'Microplastics are more chemically volatile than previously thought, a new study found. That could explain how they contribute to inflammation and disease.'
insideclimatenews.org/news/3110202...
'Microplastics are more chemically volatile than previously thought, a new study found. That could explain how they contribute to inflammation and disease.'
insideclimatenews.org/news/3110202...
Probably just gonna rest for the evening.
Probably just gonna rest for the evening.
#WomenInSTEM #NeuroSky #BioSky 🧠
#WomenInSTEM #NeuroSky #BioSky 🧠
So grateful to finally get good news 😭❤️
So grateful to finally get good news 😭❤️
“looked at several kinds of microplastics in a lab and found that when they came into contact with water, it essentially acted as a catalyst to create free radicals. Those are unstable molecules which in the human body are linked to inflammation and disease”
“looked at several kinds of microplastics in a lab and found that when they came into contact with water, it essentially acted as a catalyst to create free radicals. Those are unstable molecules which in the human body are linked to inflammation and disease”
->SciTechDaily | More on "L-carnitine inflammation and immune response" at BigEarthData.ai