Table 2. Studies of BBGs (All Melt-Derived) Incorporated Polymeric Matrices for Bone Healing.

composition	findings
20, 30, 40% 13-93B3 in PMMA cement	5, 33, 100 μm BBG successfully added in PMMA69
20, 30, 40% 13-93B3 in PMMA cement	Modulus and compressive strength of 3 GPa and 130 MPa, respectively were achieved10
10, 20, 30% SrBG in PMMA cement	Modulus and compressive strength of 3.15 GPa and 90 MPa, respectively were achieved. % viability of MC3T3-E1 cells after treatment with cements showed biocompatibility of the composite70
13-93B3 in chitosan-based scaffold	Injectable scaffolds were successfully prepared.
	Compressive strength of up to 30 MPa was obtained.
	Up to 50% of the scaffolds degraded in 30 days26
13-93B3 scaffold with PCL coating	Compressive strength of 240 MPa was achieved64
13-93B particles coated with WS2 incorporated PCL/PLGA	0.1–2 wt % WS2 particles improved strength and in vitro bioactivity. Up to 1 wt % WS2 nanoparticles improved % MC3T3-E1 cell viability65
Particles coated with PCL/PLGA/hexagonal boron nitride	Compressive strength of 3.23 MPa was achieved after addition of 0.2 wt % boron nitride. Samples were found biocompatible with MC3T3-E1 cells106
13-93B3 in gelatin with citric acid scaffold	Highly bioactive injectable scaffolds were successfully achieved63
13-93B3 with platelet rich plasma scaffold	Incorporation of platelet rich plasma improved bone healing, in vivo71