Surface chemistry influences not only physicochemical properties but also safety and
applications of MXene nanomaterials. Fluorinated Ti3C2Tx MXene, synthesized using …

Background The biological activity of MXenes has been studied for several years because of
their potential biomedical applications; however, investigations have so far been limited to …

Current trends in the field of MXenes emphasize the importance of controlling their surface
features for successful application in biotechnological areas. The ability to stabilize the …

Two-dimensional titanium carbide (Ti3C2T x; MXene) is the most important member of the
MXene family with attractive properties and applications in energy storage, electronics …

The oxidation degradation by unsaturated metal atoms or dangling bonds at MXene edges
and defects severely hinders the practical application of MXene. Herein, a passivation …

MXenes are novel 2-D materials which have been extensively investigated for use in
advanced biocomposites, water purification, biosensors, bioimaging and antibacterial …

MXenes are a novel family of 2D materials, which are extensively investigated for common
use in energy storage systems, nanoelectronics, and electromagnetic shielding. Although …

MXenes are being heavily investigated in biomedical research, with applications ranging
from regenerative medicine to bioelectronics. To enable the adoption and integration of …

The MXenes are a novel family of 2-D materials with promising biomedical activity, however,
their anticancer potential is still largely unexplored. In this study, a comparative cytotoxicity …

A popular substance in the MXene family, titanium carbide (Ti3C2T x), has received
substantial attention mainly due to its high metallic conductivity, easy solution processability …