Biosynthesis of Ag nanospheres using waste phoenix dactylifera argonne: a prospective anticancer and antibacterial

Synthesis, Characterization, and Bacterial Activity of Co(II), Ni(II), and Pd(II) Complexes with Ligands of Thymine, Uracil Thiuram Disulfur, and Cyclic Amines

“…Such increased activity of the metal complexes can also be explained on the basis of chelation theory. [ 26–30 ] According to this, the chelation reduces the polarity of the metal ion mainly because of the partial sharing of its positive charge with donor group and possible‐electron delocalization over the whole ring. This increases the lipophilic character of the metal chelate system, which favors its permeation through lipid layer of the cell membranes (see Figure ).…”

Nano drug (AgNPs capped with hydroxychloroquine): Synthesis, characterization, anti-covid-19 and healing the wound infected with S. aureus

“…This nanoparticle was prepared depending on our previous typical method [ 7 , [17] , [18] , [19] ]. One milliliter of freshly-prepared phoenix dactylifera extract, was added to the solution of 355 ppm of Ag +1 under vigorous stirring.…”

“…Unfortunately, this type of pharmacological fight did not succeed in a way to overcome this virus, so it became necessary to think outside the box, to find a drug that would kill the virus or alter its protein structure. Our thinking here is based on the use of silver nanoparticles, which are less than a hundred nanometers in diameter, and which take different nano shapes as it was proved by our previous works [ [7] , [8] , [9] ]. Because of silver nanoparticles has the benefit of inhibiting the respiratory enzyme [ 10 ], it is commonly used as an effective and safe antibacterial.…”

Green synthesis and characterization of CdO nanoparticles from Crocus sativus: A promising material for hydrogen gas storage

“…Green synthesis, a simpler alternative to traditional methods, aims to reduce harsh processing conditions. This approach involves the use of bacteria, fungi, and human cells as viable systems for green synthesis 1‐6 . Metal oxides are highly significant nanomaterials with versatile applications in various fields such as environment, health, and industry.…”