The concept of spatial confinement is the basis of cell positioning and guidance in in vitro
studies. In vivo, it reflects many situations faced during embryonic development. In vitro …

During development neuronal cells traverse substantial distances across the developing
tissue. In the mature organism, however, they are bound to the confines of the nervous …

Cells sense a variety of extracellular cues, including the composition and geometry of the
extracellular matrix, which is synthesized and remodeled by the cells themselves. Here, we …

The correct wiring of a neural network requires neuron to integrate an incredible repertoire
of cues found in their extracellular environment. The astonishing efficiency of this process …

The actin cytoskeleton drives cell motility and is essential for neuronal development and
function. LIM and SH3 protein 1 (LASP1) is a unique actin-binding protein that is expressed …

In this work, silicon substrates with poly (vinyl alcohol)(PVA) patterns created by a simple,
low-cost and high-fidelity photolithographic procedure were evaluated with respect to cell …

CSPGs are components of the extracellular matrix in the nervous system, where they serve
as cues for axon guidance during development. After a peripheral nerve injury, CSPGs …

Synchronization of neuronal subpopulations and spiking pattern propagation are essential
features for bioelectrical activity of the brain. In this study, we proposed an engineering …

Figure 1.1. Overview of the Bioelectronics field. Figure 1.2. Electrical equivalent circuit of the
cell-electrode interface. Figure 1.3. Examples of in vitro 3D recording systems. Figure 1.4 …

The actin cytoskeleton drives cellular motility and is essential for neuronal development and
function. LIM and SH3 Protein 1 (LASP1) is a unique actin-binding protein that is expressed …