Keywordscell adhesion; surface patterning; hydrogel; mechanotransduction; tissue engineering; hydrogel; high throughput; design of experiment; array and continuous gradient; hydrogels; extracellular matrix; bioactive materials; hydrogels; tissue engineering; bioconjugation; hydrogels; biomaterials; drug delivery; self-healing; cell culture; 3D printing; polycaprolactone (PCL); hydroxyapatite; hydrogel; bone defect; polyampholyte hydrogels; nonfouling; multi-functional; microfluidic spinning; alginate hydrogel microfibers; 3D assembly; tissue engineering; liver-specific extracellular matrix; gel; scaffold; tissue engineering; decellularization; solubilized extracellular matrix; physical property; storage modulus; loss modulus; biodegradation; n/a
