The integration of microfluidics with biomedical research is confronted with considerable
limitations due to its body materials. With high content of water, hydrogels own superior …

Abstract Development of physiologically relevant culture platforms for studying cell behavior
has been of particular interest in tissue engineering as well as in development of in vitro …

Programmed, reshaping hydrogel architectures were fabricated from sugar/hydrogel inks via
a three-dimensional printing method involving a stimuli-responsive polymer. We developed …

The mechanical properties of the cellular microenvironment play a crucial role in modulating
cell function, and many pathophysiological processes are accompanied by variations in …

In this study, we aimed to prepare and characterize porous scaffolds composed of pure and
boron oxide (B 2 O 3)-doped bioactive glass (BG) that were infiltrated by cellulose acetate …

In this work, we report on a perfusion-based co-culture system that could be used for bone
tissue engineering applications. The model system is created using a combination of …

Functional hydrogel is becoming a frequently used material in various fields, especially in
biological and medical applications. In order to overcome the barriers of low uniformity of …

We report a microfluidic cell culture model that incorporates a novel 3-dimensional
extracellular matrix composed of a biodegradable membrane and lumen-patterned, cell …

The ultimate goal of tissue engineering and regenerative medicine is the successful
fabrication of functional tissue in the lab for implantation into patients to treat damaged tissue …

The miniaturized fluid distribution network to transport nutrients and metabolic byproducts
plays a significant role in the development of engineered tissues and organon-a-chip …