Green synthesis of silver nanoparticles from various plant extracts and its applications: A mini review

Abstract

Developing environmentally acceptable and reliable nanoparticle production technologies is a crucial step in nanotechnology. Because of their unique chemical, physical and biological properties, AgNPs have the potential to be used in various ways. As potential agents, biomolecules got from a variety of plant components were used to make it. Despite many academic efforts in the previous decade, synthesizing stability with greater applicability remains a serious challenge. This review reviewed the most recent advancements and breakthroughs in the manufacture of biogenic AgNPs, as well as their potential uses.

Advancement in Biopolymer Assisted Cancer Theranostics

“…76 This technique avoided unwarranted hydrolyzed byproduct formation that could dampen the therapeutic efficacy of the polymorphic nanotherapeutics. 56,77,78 Recent biopolymer approaches in DDSs are being introduced wherein the nanocarriers cause a half burst release before accumulating at the tumor site, thereby causing toxicity due to the circulation of materials. 79 Therefore, researchers have shifted focus to stimuli-responsive carriers.…”

“…Biopolymers are naturally occurring substances possessing nontoxicity, biocompatibility, and biodegradability properties. To date, only polymers have been researched for NC formulation development. − Polymers can either be synthetic or natural, wherein natural polymers such as chitosan, silk, alginate, albumin, starch, carbohydrate, proteins, and lipid materials may be incorporated for encapsulation without the requirement for chemical modification of the drug. , Several formulations and techniques of the biopolymeric NPs resulted in efficient nanotransporting properties, which exhibited excellent antitumor effects in the past few decades. From Table , we can obtain insight into the techniques that depict the effect on particle size for biomedical applications, shown in Figure . ,− …”

“…A reliable synthesis of pure phospholipid peptide bioconjugates (peptide amphiphiles) was developed . This technique avoided unwarranted hydrolyzed byproduct formation that could dampen the therapeutic efficacy of the polymorphic nanotherapeutics. ,, …”

“… 76 This technique avoided unwarranted hydrolyzed byproduct formation that could dampen the therapeutic efficacy of the polymorphic nanotherapeutics. 56 , 77 , 78 …”