… that during degradation, bioactive glass fibers … PLDLA/SGF pins. Several in vitro studies
have demonstrated suitable osteoblast response and the osteogenic potential of bioactive glass …

An error occurred in figure A2, the image for PLDLA at 16 weeks was incorrect, which was
an accidental mix-up during the image combination. The correct image has been provided …

… properties of novel PLDLA/SGFs pins in a beagle model. … that during the degradation process,
bioactive glass fiber would be … mechanical properties of biodegradable pins. However, the …

… /bioactive glass composites with tailorable mechanical … Vergnol et al. reported that adding
45S5 bioactive glass to PLDLA 70/… The biodegradable polymer used in the current study was …

… novel biodegradable composite … PLDLA in terms of strength retention and degradation rate
for the first half of a year. The composite demonstrated superior mechanical characteristics for …

… 70/30 (PLA70) was compounded with silicate or phosphate bioactive glass (Si-BaG and P-BaG, …
new polymer/bioactive glass composites with tailorable mechanical properties and ion …

… underscore that attributes such as mechanical and biodegradable … the physicochemical
and mechanical characteristics based on the in vitro degradation of PLDLA-TMC scaffolds in …

… vitro 20,21 and in healthy models in vivo. Previous studies have … The flexible mechanical
properties of the collagen sponge … delivery and controlled scaffold degradation enhance in vivo …

… The cortical bone is less porous and presents better mechanical … such as hydroxyapatite and
bioactive glass, and the … decrease of PLDLA when utilized in composites such as PLDLA/13-…

… excellent mechanical properties and a controllable degradation … the low crystallinity and high
degradation rate of PLDLA. … body for long periods without biodegradation. However, studies …