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Iran produces antibacterial nanocomposite

May 8, 2014



Iranian chemists at the Nuclear Science and Technology Research Institute have built a nanocomposite with high antibacterial property to be used in medicinal production and dentistry.

Orthodontic adhesives with additional antimicrobial and re-mineralizing features could be developed only if their mechanical properties have been considered.

The purpose of this study was to investigate the effect of incorporating Silver and Hydroxyapatite (HA) nanoparticles on the shear bond strength (SBS) of an orthodontic adhesive, ISNA reported.

Gamma irradiation method was used in building the nanocomposite. Simplicity, lack of complexity and neatness of the mechanism are some of the advantages of the method.

The method helps produce nano-structure particles with high purity and metallic elements without the formation of byproducts and reaction in aqueous state without using poisonous regenerative materials.

Hydroxylapatite is one of the commonly-used materials in medicinal production and dentistry. The material with high biocompatibility is used as a filler, dental implant, adhesive, dentin and enamel.


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Source: Iran Daily


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