescriptions for many items that you can’t get on the open shelf of a drug store. In many cases, the prescription is for a specific name of drug that only one company makes.
By practicing the prescription doctrine, physicians do their part to line the pockets of the pharmaceutical companies that help fund their profession.
The main reason that pharmaceutical companies fund research is to find a pill that can treat an ailment and that that pill can be patented to guarantee their exclusive right to profit from the drug.
The reason that physicians do not prescribe Melatonin to their sleep deprived patients is this:
No pharmaceutical company can make exclusive profit from it.
Melatonin is a naturally occurring hormone that cannot be patented by any company. It is inexpensive to produce. A four-month supply may cost you about ten dollars. At that price, how can a pharmaceutical company generate the kind of profit they are used to?
Sleep disorders are not the only thing that you won’t see Melatonin prescribed for. Medical research has discovered over a dozen other ailments that can be treated by an inexpensive dose of Melatonin. From ulcers to bladder problems, epilepsy to cancer, reports published in scientific journals sing the praises of Melatonin, while the physicians across the country are silent.
Instead of healthy natural cures we are inundated with high priced drugs that have side effect lists that read like an encyclopedia.
The following sections outline the scientifically proven facts about Melatonin. These are the ailments that a simple, inexpensive cure may rectify. For those of you who are ready to take a stand against the profiteering of drug companies that bloat themselves at the price of our health, take this knowledge to your doctor and ask what single prescription medication can offer all these benefits without side effects and a thousand dollar-a-day price tag.
Melatonin is a hormone that is essential to gastrointestinal health. It is found in this system at 10 to 100 times the concentration found in the blood. It has an important protective effect, and has been suggested in the treatment and prevention of gastric ulcers,[7] as well as “colorectal cancer, ulcerative colitis, gastric ulcers, irritable bowel syndrome, and childhood colic.”[8] Perhaps there is a link between the increase in Crohn’s and Colitis disease and the prevalence of MSG in the diet. Melatonin may be one form of treatment that could help those afflicted with these disorders.
More research in this direction is definitely needed.
Septic
shock is a very serious condition that some infants are born with. The baby is born with such a large amount of
toxic elements in its system that little hope is offered to the parents. Many newborns with this condition die within
a few days of delivery. Doctors at the
University of Texas Health Science Center, San Antonio, gave ten septic
babies
large doses of Melatonin within 12 hours of birth.
These babies had a survival rate of 100%,
while the septic babies that did not receive Melatonin suffered a 30%
mortality
rate before they were four days old.[9]
Our hearts go out to the parents of these infants. Hopefully, this groundbreaking research will protect many more newborns to come.
At
seven years old, little Johnny was found to be more hyper than the
other
children. His mother could not get him
to keep still. A veritable ball of
energy, he was always bouncing from here to there, never able to keep
focused
on a task. The year was 1974, long
before the invention of Ritalin. ADHD
was not even a recognized condition then.
Little Johnny’s hyperactivity was not even formally
diagnosed. His mother was desperate, and
the doctor was
only too willing to prescribe Phenobarbital, a serious anti-psychotic
and
highly addictive substance, to counteract his erratic behavior.
If
only Johnny’s mother had known what research shows now.
MSG
intake during pregnancy may well have caused the condition that little
Johnny
suffered from. MSG in the adolescent
diet could further aggravate the child’s hyperactivity. ADHD is linked to a problem in the dopamine
levels within the body.[10]
Increased dopamine
levels in the
body are linked to the hyper active behaviors that ADHD children suffer. Currently Ritalin is the most commonly
prescribed medication for reducing the actions of dopamine, but there
is a
better alternative. Dopamine can be
naturally controlled by the introduction of increased Melatonin.[11]
By
removing MSG and all food ingredients that contain Glutamate from the
diet, and
giving Melatonin time-release capsules to these ADHD children, a
natural
balance could occur between the two hormones, creating an equalibrium
in the
child. This could reduce both the level
of hyperactivity and the difficulty with attention span that these
children
have.
