This study evaluated a new formulation of titanium tetrafluoride (TiF4) combined with PEG-citrate dendrimer to improve its stability and anti-caries effect. Thirty-six human teeth were treated with TiF4, dendrimer alone, or the TiF4-dendrimer gel and subjected to pH cycling. Microhardness, Raman spectroscopy, and EDS analyses showed that the new TiF4-dendrimer formulation reduced microhardness loss more effectively than TiF4 alone, promoted deeper and more uniform penetration of titanium and fluoride, and preserved higher subsurface calcium content.
Conclusion: The newly developed TiF4-dendrimer formulation enhances TiF4 efficacy and represents a promising strategy to prevent dentin demineralization and caries. This new formulation may serve as an effective approach to prevent or limit dental caries.
This study evaluated a new formulation of titanium tetrafluoride (TiF4) combined with PEG-citrate dendrimer to improve its stability and anti-caries effect. Thirty-six human teeth were treated with TiF4, dendrimer alone, or the TiF4-dendrimer gel and subjected to pH cycling. Microhardness, Raman spectroscopy, and EDS analyses showed that the new TiF4-dendrimer formulation reduced microhardness loss more effectively than TiF4 alone, promoted deeper and more uniform penetration of titanium and fluoride, and preserved higher subsurface calcium content.
Conclusion: The newly developed TiF4-dendrimer formulation enhances TiF4 efficacy and represents a promising strategy to prevent dentin demineralization and caries. This new formulation may serve as an effective approach to prevent or limit dental caries.