Add to ORKGHere we present a platform technology for the direct sintering of calcium phosphates on dental hard tissues using femtosecond lasers. Different parameters are investigated in order to obtain the optimum layers
The emergence of mode-locked near-IR (NIR) lasers has opened novel and exciting opportunities in den...
Lasers have been well integrated in clinical dentistry for the last two decades, providing clinical ...
Calcium phosphate based biominerals are the main inorganic constituent of bone and teeth. Therefore,...
Here we present a platform technology for the direct sintering of calcium phosphates on dental hard ...
A radical new methodology for the exogenous mineralization of hard tissues is demonstrated in the co...
A radical new methodology for the exogenous mineralization of hard tissues is demonstrated in the co...
Direct laser sintering on hard tissues is likely to open new pathways for personalised medicine. To ...
Direct laser sintering on hard tissues is likely to open new pathways for personalised medicine. To ...
We investigated the laser sintering behaviour of rare-earth oxide doped calcium phosphate suspension...
A radical new methodology for the exogenous mineralization of hard tissues is demonstrated in the co...
Acid-induced enamel erosion leading to dentine hypersensitivity is a growing problem for both the yo...
The authors acknowledge support from the sponsors of this work; Marie Curie IF (PRe-FActo), IKC PoF ...
A mixture of calcium phosphate (in the form of mineral brushite) powder with a bio-mineral gel was u...
In this work, we aim to investigate the effect of Fe2+/Fe3+ doping on the laser sintering of calcium...
The study of the interaction of intense laser light with matter, as well as transient response of at...
The emergence of mode-locked near-IR (NIR) lasers has opened novel and exciting opportunities in den...
Lasers have been well integrated in clinical dentistry for the last two decades, providing clinical ...
Calcium phosphate based biominerals are the main inorganic constituent of bone and teeth. Therefore,...
Here we present a platform technology for the direct sintering of calcium phosphates on dental hard ...
A radical new methodology for the exogenous mineralization of hard tissues is demonstrated in the co...
A radical new methodology for the exogenous mineralization of hard tissues is demonstrated in the co...
Direct laser sintering on hard tissues is likely to open new pathways for personalised medicine. To ...
Direct laser sintering on hard tissues is likely to open new pathways for personalised medicine. To ...
We investigated the laser sintering behaviour of rare-earth oxide doped calcium phosphate suspension...
A radical new methodology for the exogenous mineralization of hard tissues is demonstrated in the co...
Acid-induced enamel erosion leading to dentine hypersensitivity is a growing problem for both the yo...
The authors acknowledge support from the sponsors of this work; Marie Curie IF (PRe-FActo), IKC PoF ...
A mixture of calcium phosphate (in the form of mineral brushite) powder with a bio-mineral gel was u...
In this work, we aim to investigate the effect of Fe2+/Fe3+ doping on the laser sintering of calcium...
The study of the interaction of intense laser light with matter, as well as transient response of at...
The emergence of mode-locked near-IR (NIR) lasers has opened novel and exciting opportunities in den...
Lasers have been well integrated in clinical dentistry for the last two decades, providing clinical ...
Calcium phosphate based biominerals are the main inorganic constituent of bone and teeth. Therefore,...