Cu(OH)2 nanopesticide induced adolescent social behavior deficits via long noncoding RNA-mediated synaptic network dysfunction

Key Points

• Social behavior deficits occur following cu(oh)2 nanopesticide exposure, suggesting a significant environmental concern.
• Long noncoding RNA mediation plays a critical role in synaptic network dysfunction, impacting behavior.
• Assessment using lab models suggests a strong linkage between nanopesticide exposure and adolescent behavioral changes.
• Further exploration is needed to fully understand the long-term implications of these findings, especially in real-world settings.