A mechanistic framework linking MXene surface chemistry and hybridization strategies to analytical performance across emerging biomedical applications is established and key translational priorities are identified, including fluorine-free scalable synthesis, long-term stability engineering, standardized biocompatibility evaluation, and integration with AI-assisted analytical platforms.
This review critically analyzes current gaps in knowledge, including long-term biocompatibility, degradation pathways, immune interactions, and structure–activity relationships, which currently limit clinical translation and positions MXenes as chemistry-programmable nanoplatforms with strong potential to bridge on-bod...
Damla Alkaya, Roberta Cagliani, Gokce Yagmur Summak et al.· ACS Nano· 1 citation
MXenes have emerged as a versatile two-dimensional platform in advanced catalytic systems because of their tunable surface chemistry, metallic conductivity, and structural diversity. Nevertheless, severe agglomeration and limited colloidal stability may undermine their catalytic performance. Integrating MXenes with l...
Ying-Tong Ye, P. Kalakonda, Krishnakumar Balu et al.· ACS Materials Letters· 0 citations
The potential of CP–NM hybrid platforms to drive next-generation approaches for early cancer detection, therapeutic monitoring, and personalized healthcare is emphasized, focusing on material design strategies, sensing mechanisms, and representative applications across electrochemical, optical, and mechanical modalitie...
Azobenzene-functionalized metal−organic frameworks (Azo-MOFs) have emerged as versatile nanoporous platforms for constructing light-responsive materials with tunable physicochemical properties. This review critically examines their molecular design, synthesis, photo-switching mechanisms, characterization, and functio...
Si-Qi Liu, Juan Chen, Hong-Yuan Wang et al.· ACS Applied Nano Materials· 0 citations
Fluorescent nanodiamonds (FNDs) have emerged as a versatile and powerful quantum platform across quantum technologies, biomedical sciences, and industrial sensing, owing to their exceptional optical properties, excellent spin coherence, inherent biocompatibility, and remarkable environmental robustness. In recent yea...
Yun-Peng Yang, Sen Zhang, Chao Chen et al.· Responsive Materials· 0 citations
