Fine patterns in well surfaces prevent cell adhesion damage while controlling spheroid size, shape, and position for reliable 3D culture.
A high-coverage thin porous membrane lets red blood cells pass uniformly, improving extravasation test accuracy for drug-induced injury.
A reinforced flexible bag, baffles, and drainage simplify digester cleaning while improving UV durability and methane production.
Spatially patterned 3D co-culture scaffolds mimic metastatic tissue environments to predict spread and screen drug responses more reliably than 2D cultures.
Micro-recesses with nano-structured sidewalls isolate single cells, improve viability, and concentrate electric fields for uniform gene delivery.
A divalent-ion crosslinked, digestible hydrogel keeps 3D cell spheroids separated during transport and enables high post-digestion recovery.
Open-port gel channels create interstitial and luminal flow for vascularized tissue models that support immune infiltration imaging and drug screening.
Conductive-coated needles on a porous membrane enable organoid electrical stimulation and sensing while preserving through-pore perfusion.
Single-use hydrogel casting, polymerization, and compression reduce contamination and re-sterilization delays while preserving scaffold quality.
A tapered comb-like jig arranged in a circular arc enables reproducible, joint-free fabrication of long narrow tubular cell structures.
A porous fiber web with a functional coating supports dense cell growth, stable adhesion, and gentle recovery without agglomeration.
A hydrogel vein valve with embedded Nitinol support addresses thrombosis and low leg-flow limits while enabling endothelialization.
Controlled pore and void geometry with antibody-coated 3D bioreactors enables consistent T-cell separation, activation, transduction, and expansion.