How
do I know that Melatonin and reduction in dietary Glutamate could cure
ADHD?
I
was little Johnny. For thirty-five years
my family has suffered from my hyperactive state.
A
year ago I started taking Melatonin on a daily basis.
By removing all sources of free-Glutamate
from my diet, and leveling out my dopamine levels with melatonin, I
have been
able to completely reduce all symptoms of ADHD that I had.
I now know the pleasure of sitting still, and
the bliss of uninterrupted concentration.
We
have two sons that are also ADHD possibly because of MSG.
By giving them Melatonin and reducing their
glutamate intake we are protecting them not only from further
poisoning, but
also from the following side effects of the Ritalin that doctors have
been
pushing on ADHD children:
·
drug
addiction
·
nervousness
and insomnia
·
nausea
and vomiting
·
dizziness
·
headaches
·
changes
in heart rate and blood pressure (usually
elevation of both, but occasionally depression)
·
skin
rashes and itching
·
abdominal
pain
·
weight
loss
·
digestive
problems
·
toxic
psychosis
·
psychotic
episodes
·
severe
depression upon withdrawal
·
loss
of appetite (may cause serious malnutrition)
·
tremors
and muscle twitching
·
fevers,
convulsions, and headaches (may be severe)
·
irregular
heartbeat and respiration (may be profound
and life threatening)
·
anxiety,
restlessness
·
paranoia,
hallucinations, and delusions
·
excessive
repetition of movements and meaningless
tasks
·
while
death due to non-medical use of Ritalin is not
common, it has been known to occur.
Narconon: www.drug-sideeffects.com/ritalin.htm
Very little is known about
the way Ritalin (known as methylphenidate) affects ADHD symptoms.
“There
is neither specific
evidence
which clearly establishes the mechanism whereby methylphenidate
produces its mental
and behavioral effects in children, nor conclusive evidence
regarding how these effects relate to the condition of the central
nervous
system.”[12]
Not
very reassuring words for a drug that doctors are passing out to
children in
record numbers.
The
number of children diagnosed with this disorder grows each year, and
every year
the number of Ritalin prescriptions increase.
While the bank accounts of the pharmaceutical giant Novartis
(Ritalin’s
creator) are expanding, the pocket books of parents dealing with the
disorder
are shrinking. Ritalin prescriptions can
be a life sentence. Children with ADHD
carry it with them into adulthood.
The
American Drug Enforcement Agency has targeted Ritalin as a drug that is
widely
abused.
“the primary legitimate medical use of
methylphenidate
(Ritalin®, Methylin®, Concerta®) is to treat attention
deficit hyperactivity
disorder (ADHD) in children. The increased use of this substance for
the
treatment of ADHD has paralleled an increase in its abuse among
adolescents and
young adults who crush these tablets and snort the powder to get high.
Youngsters have little difficulty obtaining methylphenidate from
classmates or
friends who have been prescribed it. Greater efforts to safeguard this
medication at home and school are needed.”
http://www.dea.gov/concern/methylphenidate.html
Ritalin
could make the lives of ADHD children more difficult than they already
are.
Melatonin,
on the other hand, has documentation supporting its natural suppression
of
dopamine.[13] Unlike Ritalin, Melatonin is not addictive,
cannot be used to get high, costs pennies to use, is found naturally in
the
body, and has none of the dangerous side effects that Ritalin has.
Melatonin
has helped my two sons and myself to overcome the ADD and ADHD that has
affected us. Melatonin supplements,
along with the removal of glutamates from our diet, have created a
dramatic
change for the better.
It
is a shame that physicians have not directed parents to a more natural
and
affordable way of treating ADHD. One
that not only may prove more effective then Ritalin, but with far less
side
effects for the child as well.
