Biopolymers are particularly promising materials for very sensitive and selective gas and vapour sensors because of their availability, biocompatibility, and special characteristics. Green nanotechnology has consistently benefited from the usage of Biopolymers.
They have improved biocatalyst manufacturing. By serving as both stabilising and reducing agents in aqueous conditions, the majority of these Biopolymers are used in the environmentally friendly synthesis of a number of noble metal NPs. Because of their distinctive properties, Biopolymers—polymeric compounds produced by living organisms—have attracted considerable study attention.
Biopolymers are molecules that resemble chains and are created from renewable resources that may decay in the environment. They are composed of repeating chemical building components. Biopolymers' distinctive nontoxicity and biodegradability features are promoting their use in electronics, medical devices, energy, food packaging, and other areas.
Metal nanoparticles made of Biopolymers are often employed in many different scientific disciplines. The majority of research on Biopolymers-based metal nanoparticles is focused on their prospective applications, like other new technologies. The toxicity of Biopolymers-based metal nanoparticles for the environment, animals, and cells is poorly understood.
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