Graphene and Nanomaterials Applications

Nanochiral graphene quantum dots preferentially target virus-organized membrane states for host-sparing antiviral activity

This paper shows that D-His-GQDs selectively target virus-organized membrane domains, disrupting viral envelopes while sparing host cells, with antiviral activity against multiple enveloped viruses.

DNA Sequence-Programmed Protein Coronas Determine Intracellular Fate and Proteostatic Stress of Carbon Nanotubes

This study shows that DNA sequence-programmed protein coronas on carbon nanotubes control their intracellular fate and proteostatic stress in macrophages.

Plasma membrane-associated graphene oxide as aplatform for modulating signalling through cell-surfacereceptors: an integrin-focused proof-of-concept study

This study demonstrates that graphene oxide can be used as a membrane-associated platform to modulate integrin signaling in cancer cells, reducing motility through RGD peptide association.

High aspect ratio graphene oxide: a highly efficient plasmid DNA deliverer for plant seed

This paper introduces high aspect ratio graphene oxide (HARGO) as an efficient plasmid DNA delivery method for plant seeds, achieving 90% success in Poa crymophila, wheat, and rice.

Interplay between material properties and cellular effects drives distinct pattern of interaction of graphene oxide with cancer and non-cancer cells

This study investigates how graphene oxide interacts differently with cancer and non-cancer cells, showing that GO uptake and effects depend on material properties and cellular responses.