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|Title:||Biomimetic protein-based elastomeric hydrogels for biomedical applications|
|Citation:||Polymer International, 2014; 63(9):1545-1557|
|Jasmin Whittaker, Rajkamal Balu, Namita R. Choudhury and Naba K. Dutta|
|Abstract:||In recent years, protein-based elastomeric hydrogels have gained increased research interest in biomedical applications for their remarkable self-assembly behaviour, tunable 3D porous structure, high resilience (elasticity), fatigue lifetime (durability), water uptake, excellent biocompatibility and biological activity. The proteins and polypeptides can be derived naturally (animal or insect sources) or by recombinant (bacterial expression) routes and can be crosslinked via physical or chemical approaches to obtain elastomeric hydrogels. Here we review and present the recent accomplishments in the synthesis, fabrication and biomedical applications of protein-based elastomeric hydrogels such as elastin, resilin, flagelliform spider silk and their derivatives. © 2013 Society of Chemical Industry.|
|Keywords:||Biomimetic proteins; elastomers; hydrogels; tissue engineering; regenerative medicine|
|Description:||Published online in Wiley Online Library: 15 January 2014|
|Rights:||© 2013 Society of Chemical Industry|
|Appears in Collections:||Aurora harvest 3|
Chemical Engineering publications
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