Printing in situ tissue sealant with visible-light-crosslinked porous hydrogel
Abstract
To reflect the rapidly growing interest in producing tissue sealants using various chemical/physical processes, we report an approach using visible light to control the crosslinking of 3D printable hydrogels as in situ tissue sealant. Gelatin-hydroxyphenylpropionic acid conjugate (Gtn-HPA) is shown to crosslink effectively within 30 s under visible light in the presence of [RuII(bpy)3]2+ and sodium persulphate, which is sufficiently rapid for...
Paper Details
Title
Printing in situ tissue sealant with visible-light-crosslinked porous hydrogel
Published Date
May 17, 2019
Journal
Volume
14
Issue
4
Pages
045010 - 045010
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