Review Article
Bioinspired Advances in Nanomaterials for Sustainable Agriculture
Table 1
Examples of plant-based nanoparticles, morphology, and applications.
| Prepared nanometal | Extracted from plant | Size | Shape | Application | Ref |
| Silver | Alstonia macrophylla | 70 nm | Spherical | Reduction of 4-nitrophenol and p-nitroaniline | [22] | Silver | Guiera senegalensis | 50 nm | Spherical | | [23] | Gold | Artemisia dracunculus | 91 nm | Hexagonal and triangular | Reduce 4-nitrophenol | [24] | Palladium | Chitosan-tannin | 6.01 nm | Spherical | Degradation of Congo red | [25] | Iron | Lagerstroemia speciosa | 50–100 nm | Spherical | Degradation of methylene blue | [26] | Copper | Plantago asiatica | 7–35 nm | Spherical | Cyanation of aldehydes | [27] | Ag/Au | Silybum marianum | 40 nm | Spherical | Reduction of 4-nitrophenol | [28] | Ag/Fe | Palm date fruit extract | 5–40 nm | Disks | Degradation of bromothymol blue | [29] |
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