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Graphene and graphene oxide were among the graphite-based nanomaterials that were easily transformed into stable, biocompatible, secure, and biodegradable nanocomposites that could be used in cancer therapy to specifically target cancer cells.
A unique MnO2-decorated graphitic carbon nitride nanocomposite was produced in-situ for water purification through the photocatalytic breakdown of Rhodamine B (RhB) dye.
Scientists from Donghua University in Shanghai’s College of Materials Science and Engineering have presented a comprehensive and timely review of the uses of silk fibroin as a biomaterial. Their findings have appeared online in a pre-proof paper in the journal Materials Today Bio.
A nanofluid based on organic material derived from bio-origin resources was developed with enhanced physical properties.
In a new review, different avenues of nanotechnology in architecture, as well as the challenges in employing these techniques and the relevant opportunities, were explored.