highly significantp < 0.01
The dMSNs-GER-DOPA = CIN and dMSNs-GER-DOPA = βETA groups showed values of 2.0 mg/g and 2.3 mg/g, respectively—both significantly different from the infected control, with the CIN-functionalized formulation showing a highly significant normalization (p < 0.01).These findings show the capacity of the designed nanocarriers to preserve photosynthetic homeostasis in infected seedlings, likely by controlling pathogen proliferation and maintaining physiological integrity.