Abstract
Abstract In hydrogel scaffolds for 3D cell culture, porous structure plays a central role in maintaining cell survival by delivery of biochemical factors through the scaffolds. Thus, adequate pore structures should be a significant design factor for preparing cell culture scaffolds. Here, we present a non-cytotoxic approach to control porosity of a gelatin scaffold based on porogen leaching. Specifically, we fabricated photocrosslinkable hydrogel (gelatin methacrylate) containing porogens in a microfluidic channel, followed by dissolving out the porogens. Our approach allowed generation of micrometer-scale pores, increasing cell viability. This study could serve as a guide for tuning porosity of cell-seeded 3D scaffolds.
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