TOXINS, WHERE DO HEAVY
METALS COME FROM?
Another category
of minerals in human health is the heavy metal category. This category
consists of minerals that are toxic to the body such as lead, mercury,
aluminum, cadmium, and nickel. Most of the heavy metals in the body
are result of environmental contamination due to industry. In the United
States alone, lead from industrial sources are leaded gasoline contribute
more than 600,000 tons of the lead being dumped into the atmosphere
to be inhaled or-after being deposited on food crops, in fresh water,
and soil-to be ingested. Other common sources of heavy metals include:
lead from the solder in tin cans, pesticide sprays, and cooking utensils;
cadmium and lead from cigarette smoke; mercury from dental fillings,
contaminated fish, and cosmetics; and aluminum from antacids and cookware.
Some professions with extremely high exposure include: battery makers,
gasoline station attendants, printers, roofers, solders, dentists, and
jewelers.
WHAT ARE THE
SIGNS AND SYMPTOMS OF HEAVY METAL TOXICITY?
Early signs of heavy
metal poisoning are usually vaque, often depending upon the level of
toxicity. Toxins tend to accumulate within the brain, kidneys, immune
system, and other body tissues where they can severely disrupt normal
function. Mild cases of toxicity may be associated with headache, fatigue,
and impaired ability to think or concentrate. As toxicity increases
so does the severity of signs and symptoms. A person with severe toxicity
may also experience muscle pains, indigestion, tremors, constipation,
anemia, pallor, dizziness, and poor coordination.
Numerous studies
have demonstrated a strong relationship among intelligence, childhood
learning disabilities, and body stores of lead, aluminum, cadmium, and
mercury. Basically, the higher a childs level of heavy metals,
the lower IQ. The same sort of relationship exists with blood pressure,
as high blood pressure is also associated with higher levels of lead
and other heavy metals. Heavy metals have a very strong affinity
for body tissues composed of fat, like the brain, nerves, and kidneys.
As a result, heavy metals are almost always linked to disturbance in
mood and brain function, as well as neurological problems (including
multiple sclerosis) and high blood pressure (the kidneys regulate blood
pressure).
OCCUPATIONAL
EXPOSURES
Accumulations of
these toxins can occur in the human body in response to occupational
exposures or to environmental exposures from toxic release in air, soil,
or industrial waste streams. Metal refining, alloying, plating and parts
manufacture in the aerospace and machine tool industries, fabrication
of nuclear reactor fuel assemblies, and especially electronics and computer
manufacture are possible sources of exposure. According to the EPA,
the U.S. has the largest electronics (including computer) workforce
in the world. Exposures to the measured elements can occur in other
occupations as well: military or police service (with weapons use),
all types of welding and metal shaping, plumbing, handling and disposal
of wastes, oil refining, petrochemical production, and manufacture of
pigments and coatings.
Evidence suggests
that chronic toxic element exposure can adversely affect respiratory,
renal, cardiac, and immune functions, compromise cognitive and emotional
health, debilitate energy levels, impair neurologic development and
function, trigger reproductive dysfunction, and increase the risk of
cancer and other degenerative conditions. Moreover, as time elapses,
researchers are discovering detrimental health effects of toxic heavy
metals at lower and lower exposure levels, raising the issue of whether
any toxic element in the body is safe.
Walkes MP, Fox
DA, States JC, Patierno SR, McCabe MJ Jr. Metals and disorders of cell
accumulation: modulation of apoptosis and cell proliferation. Toxicol
Sci 2000;56(2):255-61.
Inorganic Carcinogenesis
Section, Laboratory of Comparative Carcinogenesis, National Cancer Institute
at National Institute of Environmental Health Science, Research Triangle
Park, NC, USA.
The review of the
"remarkably adverse effects [of toxic metals], including carcinogenicity,
neurotoxicity, and immunotoxicity", describes the processes by
which toxic exposure and burden can damage the body at the cellular
level. Toxic exposure can both activate the processes involved in apoptotic
cell death and trigger proliferative disease such as cancer by
interfering with normal apotosis. Many interfere with normal expression
and function the tumor suppressor gene, p53. Although the causes of
aberrant apoptosis induced by metals vary widely and there is likely
no unifying mechanism by which different metals produce this result,
knowledge of the mechanisms can lead to important advances in prevention
and treatment. In the course of their discussion of these processes,
the researchers delineate as well the relationships between toxic metals
and specific nutrients.
Barceloux DG.
Cobalt. J Toxicol Clin Toxicol 1999;37(2):201-6.
American Academy
of Clinical Toxicology
More Examples: Cobalt
is a relatively rare magnetic element with properties similar to iron
and nickel. The two valance states are cobaltous (II) and cobaltic (III)
and the former is the most common valance used in the chemical industry.
Cobalt occurs in nature primarily as arsenides, oxides, and sulfides.
Most of the production of cobalt involves the metallic form used in
the formation of cobalt superalloys. The term "hard metal"
refers to compounds containing tungsten carbide (80-95%) combined with
matrices formed from cobalt (5-20%) and nickel (0-5%). For the general
population, the diet is the main source of exposure to cobalt. In the
occupational settings, exposure to cobalt alone occurs primarily during
the production of cobalt powders. In other industrial exposures (e.g.,
hard metal, diamond polishing), additional agents (tungsten) modulate
the toxicity of cobalt. Cobalt is an essential element necessary for
the formation of vitamin B12 (hydroxocobalamin); however, excessive
administration of this trace element produces goiter and reduced thyroid
activity. In 1966, the syndrome "beer drinkers cardiomyopathy"
appeared in Quebec City, Canada, and was characterized by pericardial
effusion, elevated hemoglobin concentrations, and congestive heart failure.
An interstitial pulmonary fibrosis has been associated with industrial
exposure to hard metal dust (tunsten and cobalt), but not to cobalt
alone. Exposures to cobalt alone produce an allergic contact dermatitis
and occupational asthma. Treatment of cobalt toxicity is primarily
supportive.Moore D, House I, Dixon A. Thallium poisoning. Diagnosis
may be elusive but alpaca is the clue BMJ 1993;306(6891):1527-9.Poison
Unit, Guys Hospital, London.
Thallium
is a heavy metal whose salts are used in some rodent poisons and in
the manufacturing of optical lenses, semiconductors, scintillation counters,
low temperature thermometers, and switching devices, green colored fireworks,
and imitation jewelry, and as chemical catalysts. In clinical practice
thallium isotopes are used in cardiac scanning.
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