The central nervous system (CNS) controls and regulates the functional activities of the
organ systems and maintains the unity between the body and the external environment. The …

Stem cell therapy holds immense potential as a viable treatment for a widespread range of
intractable disorders. As the safety of stem cell transplantation having been demonstrated in …

The stem-cell-therapy supported by hydrogel microcarriers has shown potentials in the
regulation of autoimmune diseases. Trends in this field focus on enhancing the viability and …

One of the challenges in modern neuroscience is creating a brain-on-a-chip. Such a
semiartificial device based on neural networks grown in vitro should interact with the …

Abstract The Dean Flow, a physics phenomenon that accounts for the impact of channel
curvature on fluid dynamics, has great potential to be used in microfluidic synthesis of …

Wettability and microfluidics are inextricably linked, and the wettability-based approach to
microfluidics exhibits considerable potential. In addition to microfluidics, there has been a …

Advances in primary and stem cell derived neuronal cell culture techniques and abundance
of available neuronal cell types have enabled in vitro neuroscience as a substantial …

In vitro model networks could provide cellular models of physiological relevance to
reproduce and investigate the basic function of neural circuits on a chip in the laboratory …

In the heart, cardiac function is regulated by the autonomic nervous system (ANS) that
extends through the myocardium and establishes junctions at the sinus node and ventricular …

The complex synaptic connectivity architecture of neuronal networks underlies cognition and
brain function. However, studying the spiking activity propagation and processing in …