Abstract
Interpenetrating polymer networks (IPNs) have been studied extensively since their advent. The development of IPN systems by using a combination of polymers with different properties offers the opportunity to obtain materials with a range of improved properties with the aim to overcome the disadvantages of the single individual polymer network. IPNs have several applications and their success is mainly due to their cross-linked structure that provides better thermal stability, mechanical properties, and chemical resistance. IPNs are traditionally used as damping materials, impact resistant materials, and adhesives. However, more recently they are used in biomedical applications, such as responsive hydrogels, medical implants, porous scaffolds, and micro- or nanocarriers for the delivery of drugs. In these applications, polysaccharide hydrogels play a primary role, due to their versatility and generally recognized biocompatibility.
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