3d microfluidic networks

3d microfluidic networks increase cell survival.

“the dendritic MFN functioned as a passageway for nutrient delivery and endogenous cell migration into the hydrogel, significantly enhancing cell survival.”

Animalsimplanted in vivo; host organism not specifieddendritic networkhydrogel

3D Microfluidic Networks Formed by Mechanically Guided Compressive Buckling for Large-Scale Perfused Tissue Culture

Small (Weinheim an der Bergstrasse, Germany)·14 Oct 2026

3d microfluidic networks improve cell survival and differentiation in cells.

“template dissolution yielded robust microchannels that enabled efficient nutrient transport and supported cell survival and differentiation in vitro.”

Cellsin vitrodendritic networkcell-laden 12 wt.% GelMA hydrogel

3D Microfluidic Networks Formed by Mechanically Guided Compressive Buckling for Large-Scale Perfused Tissue Culture

Small (Weinheim an der Bergstrasse, Germany)·14 Oct 2026