Synthesis core-shell nanoparticles (Cu: Se) by plasma jet scheme for parasitic leishmaniasis treatment

Cu:Se core shell nanomaterials were created using atmospheric cold plasma in order to treat parasite leishmaniasis. In this investigation, leishmania parasite treatment was examined experimentally (L. tropica). Specifically, a 1mm diameter high-voltage electrode was used to produce atmospheric pressure non-thermal plasma. Cu:Se NPs were made using copper and selenium salts in aqueous solution as a precursor. The nanoparticles were examined using X-ray diffraction ,UV spectroscopy and FESEM, respectively. The ideal concentration (3:7) yields grains with a diameter of 17 nm . Morphology of the Cu:Se NPs were carried out using FESEM. Observations show that the NPs synthesized were spherical(Cluster) in shape. with diameters of was 15-50 nm. Thus, utilizing the aforementioned diameter, nanoparticles for the treatment of parasitic leishmaniasis were created. After 48 hours of exposure, the percentage of L. tropica parasites for the parasites at a molar concentration of 3:7, 30 min of Cu salt exposure, and 10 min of Se salt exposure, was equal to 78.8%. The core-shell nanoparticles are a viable method for treating the parasite leishmaniasis that threatens people all over the world, according to the results.