Lignin-based nanoparticles reshape plant growth by tuning the delivery of indole-3-acetic acid. Their effects depend on the dose and application route, balancing enhanced performance with potential phytotoxicity at higher concentrations.
Rodrigo Faleiro, M. A. Tessmer, Anderson Do Espírito Santo Pereira et al.· Environmental Science: Nano· 0 citations
The application of nanomaterials in agriculture has emerged as a promising strategy to improve crop productivity, optimize agrochemical delivery, and support sustainable crop management. However, the development of agricultural nanoformulations remains largely empirical, particularly for biodegradable organic nanomat...
A. L. Quintela, A. C. Preisler, Miriã Brandão Pereira et al.· ACS Applied Nano Materials· 0 citations
Lignosulfonates (LS) have long set the standard of dispersants for construction, agrochemical, oilfield, and animal feed industries, due to their amphiphilic structure─aromatic domains linked with sulfonated functionalities, which result in efficient and cost-effective colloidal stabilization. Nevertheless, LS produc...
Jéssica S. Rodrigues, Amanda de S. M. de Freitas, Kumar Debasis Dutta et al.· ACS Polymers Au· 0 citations
Overall, the controlled incorporation of LNCuNPs into NR resulted mechanically reinforced, cytocompatibility membranes with antimicrobial activity, and promising potential for sustainable wound dressings for tissue repair.
A. S. de Freitas, Jéssica S. Rodrigues, B. V. Quevedo et al.· International Journal of Bio...· 0 citations
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