The sustainable and eco-friendly characteristics of nanoparticle phytosynthesis have attracted significant interest. Specifically, the eco-friendly production of bismuth nanoparticles utilizing plant extracts demonstrates promise in medical and agricultural applications. This research examines the cancer-fighting cytotoxic effects of bismuth nanoparticles created through green synthesis with Peregrina integerrima L. extract, as well as their antifungal capabilities. It is believed that merging the biological properties of the bismuth nanoparticles with the plant extract will improve anticancer effectiveness. This study describes the creation of bismuth nanoparticles using Peregrina Integerrima extract and assesses their biological properties, highlighting their anticancer and antifungal effects. The nanoparticles were analyzed through methods including FT-IR, XRD, SEM, and EDX/EDS.
Sadeghi,B. (2025). Green Synthesis of Bismuth nanoparticles via Peregrina integerrima extract and their activities against cancer and fungi. Nanomeghyas, 12(3), 252-266. doi: 10.22034/ns.2025.2067776.1402
MLA
Sadeghi,B. . "Green Synthesis of Bismuth nanoparticles via Peregrina integerrima extract and their activities against cancer and fungi", Nanomeghyas, 12, 3, 2025, 252-266. doi: 10.22034/ns.2025.2067776.1402
HARVARD
Sadeghi B. (2025). 'Green Synthesis of Bismuth nanoparticles via Peregrina integerrima extract and their activities against cancer and fungi', Nanomeghyas, 12(3), pp. 252-266. doi: 10.22034/ns.2025.2067776.1402
CHICAGO
B. Sadeghi, "Green Synthesis of Bismuth nanoparticles via Peregrina integerrima extract and their activities against cancer and fungi," Nanomeghyas, 12 3 (2025): 252-266, doi: 10.22034/ns.2025.2067776.1402
VANCOUVER
Sadeghi B. Green Synthesis of Bismuth nanoparticles via Peregrina integerrima extract and their activities against cancer and fungi. Nanomeghyas, 2025; 12(3): 252-266. doi: 10.22034/ns.2025.2067776.1402
