How Does Lead Get Into Bones at Kenneth Sykora blog

How Does Lead Get Into Bones. Lead is stored in the teeth and bones, where it accumulates over time. Moreover, lead is known to delay fracture. Children absorb a higher percentage of ingested lead than adults. The stored lead may be released. Higher bone resorption (typically associated with older age or physiological states like pregnancy, osteoporosis or menopause). Lead in bone is not a physiological sink, but can be mobilized back into the circulation in response to normal or pathological changes in mineral. Once in the bloodstream, lead is primarily distributed. Once absorbed into the body, lead may be stored for long periods in mineralizing tissue (e.g., teeth and bones). Lead stored in bone may be released into the blood during pregnancy and expose the fetus.

Discovery of blood vessel system in bones
from medicalxpress.com

Once absorbed into the body, lead may be stored for long periods in mineralizing tissue (e.g., teeth and bones). Children absorb a higher percentage of ingested lead than adults. Moreover, lead is known to delay fracture. Higher bone resorption (typically associated with older age or physiological states like pregnancy, osteoporosis or menopause). Lead stored in bone may be released into the blood during pregnancy and expose the fetus. Once in the bloodstream, lead is primarily distributed. Lead is stored in the teeth and bones, where it accumulates over time. The stored lead may be released. Lead in bone is not a physiological sink, but can be mobilized back into the circulation in response to normal or pathological changes in mineral.

Discovery of blood vessel system in bones

How Does Lead Get Into Bones Lead in bone is not a physiological sink, but can be mobilized back into the circulation in response to normal or pathological changes in mineral. The stored lead may be released. Once in the bloodstream, lead is primarily distributed. Once absorbed into the body, lead may be stored for long periods in mineralizing tissue (e.g., teeth and bones). Lead in bone is not a physiological sink, but can be mobilized back into the circulation in response to normal or pathological changes in mineral. Children absorb a higher percentage of ingested lead than adults. Lead is stored in the teeth and bones, where it accumulates over time. Higher bone resorption (typically associated with older age or physiological states like pregnancy, osteoporosis or menopause). Moreover, lead is known to delay fracture. Lead stored in bone may be released into the blood during pregnancy and expose the fetus.

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