Gas spacers maintain reservoir integrity beyond 24 hours, preventing merging and enabling accurate kinetic data.
A hydrogel material modified with DNA anchor modules enables dynamic crosslinking through intermolecular double strand formation.
Optimized synthetic scaffold balances hydrophilicity and strength to prevent swelling, ensuring high cell fixation and efficient proliferation.
A hollow fiber filter retains IgG within a cell culture reactor while circulating the medium.
A columnar holding surface retains liquid droplets via controlled hydrophilic properties to transfer cell suspensions onto culture substrates.
Core-shell hydrogel constructs with perfusable microfluidic cores mimic in vivo wall shear stress and pulsatile flow.
A segmented tubular filtration filter uses shifted through holes to create a non-continuous portion designed for easy cutting after use.
An adhesive base secures tissue samples against shifting during transport, while a permeable inner shell enables efficient paraffin processing.
Thermally responsive microcarriers facilitate non-genetic 3D aggregation of mesenchymal stem cells, preserving therapeutic potency during scalable expansion.
Automated welding mount joins tubes to form sterile fluidical connections, resolving the trade-off between manual sterility and low manufacturing throughput.
Automated double-walled fermentation vessel with conical settler converts whey effluents into lactic acid, eliminating high disposal costs.
A flexible base layer generates out-of-plane strain through bending deformation to support cell growth.
A microfluidic platform simulates tumor invasion to evaluate immunotherapeutic efficacy.
A patterning rail in a cell culture system uses capillary action to spatially separate different cell types for precise tissue engineering.