Previous paragraphs in this book outlined the similarities between ADHD and autism. Research now suggests that the Melatonin that could help ADHD sufferers may also help those with autism as well. Individuals with autism have considerably lower levels of Melatonin in their bodies than healthy subjects.[14] This may cause many imbalances within the body’s systems. Perhaps Melatonin could be used to counteract some of the behaviors that are currently controlled by dangerous anti-psychotic drugs.
Currently there are no drugs specific to the treatment of autism. As a case manager for autistic individuals, I have sat in on many psychiatric appointments where the psychiatrists had no idea what medications to prescribe. With my 14 years experience working with people with autism, I have found these health-professionals often ask my opinion on what medication to prescribe. If only I had known about Melatonin.
Autistic individuals have been shown to have decreased Glutamate transport neurons in the brain.[15] They also have abnormally high amounts of Glutamate in the blood.[16] Research shows that there is a direct link between abnormal Glutamate receptors in the brain and the occurrence of autism.[17]
Since Melatonin has been shown to be a natural counter-agent to excess Glutamate, it would make Melatonin a logical treatment for Autism.
Individuals with autism have also shown a predisposition to sleep-disorders, and could benefit from the sleep inducing effects of Melatonin treatment.
Research into the use of Melatonin on people with autism may one day unlock a way to reverse the disorders debilitating effects.
Stacey
was a bright young girl. She had worked
hard in high school and graduated with excellent marks.
She wanted to be a teacher and had been
accepted into an excellent college for the fall semester.
She never made it there. Stacey was
a passenger in a horrendous car
accident. Her friend behind the wheel
died at the scene. She received a
massive blow to her head.
At
the hospital the surgeons worked quickly and with considerable
expertise. It was too late.
Blood vessels had broken within her brain,
flooding vital areas with chemicals that the sensitive cells within the
skull
could not cope with.
When
I first met Stacey she was at a sheltered workshop for the mentally
handicapped, putting bolts into plastic bags.
Instead of teaching she was now assisted by trainers, who had to
remind
her daily which table she sat at and which locker was hers. Though I saw her almost every day she always
greeted me like I was a stranger she had never seen before. Her dreams of success were shattered by an
injury that would shadow her and her family the rest of her life.
We
are all only one accident away from that future.
Our minds are our most valuable commodity. The human body is designed to protect us from
elements that could cause damage like the kind Stacey experienced. The blood brain barrier exists to protect the
delicate inner workings of the brain from chemicals in the blood that
could
damage this system.
When Monosodium Glutamate in the blood
enters the
brain in unregulated amounts neurotoxicity occurs.
Neural cells become over-excited by Glutamate
or other excitotoxins and stimulate themselves to death.
Research shows that both hemorrhagic stroke
and accidental brain injury can allow this kind of brain damage to
occur.
In
the case of ischemic stroke, the blood supply to an area of the brain
is cut
off. Oxygen that regulates crucial
chemical levels around the brain cells is in short supply.
Harmful chemicals like nitric oxide and
Glutamate can increase to dangerous levels.
These chemicals are considered free radicals, and bond to nerve
receptors and other molecules in the brain to cause irreparable damage.
In cases of traumatic brain injury,
ischemic and
hemorrhagic stroke, Melatonin can be highly effective at reducing the
damage
caused.[18]
The anti-oxidizing properties of Melatonin
directly
reduce the ability of free radicals to collect and harm the vulnerable
structures in the brain. Melatonin
injections given within two hours of a stroke dramatically decrease the
permanent brain damage that the stroke would have caused.[19]
Melatonin is an effective protective
agent, guarding
the brain from damage caused by toxic levels of Glutamate in the brain. In a recent study it was discovered that
Melatonin injected into the cerebellum of subjects created a protective
effect
against Glutamate injected into the same area, while Glutamate injected
into
the brain of untreated subjects caused neural cell death.[20]
Melatonin, used in
the
pretreatment of stroke victims, has been shown to reduce the severity
of damage
in successive strokes by as much as 46%.
