Currently, ethylmercury (EtHg) and adjuvant-Al are the dominating interventional exposures
encountered by fetuses, newborns, and infants due to immunization with Thimerosal …

Aluminum and mercury are environmentally ubiquitous. Individually they are both neurotoxic
elements with shared neuro-pathogenic pathways: oxidative stress, altered …

This review explores the different aspects of constitutional factors in early life that modulate
toxicokinetics and toxicodynamics of low-dose mercury resulting from acute ethylmercury …

Pediatric immunization is essential to prevent, control and eradicate childrens infectious
diseases. Newborns and infants in less developed countries have a concentrated schedule …

Methylmercury is now recognized as an important developmental neurotoxicant, though this
insight developed slowly over many decades. Developmental neurotoxicity was first …

The causes of neurodevelopmental disorders are mostly unknown. Exposure to certain
chemicals during early foetal development can cause permanent brain injury at doses much …

Although the molecular mechanisms underlying methylmercury toxicity are not entirely
understood, the observed neurotoxicity in early-life is attributed to the covalent binding of …

In developing countries, Thimerosal-containing vaccines (TCV) are the main causes of
organic Hg exposure for newborns, neonates, and infants immunized with TCV. This article …

There is an increasing body of evidence on the possible environmental influence on
neurodevelopmental and neurodegenerative disorders. Both experimental and …

Background Despite the common use of Thimerosal as a preservative in childhood vaccines
since the 1930s, there are not many studies on ethylmercury toxicokinetics and …