Objective We conducted a review of the history and performance of developmental
neurotoxicity (DNT) testing in support of the finalization and implementation of Organisation …

In order to evaluate the reproductive risks of low‐frequency electromagnetic fields (EMF), it
is important to include epidemiological and animal studies in the evaluation, as well as the …

Human brain development is slow and delicate, involving many unique, though interrelated,
cellular events. The fetus and child are often more susceptible to chemical toxins that alter …

The reproductive risks of electromagnetic fields (EMF) were evaluated based on an
extensive review of the scientific literature pertaining to human epidemiologic studies …

The National Toxicology Program (NTP) and the National Institute of Environmental Health
Sciences (NIEHS) established the NTP Center for the Evaluation of Risks to Human …

This report describes the results of a survey designed to evaluate the contribution of F1
neurobehavioral testing to hazard identification and characterization in safety assessment …

Two separate experiments were designed to assess the effects of ozone exposure on
outbred CD-1 mice. In the first experiment, adult males were exposed continuously to O3 at …

The protein molecule epidermal growth factor (EGF) exerts powerful effects on mouse
physical development, since repeated subcutaneous administrations of murine EGF (3.5 …

Three hundred and twenty mouse pups of both sexes of the CD-1 outbred strain received IP
muscimol and were subsequently assessed for locomotor activity (single Varimex 30-min …

The maternal transfer of hexachlorobenzene (HCB) may place the developing organism at
risk. The present study assessed the developmental neurotoxicity of HCB using a battery of …