Functionalized nanoporous architectures derived from sol–gel processes for advanced biomedical applications | Synapse
January 1, 2025
Functionalized nanoporous architectures derived from sol–gel processes for advanced biomedical applications
Key Points
Functionalized nanoporous materials show promise for advanced biomedical applications.
The sol-gel method enhances synthesis and functionalization of these materials, providing flexibility.
This analysis of functionalized nanomaterials demonstrates strong potential across targeted biomedical uses.
Utilization of sol-gel processes calls for further exploration in practical applications and clinical settings.
Abstract
Novelty of the work: a potent and adaptable method for synthesizing and functionalizing nanoporous materials, the sol–gel method is useful in advanced material research.