Nanocomposites Modulate Lead Uptake in Basil Plants
Silicon–salicylic acid nanocomposites mitigate lead-induced biochemical disturbances in basil and reduce soil lead availability.
Silicon–salicylic acid nanocomposites mitigate lead-induced biochemical disturbances in basil and reduce soil lead availability.
Researchers have demonstrated that precise control over the shape of core-shell nanocrystals significantly enhances their ability to oxidize formic acid, ...
A new theoretical paper uses Fanon and Foucault to argue that South Africa's democratic transition integrated the colonised into a ...
A retrospective single-center study found that clofarabine combined with intermediate-dose cytarabine demonstrated minimal clinical activity and high early mortality in ...
A graphene–supramolecular polymer composite with a segregated conductive network self-heals in about 40 seconds via Joule heating and senses damage ...
Preharvest application of two percent calcium chloride reduces decay, suppresses cell wall degradation, and preserves papaya fruit quality during cold ...
A scoping review reveals third-generation mpox vaccines are recommended for pregnant women and children despite an absence of direct effectiveness ...
A retrospective hospital study in southeastern Gabon found that diarrhea accounted for 21.7 percent of hospitalizations among children under five, ...
A multi-site biobehavioural survey across twelve Ugandan urban centers found that nearly a quarter of female sex workers living with ...
A cross-sectional study of 580 women in Uttarakhand reveals high life satisfaction coexisting with limited economic autonomy and political participation, ...
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© 2025 Scienmag - Science Magazine