[Retracted] Fungal- and Algal-Derived Synthesis of Various Nanoparticles and Their Applications

Table 2

Algae-synthesized NPs.

S. no	Name	Particle	Size (nm)	Mode	Condition	Reference
1	Sargassum wightii	Аu	8–12	Extraсellular		[67]
2	Tetraselmis suecica	Аu	∼79	—	Reduction	[68]
3	Chlorococcum humicola	Ag	4–16	Extracellular/intracellular		[69]
4	Sargassum myriocystum	Au	∼15	—	—	[70]
5	Tetraselmis kochinensis	Au	5–35	Intracellular	Reduction	[71]
6	Stoechospermum marginatum	Au	18.7–93.7	—	Reduction	[72]
7	Rhizoclonium fontinale	Au	∼16	Intracellular		[73]
8	Lobophora variegata	Ag	20–60	—	Reduction	[74]
9	Prasiola crispa	Au	5–25	—	Reduction	[75]
10	Sargassum swartzii	Аu	∼35	—	Reduction	[76]
11	Caulerpa racemosa	Аg	5–25	—	Reduction	[77]
12	Padina pavonica	Au	30–100	Extracellular	Reduction	[78]
13	Ecklonia cava	Ag	∼43	—	Reduction	[79]
14	Gracilaria parvispora	Ag	12–30	Extracellular		[80]
15	Chlorella vulgaris	Рd	5–20	—	Reduction	[81]
16	Padina gymnospora	Pd	5–50	—	Reduction	[82]
17	Sargassum wightii	ZrO2 (zirconia)	∼4.8	—	—	[83]
18	Sargassum muticum	Ag	21.95 ± 0.96	—	—	[84]
19	Amphiroa fragilissima	Ag	104.6	Extracellular	—	[85]
20	Botryococcus braunii	Ag	40–100	—	Reduction	[86]
21	Gelidium corneum	Ag	20–50	—	Reduction	[87]
22	Chlorella sorokiniana	Au	—	Extracellular/Intracellular	Reduction	[88]
23	Laminaria ochroleuca	Ag	10–20	—	Reduction	[89]
24	Sargassum coreanum	Ag	∼19	—	—	[90]
25	Sargassum longifolium	CuO	40–60	—	Reduction	[91]