Recent research has shed light on the movement of microplastics through mouse brains, revealing their potential to block blood vessels in a manner similar to blood clots. This blockage can disrupt brain function and impair motor skills. The study, which employed real-time imaging techniques, is significant as it connects microplastics to neurotoxicity, offering insights into how these particles may reduce blood flow and pose health risks. Microplastics, widely found in human bodies and linked to severe diseases, raise concerns about their safety and impact on brain health.
Microplastics can move through mice brains and block blood vessels, mimicking blood clots that disrupt brain function and potentially cause severe health issues.
For the first time, researchers used real-time imaging to track plastic movement through brain blood vessels, revealing how microplastics can cause neurotoxicity.
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