Motor, sensory memory, and psychological problems due to stroke
could be
reduced by treatment with Melatonin.[21]
Since Melatonin has
been shown
to be beneficial in reducing the severity of brain damage in both
stroke and
traumatic brain accident victims, perhaps it will become an early
response
treatment method used by emergency workers and first response teams
everywhere.
Melatonin has been proven to reduce the amount of permanent
debilitating damage
from a stroke or brain accident, wouldn’t you be asking for it?
Research
in this direction raises another question: if toxic levels of Glutamate
entering the brain from broken blood vessels can cause increased brain
damage
in stroke and accident victims, would reducing the amount of Glutamate
in your
blood also reduce the level of damage that the victim suffers? Could current stroke or brain accident
victims suffer less paralysis and brain damage if they had avoided
MSG-laden
food in the meal eaten just before their affliction struck them? More
studies
answering this question are definitely needed. I don’t know about
you, but
until there is hard evidence to disprove my concern, I’m not
taking any
chances.
I
see Stacey now and then, and she still doesn’t remember who I am.
Melatonin
has been proven to defend the brain against attacks by excitotoxic
chemicals.[22]
MSG can cause epileptic convulsions.
Because Melatonin directly counteracts the free radicals that
could be
the cause of the brain misfiring to induce epilepsy, it is possible
that
Melatonin could replace some of the current anti-convulsant medications
on the
market. Recent research has even gone as
far as to compare the ability of Phenytoin (a commonly prescribed
anti-convulsant drug sold under the brand name Dilantin) and Melatonin
in
reducing epileptic seizures. The
findings of the research “showed a superior protective
effect of
Melatonin over Phenytoin.”[23]
So why wouldn’t Melatonin be prescribed for epilepsy instead of Dilantin?
Is Melatonin more dangerous to take than Phenytoin (Dilantin)? According to www.Rxlist.com, a website that lists drugs and their side effects and is sponsored by major pharmaceutical companies, Melatonin has the side effects of drowsiness, headache, or upset stomach. Rxlist reports that Dilantin has the following side effects:
Nystagmus, ataxia, slurred speech, decreased coordination and mental confusion. Dizziness, insomnia, transient nervousness, motor twitchings and headache have also been observed as well as nausea, tardive dyskenesia, constipation, toxic hepatitis and liver damage. Skin rashes of various sorts including the possibly fatal forms of bullous, exfoliative or purpuric dermatitis, lupus erythematosus, Stevens-Johnson syndrome and toxic epidermal necrolysis. Also included is thrombocytopenia, leukopenia, granulocytopenia, agranulocytosis and pancytopenia with or without bone marrow suppression, Macrocytosis and megaloblastic anemia, Lymphadenopathy including benign lymph node hyperplasia, pseudolymphoma, lymphoma. Hodgkin's disease has also been reported. Add to these the side effects of coarsening of the facial features, enlargement of the lips, gingival hyperplasia, hypertrichosis and Peyronie's disease. Hypersensitivity syndrome (which may include, but is not limited to, symptoms such as arthralgias, eosinophilia, fever, liver dysfunction, lymphadenopathy or rash), systemic lupus erythematosus and immunoglobulin abnormalities.
‘www.rxlist.com’ goes on to report that pregnant women are at risk of having infants with a higher incidence of birth defects, including prenatal growth deficiency, microcephaly and mental deficiency.
Rxlist reports that overdosing on Melatonin can cause headache, drowsiness and upset stomach. An overdose of 2 to 5 grams of Dilantin is fatal.
So why would Melatonin be overlooked at the doctor’s office, while prescriptions for Dilantin, even with all its side effects, are plentiful?
Money, money, money.
Melatonin is not a patented substance. It is inexpensive and no pharmaceutical company can monopolize it. No Melatonin salesmen visit the physician’s office. No drug company will fund research of it or sing its praises to the FDA or other medical communities. Why would the drug companies support a plentiful and inexpensive cure, when they can profit from a patent they own?
Not
only can Melatonin replace some anti-seizure and anti- psychotic
medications,
it can also help against the side effects of them as well.
