Iron Oxides Trap Nanoplastics Through Distinct Interfacial and Pore Mechanisms
Structural differences among iron oxide minerals drive sharp variations in how nanoplastics are bound and transported in freshwater sediments.
Structural differences among iron oxide minerals drive sharp variations in how nanoplastics are bound and transported in freshwater sediments.
Researchers have identified distinct beta oscillatory dynamics in the subthalamic nucleus and globus pallidus internus during pharmacological and electrical treatment ...
Pediatric inflammatory bowel disease and functional gastrointestinal disorders exhibit significantly different gut microbial and bile acid profiles that may serve ...
A nationwide study of 13,543 autistic youth identified four distinct clinical subgroups, revealing that females with co-occurring psychiatric conditions experience ...
A study of two multigenerational families with inherited dilated cardiomyopathy found that closely positioned TTN truncating variants were associated with ...
A secondary analysis reveals that critically ill patients with myopathy exhibit blunted diurnal temperature amplitude suppression that correlates with myofiber ...
Single-cell and spatial transcriptomics of mouse skin tumors reveal that myeloid-derived oncostatin M and TGFβ1 establish distinct stromal niches that ...
A narrative review shows that type 1 and type 2 diabetes distinctly blunt female cardioprotection against coronary artery disease through ...
A study in mice reveals that distinct CaMKII- and VGAT-positive neuronal subpopulations in the anterior pretectal nucleus contribute to nitroglycerin-induced ...
Researchers have demonstrated that secondary DNA aptamers can recognize ligand-induced conformational states in primary aptamers, establishing an alternative mode of ...
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© 2025 Scienmag - Science Magazine