Table 3.
Fungi | NPs | Shape and location | size (nm) | Applications in agriculture | Refd. |
---|---|---|---|---|---|
Fusarium oxysporum | CdS |
Spherical Extracellular |
5–20 | Antibacterial activity | [131] |
Fusarium solani | Ag | Spherical, extracellular | 5–35 | Textile fabrics, antifungal | [201] |
Fusarium culmorum | Ag, Au, Pb, Cu | Spherical, extracellular | 5–10 | – | [202] |
Aspergillus oryzae var. viridis | Au | Various shapes Mycelial surface | 10–60 | – | [128] |
Aspergillus niger | Au | Nanowalls, spiral plates, polydispersed or spherical, | 12.8–20 | Toxic to mosquito larvae | [203] |
Ag | Spherical, extracellular | 3–30 | Antibacterial and antifungal activity | [204] | |
Aspergillus flavus | Ag | Spherical, On cell wall surface | 8.92–17 | – | [136] |
Aspergillus clavitus | Au |
Triangular, spherical and hexagonal Extracellular |
24.4 ± 11 | – | [205] |
Ag | Extracellular | 100–200 | Antimicrobial activity | [206] | |
Aspergillus terreus | Ag | Spherical, extracellular | 1–20 | – | [207] |
Alternaria alternata | Ag, Cd | Spherical, extracellular | 20–60 | Enhancement in antifungal activity of fluconazole against Phoma glomerata and water quality monitoring, antifungal combined with Fluconazol | [208] |
Au |
Spherical, triangular, hexagonal Extracellular |
12 ± 5 | – | [209] | |
Rhizopus stolonifer | Au |
Irregular Extracellular |
1–5 | – | [210] |
Ag | Quasi-spherical | 25–30 | – | [210] | |
Rhizopus oryzae | Au |
Nanocrystalline Cell surface |
10 | Nanopesticides | [211] |
Phyllanthus amarus | Ag | Spherical, extracellular | 30 | – | [212] |
Pleurotus sajor-caju | Au, Ag | Spherical, extracellular | 20–40 | – | [213] |
Penicillium fellutanum | Ag | Mostly spherical, Extracellular | 5–25 | – | [214] |
Penicillium strain J3 | Ag | Mostly spherical | 10–100 | – | [215] |
Penicillium brevicompactum WA2315 | Ag | Spherical, extracellular | 58.35 ± 17.88 | – | [216] |
Penicillium brevicompactum | Au |
Spherical, triangular and hexagonal Extracellular |
10–60 | – | [217] |
P. nagiovense AJ12 | Ag |
Spherical Cell-free filtrate |
25 ± 2.8 | – | [218] |
P. rugulosum | Au | Spherical, triangular, hexagonal | 20–80 | – | [219] |
Penicillium sp. 1–208 | Au |
Spherical Cell filtrate |
30–50 | – | [220] |
Trichoderma viride | Ag | Mostly spherical | 2–4 | Biosensor and bio imaging | [238] |
Spherical, rod-like | 5–40 |
Antibacterial activity Vegetable and fruit preservation |
[239] | ||
Trichoderma asperellum | Ag |
Nanocrystalline or spherical Extracellular |
13–18 | – | [221] |
Trichoderma reesei | Ag | Extracellular | 5–50 | – | [222] |
Trichoderma Koningii | Au |
Spheres Cell-free filtrate |
10–40 | – | [223] |
Trichoderma harzianum | Cu, Ag | Spherical. Extracellular | 20–35 | Antifungal, Antiparasitic combined with Triclabendazol, Insecticide | [208] |
Volvariella volvaceae | Au–Ag |
Triangular, spherical, hexagonal Extracellular |
20–150 | – | [224] |
Cladosporium cladosporioides | Ag |
Mostly spherical or hexagonal Extracellular |
10–100 | – | [225] |
Cylindrocladium floridanum | Au |
Spherical Extracellular |
19.5 | – | [226] |
Cochliobolus lunatus | Ag | Spherical. Extracellular | 5–10 | – | [227] |
Coriolus versicolor | Ag |
Spherical Intra- and extracellular |
25–75, 444–491 | – | [228] |
Au |
Spherical and ellipsoidal Intra- and extracellular |
20–100, 100–300 | – | [240] | |
Verticillium sp. | Au | Spherical. Cell wall, cytoplasmic membrane and intracellular | 20 | – | [229] |