Technology of tissue-engineering advanced rapidly in the last decade and motivated
numerous studies in cell-engineering and biofabrication. Three-dimensional (3D) tissue …

The delivery of macromolecular drugs via the gastrointestinal (GI) tract is challenging as
these drugs display low stability as well as poor absorption across the intestinal epithelium …

Multicellular organization with precise spatial definition is essential to various biological
processes, including morphogenesis, development, and healing in vascular and other …

Abstract 3D scaffolds in the form of hydrogels and microgels have allowed for more native
cell‐culture systems to be developed relative to flat substrates. Native biological tissues are …

The organization of epithelial tissues with precise spatial definition is essential to various
biological processes and to generate curved epithelial structures. However, the regulation of …

Abstract Graphene-based materials (GBMs), such as graphene oxide (GO), have sparked
intensive research towards their commercial translation due to their exceptional …

Historically, cell behavior has been investigated by removing cells from their native
environment and culturing them in two-dimensional plastic or glass substrates. Cell fate and …

Cell migration is essential for a variety of (patho) physiological processes, such as immune
surveillance, tissue morpho-dynamics and homeostasis and cancer metastasis. In vivo …

D namic pol mer h drogels as s nthetic extracellular matrices for 3D cell culture Page 1 D
namic pol mer h drogels as s nthetic extracellular matrices for 3D cell culture Liu, T. Citation …

Tissue engineering, which aims to regenerate damaged human tissues or organs with
biomaterials and living cells, developed rapidly in the past few decades and has motivated …