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Exposure to lead may also decrease lifespan and have health effects in the long term. [5] Death rates from a variety of causes have been found to be higher in people with elevated blood lead levels; these include cancer, stroke, and heart disease, and general death rates from all causes. [25]
Dr. Sara Scherger, a pediatrician at the Mayo Clinic Health System in Austin, Minn., says that long-term effects of high levels of lead can include kidney damage and nervous system damage, as well ...
According to the U.S. Centers for Disease Control and Prevention (CDC), lead poisoning has long-lasting and often fatal effects, and there is no safe level of lead exposure in water that people can consume. Lead is dangerous given that it can harm almost all of the body's organs, even at doses as low as just five parts per billion.
The toxic effects of arsenic, mercury and lead were known to the ancients but methodical studies of the overall toxicity of heavy metals appear to date from only 1868. In that year, Wanklyn and Chapman speculated on the adverse effects of the heavy metals "arsenic, lead, copper, zinc, iron and manganese" in drinking water. They noted an ...
Lead poisoning continues to impact children. While nearly twice as many children in Erie County were diagnosed with elevated lead levels in 2022 than in the previous year, in October of 2021 the ...
Lead exposure in early childhood is known to cause severe cognitive impairment into adolescence, but new research suggests that these effects may be reversible. The study, published in Scientific ...
Lead poisoning, in contrast to arsenic poisoning, is inflicted by industry. Most lead on the planet is immobilized as minerals, which are relatively harmless. Two major sources of lead poisoning are leaded gasoline and lead leached from plumbing (from Latin, plumbus for lead). Use of leaded gasoline has declined precipitously since the 1970s.
The amount of lead found in the blood sample may be measured in micrograms of lead per deciliter of blood (μg/dL) especially in the United States; 5 μg/dL is equivalent to 0.24 μmol/L . [6] BLL cannot measure long-term lead exposure.