The regeneration of the injured nerve and recovery of its function have brought attention in
the medical field. Electrical stimulation (ES) can enhance the cellular biological behavior …

Obtaining single dissociated cells from neurospheres is difficult using nonenzymatic
methods. In this paper we report the development of a microfluidic-chip-based approach that …

Numerous chemicals including environmental toxicants and drugs have not been fully
evaluated for developmental neurotoxicity. A key gap exists in the ability to predict …

Harnessing neural stem cells to repair neuronal damage is a promising potential treatment
for neuronal diseases. To enable future therapeutic efficacy, the survival, proliferation …

Engineering physiologically relevant in vitro models of human organs remains a
fundamental challenge. Despite significant strides made within the field, many promising …

Artificial extracellular matrices play important roles in the regulation of stem cell behavior. To
generate materials for tissue engineering, active functional groups, such as amino, carboxyl …

Previous culture techniques are often ineffective for providing appropriate conditions to cells
grown in vitro for efficient growth and maturation. However, the advent of microfluidic chips …

The recent years have been passed with significant progressions in the utilization of
microfluidic technologies for cellular investigations. The aim of microfluidics is to mimic small …

Additive manufacturing, or 3D-printing techniques have recently begun to enable simpler,
faster, and cheaper production of millifluidic devices at resolutions approaching 100–200 …

Human hepatocytes, suitable for treatment of patients with liver failure, for the creation of
bioartificial (BAL) devices, or for studies for toxicity and metabolization studies in the …