Microplastics Turn Chemically Reactive in Water, Raising New Health Concerns
A new Nature study shows that microplastic surfaces become chemically reactive in water, generating tissue-damaging radicals that may explain links ...
A new Nature study shows that microplastic surfaces become chemically reactive in water, generating tissue-damaging radicals that may explain links ...
A new review argues that nanoplastics are an increasingly recognised contaminant in wildlife, but analytical limitations and non-specific biomarkers mean ...
A new comparative review shows that sewage sludge spread on farmland transfers microplastics, PFAS, and pharmaceutical residues to soil through ...
A new Pediatric Research commentary by Richard J. Jackson argues that fifty years of progress in children's environmental health, from ...
A new study in npj Science of Food finds that plastic tea bags release up to 2,498 microplastic particles per ...
A new review shows that urban stormwater networks act as dynamic reactive transport systems that can carry microplastic loads up ...
A Nature Communications study shows that non-sewered sanitation systems retain most microplastics but transform the particles they process into smaller, ...
Researchers have created a ZIF-8 metal–organic framework hydrogel that removes up to 98 percent of PET and PE microplastics from ...
A University of the South Pacific study has confirmed that drainage channels around industrial sites on Fiji's Viti Levu carry ...
A new systematic review in Environmental Management maps the global landscape of microplastic biomonitoring, offering a decision framework for selecting ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine