Wound healing is a dynamic process that typically evolves from
its initial inflammatory response to completely resolution and thus,
healing [37]. The capacity of an implantable to maintain a moist
environment has been implicated as an important factor in accelerating
the wound repair process. Hydrogels, with their high water
contents and retention capacity, appear to be optimal media to
enhance wound healing [38], and thus, much interest has been
focused on developing hydrogel-based wound dressings from
biomaterials [38–41]. In situ forming hydrogels are capable of fully
conforming to wound beds and are thus advantageous over performed
scaffolds.