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The mechanical and degradation properties, and drug release profile of this hydrogel are characterized.
The composite scaffolds showed adequate swelling and degradation properties.
These scaffolds presented good swelling capacity, water retention ability, mechanical strength and in vitro degradation properties.
Their swelling, in vitro degradation properties and compressive strength were also investigated.
The results indicated better swelling and degradation properties of such scaffolds their ability to become bioactive.
The pre-polymers were thermally crosslinked into copolymer films and characterized for mechanical and degradation properties.
Thermal degradation properties were investigated by differential scanning calorimetry (DSC) and thermo-gravimetric analysis (TGA).
The impact of amine incorporation and phosphorylcholine conjugation was shown on mechanical, thermal and degradation properties.
The developed fibrous scaffolds were further characterized for their physicochemical, thermal, mechanical and degradation properties.
Their crystallization properties, thermal behaviors, hydrophilicities and degradation properties depend on the tunable microstructures and morphologies.
The EIS results of the anode and cathode revealed the degradation properties after the potential cycling.
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