Tardive Dyskinesia is a prevalent side effect of many
anti-seizure
medications. Its symptoms include hand
trembling and involuntary facial tics.
Melatonin has been shown to both prevent and reduce Tardive
Dyskinesia
in test subjects.[24] People given Melatonin showed a remarkable
decrease in the involuntary movements caused by Tardive
Dyskinesia.[25]
Melatonin
can even prevent the serious side effects caused by anti-cancer
medications and
the radiation therapy provided to cancer patients.
Doxorubicin is a
commonly used
anti-cancer drug whose side effects include “toxic effects on the
cardiovascular system.”[26] By treating subjects with Melatonin,
researches found that Melatonin protected the cardiac system from the
harmful
side effects of Doxorubicin.[27]
Research
has also discovered that healthy cells of subjects given whole body
irradiation
therapy were protected by Melatonin administered before the radiation.[28]
Since
Melatonin can provide protection from medication and treatment side
effects,
shouldn’t physicians be offering this information to patients who
could benefit
from it?
ADHD
and autism are not the only neurodegenerative diseases that Melatonin
can be
helpful in treating. Both
Alzheimer’s
and Parkinson’s have been shown to be caused by free radicals
like MSG. Melatonin’s anti-oxidizing
properties combat
these free radicals, and in doing so could protect against the
development of
Alzheimer’s.[29]
Elderly
people who have chronically low blood sugar are candidates for the
development
of Alzheimer’s. Perhaps by using
Melatonin as a preventative treatment for this population, the
occurrence of
this degenerative disease could be substantially reduced.
In
those patients who already have Alzheimer’s, removal of free
Glutamates such as
MSG from their diet, along with the addition of Melatonin, could reduce
the
debilitating effects of the disorder.
Both
Parkinson’s and Huntington’s disease can be linked to
excess Glutamate levels
in the brain. Since Melatonin has been
shown to negate the excitotoxic effects of Glutamate,[30]
its use as a treatment for people suffering these diseases should be
more
thoroughly studied.
Schizophrenia
has been linked to abnormal Glutamate processes in the brain. With the reduced capacity of the
schizophrenic mind to handle increased Glutamate in the brain, the
Glutamate
itself could cause the symptoms seen in the delusional episodes
representative
of the disorder.
In
excess forms, Glutamate acts as a free radical and an excitotoxin. Melatonin is one of the most effective
neutralizers of free radicals in the body.
Melatonin has neuro- protective effects against Monosodium
Glutamate’s
excitotoxic effects in the brain.[31]
Melatonin
could act to neutralize the excess Glutamate in patients with
schizophrenia,
possibly reducing the episodes that disable them.
Research
that tests the effectiveness of Melatonin on people with schizophrenia
could
lead to a new way to reduce the debilitating effects of this disorder.
High
cholesterol levels and high blood pressure are both indicators of an
increased
chance of cardiac arrest. Billions of
dollars worth of medications are purchased each year to reduce both
cholesterol
and the blood pressure of people suffering from these conditions.
Melatonin
has the amazing ability to solve both these problems at a substantial
monetary
savings to the medical system and insurance companies.
Melatonin can reduce blood cholesterol levels
by as much as 38 percent. This amount is
substantial considering a 10-15 percent cholesterol reduction can
result in a
20 to 30 percent reduction in heart attack risk.[32]
Melatonin’s
beneficial effects don’t stop there. 90
minutes after taking Melatonin, the blood pressure of people with
hypertension
returns to normal levels.[33]
Research
has even shown that Melatonin can reduce the tissue damage done after
cardiac
arrest, and may even be able to reverse it.[34]
How many people suffering from high blood pressure, high cholesterol and even cardiac arrest could be helped if their physicians put down their prescription pads and suggested that their patients add Melatonin to their nightly vitamin intake?
