Journal Name:
Journal of Materials Science: Materials in Medicine
Volume:
6
Issue:
12
Pages From:
725
To:
730
Date:
Friday, December 1, 1995
Abstract:
The biocompatibility and the degradation mechanisms of block co-polyurethanes containing
crystallizable telechelic poly [(R)-3-hydroxybutyric acid](PHB) segments have found recently
growing interest for the possible biomedical applications of these new materials. The
random hydrolytic cleavage of the amorphous part of these polymers might result, in vivo, in
the production of small crystalline particles of low molecular weight PHB that could then
undergo phagocytosis and biodegradation inside phagosomes. To test this possibility, a ...
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