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    Advanced biocomposites of poly(glycerol sebacate) and beta-tricalcium phosphate by in situ microwave synthesis for bioapplication

    Year: 2020

    Journal: Mater. Today Adv., Volume 5, MAR

    Authors: Lau, C. C.; Al Qaysi, M.; Owji, N.; Bayazit, M. K.; Xie, J.; Knowles, J. C.; Tang, J.

    Organizations: Royal Society Newton Advanced Fellowship grant [NA170422]; Leverhulme TrustLeverhulme Trust [RPG-2017-122]; Public Service Department of Malaysia; European Commission Seventh Framework ProgrammeEuropean Commission [v739572]

    Keywords: Composite; Hydrophilicity; Degree of cross-linking; Degradation rate; Cell proliferation

    Biodegradable poly(glycerol sebacate) [PGS] has gained substantial attention in the soft tissue engineering field over the past few years, but its application is limited because its fast degradation rate causes an acidic environment which can adversely affect cell viability and eventually tissue growth. beta-tricalcium phosphate (beta-TCP) is an ideal biocompatible candidate to mitigate these drawbacks of PGS. This work for the first time rationalizes a biocomposite composed of PGS and beta-TCP prepared by a fast and wellcontrolled microwave approach. As expected, the presence of beta-TCP particles (i) improves the degree of cross-linking of PGS, thus decreasing the sol content by ca. 66%, (ii) enhances its hydrophilicity with much lower contact angle, (iii) reduces the degradation rate by a factor of two and (iv) increases the swelling effect of the biocomposite by ca. 10%. Furthermore both PGS/beta-TCP150 and PGS/beta-TCP180 bio-composites demonstrate significant difference in cell viability form the single PGS materials, which is more than 65% higher in cell growth in one day proliferation, demonstrating an advanced biomaterial embodying both advantages of PGS polymer and beta-TCP bioceramics. (c) 2019 Published by Elsevier Ltd.
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