Polystyrene nanoplastics disrupt ovarian development via cytoskeletal remodeling and epigenetic reprogramming particularly in granulosa cells

Key Points

• Disrupted ovarian development in granulosa cells serves as a key finding with potential reproductive health concerns.
• 24% of granulosa cells exhibited altered cytoskeletal architecture, indicating the impact of nanoplastics.
• Analysis of cellular mechanisms revealed significant epigenetic reprogramming associated with nanoplastic exposure.
• Understanding the ramifications of nanoplastics on ovarian development highlights environmental health risks.