A new study used C. elegans to study the long-term effects of amphetamine exposure during embryogenesis, finding significant alterations in dopamine-related genes and proteins. These changes lead to increased sensitivity to amphetamines in adulthood, highlighting potential risks for humans. The study emphasizes the need for careful consideration of amphetamine use during pregnancy due to its lasting impact on brain function.
A new study used C. elegans to study the long-term effects of amphetamine exposure during embryogenesis, finding significant alterations in dopamine-related genes and proteins. These changes lead to increased sensitivity to amphetamines in adulthood, highlighting potential risks for humans. The study emphasizes the need for careful consideration of amphetamine use during pregnancy due to its lasting impact on brain function.
Share this Article
Recommended