Lead is a toxin known to harm many organs in the body, particularly the central nervous
system, across an individual's lifespan. To date, no study has yet investigated the …

The effects of long-term lead (Pb) exposure producing a blood Pb concentration of lower
than 20μg/dL, ie below that associated with overt neurological deficits in occupationally …

Background Although environmental lead exposure is associated with significant deficits in
cognition, executive functions, social behaviors, and motor abilities, the neuroanatomical …

Advanced neuroimaging techniques offer unique insights into how childhood lead exposure
impacts the brain. Volumetric magnetic resonance imaging affords anatomical information …

Childhood lead exposure is associated with decreased cognitive abilities and executive
functioning localized within the prefrontal cortex. Several studies have observed stronger …

Childhood lead exposure is associated with adverse cognitive, neurobehavioral and motor
outcomes, suggesting altered brain structure and function. The purpose of this work was to …

Lead is an environmental toxin and its effects are principally manifested in the brain. Glial
and neuronal changes have been described during development following chronic or acute …

Background Lead is known to be a health hazard to the human brain and nervous system
based on data from epidemiologic studies. However, few studies have examined the …

Lead (Pb) is considered a strong environmental toxin with human health repercussions. Due
to its widespread use and the number of people potentially exposed to different sources of …

Lead (Pb) is considered a strong environmental toxin with human health repercussions. Due
to its widespread use and the number of people potentially exposed to different sources of …