A Novel Responsive Sensor for Penicillium italicum Fruit Fungus Based on Mesoporous CaMn4O8-G-SiO2 Nanocomposite

In this study, we present the development of a novel CaMn4O8–G–SiO2 (CaMnGS) sensor to detect presence Penicillium italicum mold. CaMnGS as ternary type nanocomposite was synthesized using self-assembly technique. sample demonstrated outstanding stability, high selectivity, and notable characteristics for fungus detection. For sensing, displayed large linear range (50–100) μL, low detection limit 0.50 μL. Significantly, capable swiftly detecting in wastewater. The has been proven improve selectivity had tremendous potential fungal sensing. mesoporous may also or absence italicum. This method might be used identify is first attempt discuss fabrication an electrochemical employing nanoparticle composite platform selective sensing