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This study investigated the effects of graphitic carbon nitride nanoparticles as elicitors on callus cultures of Lallemantia royleana, a medicinal plant. Researchers found that nano-elicitation significantly enhanced the production of secondary metabolites and bioactive compounds in the plant tissue cultures, modulating both biochemical pathways and phytochemical composition. The nanoparticle treatment altered metabolic profiles in a dose-dependent manner, affecting the accumulation of valuable pharmaceutical compounds.
Why it matters
This research demonstrates a novel approach to enhance the production of medicinal compounds in plant cell cultures using nanotechnology, which could improve the efficiency and sustainability of pharmaceutical ingredient production. The technique may reduce reliance on whole plant cultivation and enable controlled, scalable production of therapeutic compounds from medicinal plants.
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