Table 2.

Representative examples of bark, stem, and latex used for synthesis of silver nanoparticles

Name of the plant	Part of the plant	Nanoparticle size (nm) and shape	References
Afzelia quanzensis (Lucky bean tree)	Bark	10–80, spherical	[167]
Butea monosperma (Palash teak)	Bark	18–50, spherical	[168]
Cochlospermum gossypium (gum Plant)	Stem	3–56, spherical	[169]
Euphorbia milii (Kireeda kalli)	Latex	10–50, spherical	[170]
Euphorbia tirucalli	Latex	20–30, spherical, cubical	[171]
Ficus benghalensis (Banyan tree)	Bark	68–74, spherical	[172]
Garlic clove	Stem	4–22, spherical	[173]
Gum Arabic	Latex	10–50, spherical	[174]
Gum ghatti (Anogeissus latifolia)	Stem	11–52, spherical	[175]
Hevea brasiliensis	Latex	2–100, spherical	[176]
Jatropha curcas (Barbodos nut)	Latex	10–20, irregularly spherical	[177]
Picrasama. quassinoids	Bark	17.5–66.5, spherical	[178]
Pinus eldarica (Pine tree)	Bark	10–40, spherical	[179]
Piper nigrum	Stem	9–30, spherical	[134]
Prosopis juliflora (Mexican tree)	Bark	10–50, spherical	[180]
Salacia chinensis (Pon Korandi)	Bark	100–200, spherical	[181]
Salvadora persica	Bark	2–100, spherical	[182]
Seidlitzia rosmarinus (Desert plant)	Stem	16, spherical	[183]
Terminalia cuneata (Kadukkai)	Bark	25–50, spherical	[184]
Thevetia peruviana (Persian nut)	Latex	10–30, spherical	[185]