Lead

 

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This material is for educational purposes only
The preceding statements have not been evaluated by the
Food and Drug Administration
This information is not intended to diagnose, treat, cure or prevent any disease.

Copyright © 2005 - The Eck Institute of Applied Nutrition and Bioenergetics, Ltd.

Sources Of Lead Toxicity

ceramic glazes lead water pipes
cigarette smoke leaded gasoline
colored ink manufacture of batteries
food cans soldered with lead mine smelting industries
Grecian Formula and Youth Hair pesticide residues
hair dyes water contaminated with lead from industrial
lead-based paint waste

    Children can also be born with elevated lead, passed through the placenta from their mothers.
    Diets deficient in calcium, magnesium, or iron increase lead absorption.

Detection Of Lead Toxicity

Blood lead testing is not accurate in detecting chronic lead toxicity. Within 30 days of exposure, most lead is removed from the blood and stored in body tissues.

Blood challenge tests can detect a certain amount of lead poisoning.

Hair testing has been shown by the Environmental Protection Agency to be a good method of testing for lead poisoning.

Several hair tests may be necessary before elevated lead levels are revealed.

How Lead Affects The Body
Blood -

inhibits enzymes associated with hemoglobin synthesis, and increases the rate of destruction of red blood cells. End result is fatigue.

Bones - lead is incorporated into bone in preference to calcium.
Brain -

can inhibit copper-dependent enzymes needed for neurotransmitters (dopamine, epinephrine, norepinephrine). End result is hyperactivity.

Energy -

inhibits copper and iron-dependent enzymes in the Krebs cycle required for energy production. End result is fatigue.

Kidneys - lead can raise uric acid levels and impair kidney function. End result is gout.
Minerals -

lead displaces and can cause deficiency or bio-unavailability of calcium, zinc, manganese, copper, and iron.

Thyroid Gland -

lead interferes with iodine uptake by the thyroid, and can inactivate thyroxin, the thyroid hormone.

Possible Conditions Associated With Lead Toxicity

Musculo-Skeletal System Reproductive System
  arthritis, osteo   abortions, spontaneous
  arthritis, rheumatoid   impotency
  back pain, low   infertility
  gout   libido, diminished
  rickets   menstrual difficulties
      sterility
Nervous System   stillbirths
  brain function, abnormal      
  blindness Glandular System  
  convulsions   adrenal insufficiency
  deafness   hypopituitarism
  dyslexia   hypothyroidism
  encephalitis    
  encephalopathy Excretory System
  epilepsy   nephritis
  fatigue   renal dysfunction
  insomnia    
  multiple sclerosis Dental
  muscular dystrophy   pyorrhea
  Parkinson's disease   tooth decay
  vertigo    
    Vascular System
Cardiovascular System   anemia
  arteriosclerosis    
  atherosclerosis Psychological
  cardiovascular dysfunction   anxiety
      concentration, poor
Digestive System   depression, mental
  abdominal pain   hallucinations
  colic   hyperkinesis
  constipation   memory impairment
  indigestion   mental retardation
  liver dysfunction   mood swings
  weight loss   nightmares
      psychotic behavior
      schizophrenia

 

Mineral Information