Dear Neeran Jasim,

In recent past, our team have used so many plants spp. with different plant parts (Root, Bark, Leaf, Seeds, Flowers etc.). But our in depth investigation proves that Leaf is the best source which can simultaneously used as reducing as well as capping agent for tailoring Nanoparticles. The most possible reason is because leaf part of the plant contains higher concentration of active bio-elemnts than other part.

Example ( Oleuropein which is an active bio-molecule is present in leaf at higher con. than fruit or any other part of Olive plant).

For more plz explore the following,

Article Green-synthesised cerium oxide nanostructures (CeO2-NS) show...

-ALL the best-

Article Biosynthesis of metallic nanoparticles using plant derivativ...

thanks dear dr.Aamal

thanks dear dr.Monyer

Please look at pending files:

thanks dear dr.Ali ..

he synthesis of nanoparticles silica oxide from rice husk, sugar cane bagasse and coffee husk, by employing overoptimistic with annelids (Eisenia fetid) is reported. The product (humus) is calcined and extracted to recover the crystalline nanoparticles.

thanks dear dr . Ghassan

Dear Neeran Jasim,

In recent past, our team have used so many plants spp. with different plant parts (Root, Bark, Leaf, Seeds, Flowers etc.). But our in depth investigation proves that Leaf is the best source which can simultaneously used as reducing as well as capping agent for tailoring Nanoparticles. The most possible reason is because leaf part of the plant contains higher concentration of active bio-elemnts than other part.

Example ( Oleuropein which is an active bio-molecule is present in leaf at higher con. than fruit or any other part of Olive plant).

For more plz explore the following,

Article Green-synthesised cerium oxide nanostructures (CeO2-NS) show...

-ALL the best-