Sodium pentachlorophenol induces inflammatory damage via the ATP2B4/Ca2+/ROS signaling axis in mouse testes

Key Points

• Inflammatory damage is observed in mouse testes due to sodium pentachlorophenol exposure, suggesting significant toxicity.
• Key evidence shows that exposure increases reactive oxygen species levels and disrupts calcium signaling.
• Assessment using a calcium signaling model highlights the ATP2B4/Ca2+/ROS axis in the inflammatory process.
• Findings underscore the toxic implications of sodium pentachlorophenol, warranting further investigation into environmental effects.