Exploring cardiac mechanobiology and how hiPSC-CMs are revolutionizing our understanding of heart disease and treatment.
Explore how electron beam processing transforms titanium surfaces with precision, enhancing performance in medical and aerospace applications.
Discover how glycosylation technology enables precise growth factor engineering for advanced biomaterials in regenerative medicine applications.
Discover how chitosan from crustacean shells and calcium polyphosphate fibers are creating revolutionary bone repair scaffolds through advanced tissue engineering.
Discover how fish gelatin and microcrystalline cellulose are advancing 3D bioprinting technology for tissue engineering applications.
Explore how functionalized hyaluronic acid biomaterials are transforming cancer immunotherapy through CD44-mediated targeting and innovative cell surface engineering approaches.
Discover how water plays an active role in cellular mechanotransduction, from aquaporin function to groundbreaking hydrogel experiments and future medical applications.
Explore how hydrogel technology is transforming cancer immunotherapy through localized immune modulation and sustained drug delivery.
Explore recent advances in glycopeptide hydrogels - smart biomaterials that mimic natural tissues for enhanced wound healing, bone regeneration, and drug delivery.
Explore how synthetic biology and metabolic engineering are creating innovative solutions for environmental monitoring, cleanup, and sustainable manufacturing.