… established as ideal tools for regenerative medicine and tissue … calvaria defects and bone
regeneration was monitored for up … as a promising solution for further bone tissue engineering …

… the chitosan–graphene network structure scaffold through the … 3D network structure is
observed in the scaffold. Pure chitosan … Thus, nanohybrid scaffolds appears to be a promising …

… (n = 3 for each group) was determined with an optical measuring instrument. Three different
points … 3D-printed PTG/P scaffolds are a promising platform for inducing bone regeneration. …

… to improve the performance of bone regeneration with tissue-… 3D graphene/CHI scaffold
for its promising applications in … need therapy if they exceed a critical size (2.5 times the bone …

… of bone-tissue engineering (BTE) seems to hold great promise … and characterization of 3D
freeze-dried scaffolds consisting of … in Wistar rats’ critical size cranial bone defects for three …

… of CS-based scaffolds renders them promising candidates in … in the fields of bone regeneration
combined with other osteo-… and osteogenesis in critical-size rat calvarial bone defect after …

… Even though promising biomaterials such as … to be considered scaffolds for bone regeneration
due to their low … BBE beads can promote bone neoformation under critical size defect …

… reduced graphene oxide (rGO) as guided bone regeneration … blended membranes are
promising candidates for bone tissue … - scaffolds was higher than that of the pure Ti scaffold, which …

… of the most promising materials for bone tissue engineering … CMC/nHA/GO scaffold exhibited
a better bone regeneration … formation in critical-size defect, 115 bone union, 116 and good …

… diagnostic tools. Among all the applications, the GO and rGO-based scaffolds are a very
promising … The integration of GO in 3D scaffold for bone regeneration led to a revolution in bone …