Bridging the Effects of Noncontact Temperature Sensing and Cellular Biofunctionality in Nanosized Dysprosium(III)-Doped Fluorapatite.

ABSTRACT: Thermal imaging plays a pivotal role in distinguishing distinct cellular states, assessing dynamic cellular activity in real-time health monitoring, and advancing the design of biofunctional materials for tissue engineering applications. The investigated photoluminescence characteristics of Dy³⁺ ion-doped fluorapatite demonstrate that this material offers stable temperature sensitivity. Our findings support the strategic design of next-generation nanomaterials for regenerative medicine and tissue engineering by elucidating key cellular interactions. Furthermore, our study has begun to address the impact of Dy³⁺ ion-doped nanomaterials on progenitor cell activity, providing valuable insights into their potential applications. A comprehensive description of photolumines

SUBMITTER: Targonska S 

PROVIDER: S-EPMC12910425 | biostudies-literature | 2026 Feb

REPOSITORIES: biostudies-literature