Sean Pelkowski

TL;DR: Results indicate that the seven-day-old zebrafish larvae respond specifically to movement, rather than color, size, or local changes in light intensity, which may be used to screen for genetic and environmental factors that cause developmental brain disorders and for novel drugs that could prevent or treat these disorders.

TL;DR: It is proposed that sub-chronic chlorpyrifos exposure interferes with the development of anxiety-related behaviors in zebrafish larvae, and provides a good starting point for examination of the molecular, cellular, developmental, and neural mechanisms that are affected by environmentally relevant concentrations of organophosphate pesticides.

TL;DR: Findings demonstrate sex-dependent and non-monotonic effects of developmental MeHg exposure that can be unmasked or enhanced by PS, particularly for behavioral outcomes in females, but for both sexes in neurochemical changes, that were observed at MeHG exposure concentrations that did not influence either reproductive outcomes or maternal behavior.

TL;DR: A perspective on insurance underwriting in individuals with unruptured intracranial aneurysms is provided and points for clinicians to consider when counseling patients seeking screening are offered.