Sentence examples for exogenous electrical from inspiring English sources

The use of exogenous electrical stimulation to promote nerve regeneration has achieved only limited success.

In conclusion, we have developed a versatile methodology for engineering cardiac tissues with a near-adult functional output without the need for exogenous electrical or mechanical stimulation, and have identified mTOR signaling as an important mechanism for advancing tissue maturation and function in vitro.

Current surgical methods to treat short or long-gap injuries including autographs, nerve transfer, and nerve conduits, and limitations motivating on-going research to further promote repair by the inclusion of novel conduits, controlled-release growth permissive factors, cell transplantation, and application of biophysical stimuli such as exogenous electrical stimulation are described.

The carbon/chitosan scaffolds supported cultivation of cardiac cells and enhanced cardiogenic properties without exogenous electrical stimulation.

Prior work has examined the behavior of melanocytes within exogenous electrical fields (Grahn et al., 2003; Stump and Robinson, 1983).

This finding suggests that derived hESC-CMs have not adequately matured, at least as far as energy metabolism, and so may benefit from exogenous mechanical or electrical stimulation in order to upregulate energy-related pathways prior to transplantation.

Critically, however, our findings indicate that the 'cholinergic anti-inflammatory pathway' in the vagus is not activated endogenously by systemic inflammation, only by exogenous pharmacological or electrical means.

This study examined the combined effects of administration of exogenous GM1 ganglioside and electrical stimulation on the cochlear nucleus (CN) of cats deafened neonatally by ototoxic drugs.

Cells transfected with exogenous Nurr1 genes plus electrical stimulation (250 mV for 1000 s) showed the greatest level of neurite outgrowth with a mean neurite length of 150 μm.

Endogenous and exogenous direct current electric fields (dcEF) are known to induce directional cell migration, however the initial cellular responses to electrical stimulation are poorly understood.

A two-step procedure was designed to evaluate the effects of electrical stimulus and exogenous gene delivery for inducing neurogenesis.