Fluoride
poisoning by industrial toxic waste is increasing on a global scale.[35]
As
the union of the workers at the EPA headquarters stated, fluoride
causes bone
degeneration, neurotoxic effects in the brain, cancer and organ damage. Many of these disorders have been shown to be
reversed by the anti-oxidizing effect of Melatonin.
The ability of the body to protect bone from degeneration can be augmented by increasing Melatonin.[36] This effect could be helpful against fluoride’s effect of reducing bone strength and causing bone cancers.
Melatonin has a protective effect against loss of bone mass.[37] It actually increases bone mass and density, promoting greater bone strength.[38] The ability of Melatonin to act as a scavenger of bone debilitating free radicals can also add to its bone protective properties.[39]
By drinking water that has had the fluoride removed, degenerative skeletal fluorosis can be reversed.[40]
We
have already seen the ability of Melatonin to fight toxic levels of
poisons in
the blood of infants; perhaps it may assist against the fluoride
collecting in
us as well. Melatonin could also protect
the brain against the fluoride that the EPA employees have stated
reduces the
IQ levels of children.
The
visual evidence of Melatonin’s effects are much more compelling
proof of its
ability to counteract fluoride poisoning.
Scientific research has proven that fluorosis, (the early
warning sign
that your child has been poisoned by fluoride) is not as irreversible
as
dentists lead you to believe.[41]
Instead
of the expensive cosmetic treatments that dentists suggest, fluorosis
can be
reversed by a diet rich in vitamins and anti-oxidants.[42] As studies in hundreds of publications have
shown, Melatonin is one of the most effective anti-oxidants available.[43]
Providing
you immediately remove all sources of fluoride in your child’s
diet, and catch
the poisoning in its early stages, it is possible to reverse the
effects of the
fluoride poisoning. Jessi’s teeth
once
mottled and deformed by fluoride, have shown a remarkable improvement
over the
past year. By removing fluoride from our
drinking water and adding Melatonin to our nightly routine, we have
reversed
the fluorosis that inspired this book.
Jessi’s
smile is prettier than ever.
It’s
not too late for your children.[44] Your swift actions can see to that.
[1]
Espinar, A. Garcia-Oliva, A. Isorna, EM.
Quesada, A.
Prada, FA. Guerrero, JM. “Neuroprotection by melatonin from
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embryo.” J Pineal Res 2000
Mar;28(2):81-8.
[2]
Tan, DX. Reiter, RJ. Manchester, LC. Yan,
MT. El-Sawi,
M. Sainz, RM. Mayo, JC. Kohen, R. Allegra, M. Hardeland, R.
“Chemical and
physical properties and potential mechanisms: melatonin as a broad
spectrum
antioxidant and free radical scavenger.”
Curr Top Med Chem 2002 Feb;2(2):181-97.
[3] Jan,
JE.
O'Donnell, ME. “Use of melatonin in
the
treatment of paediatric sleep disorders.”
J Pineal Res 1996 Nov;21(4):193-9.
[4]
Smits, MG. Nagtegaal, EE. Van der
Heijden, J. Coenen,
AM. Kerkhof, GA. “Melatonin for
chronic
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trial.” J Child Neurol 2001
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[5]
Johnson, K. Page, A. Williams, H.
Wassemer, E.
Whitehouse, W. “The use of melatonin
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Jun;57(6):502-6.
[6]
Jan JE, O'Donnell ME.
“Use of melatonin in the treatment of pediatric sleep
disorders.” J
Pineal Res 1996Nov;21(4):193-9.
[7]
Singh, P. Bhargava, VK. Garg, SK. “Effect of melatonin and
beta-carotene on
indomethacin induced gastric mucosal injury.”
Indian J Physiol Pharmacol 2002 Apr;46(2):229-34.
[8]
Bubenik GA.
“Gastrointestinal melatonin: localization, function, and
clinical
relevance.” Dig Dis Sci 2002 Oct;47(10):2336-48.
[9]
Cardinali, DP. Ladizesky, MG. Boggio, V.
Cutrera, RA.
Mautalen, C. “Melatonin effects on
bone:
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