This study investigates a novel non-stoichiometric lithia-silica glass-ceramic (Bioactive LD)
designed for bone tissue engineering applications. Incorporating SiO 2–Li 2 O–CaO–P 2 O …

Glass-ceramics based on the Li 2 O-SiO 2 system have been extensively used as restorative
dental materials due to their excellent chemical durability, aesthetics, inertness in the buccal …

Incorporation of therapeutic ions into the structure of bioactive glasses for direct stimulation
of cells is a very attractive approach for tissue engineering strategies. Lithium has recently …

Owing to its excellent mechanical properties and aesthetic tooth-like appearance, lithium
disilicate glass–ceramic is more attractive as a crown for dental restorations. In this study …

Lithium silicate (LS) glass ceramic with excellent mechanical performance has been used in
dental restoration but is seldom used in orthopedics due to its limited bioactivity. Given the …

Glass and bioactive glass–ceramic can be used in several applications. In bone growth
where good bone/biomaterial adhesion was required, bioactive coatings for implants can …

This work reports the synthesis of lithium-silicate glass, containing 10 mol% of Li _2 2 O by
the sol–gel process, intended for the regeneration of cartilage. Lithium citrate and lithium …

Abstract Lithium disilicate (Li2Si2O5) glass‐ceramics are currently a more widely used all‐
ceramic restorative material due to their good mechanical properties and excellent aesthetic …

Lithium disilicate (LD) glass-ceramics have adequate mechanical properties and are
considered as a candidate for repairing large bone defects. However, LD glass-ceramic is …

Lithium disilicate glass-ceramics are promising dental restoration materials that have been
developed for clinical applications because of their good bioactivity and mechanical …