Sentence examples for developing stimulation from inspiring English sources

The project's objectives include increasing knowledge of these two particular sites as well as using advanced techniques to identify deep structures to reduce drilling risks, developing stimulation methods to increase permeability, and carefully evaluating social and environmental risks associated with development of these types of resources.

During the course of INSPiRED, we will try to develop stimulation of the renal nerves as a novel way to assess completeness of disruption of the renal nerves in selected centres.

"We're developing neural stimulation, including T.D.C.S". transcranial direct-current stimulation"—and hoping to integrate them into a multimodal approach that rewires the circuits of the brain".

As predicted, we saw a significant decrease in GABA levels in response to anodal tDCS with effects developing during stimulation and persisting for at least 30 min following stimulation.

"We're developing neural stimulation, including T.D.C.S".

In his work developing brain stimulation methods to treat neurological diseases such as Parkinson's, Li works closely with colleagues at Beijing's Tiantan Hospital known for its neurosurgery expertise and Beijing PINS Medical Co., Ltd., which brings products that NELN develops to the market.

6 As a result, much research has been devoted to modeling and visualizing the electrical field of a given electrode position and parameter setting within the individual brain anatomy 7 and to developing new stimulation hardware allowing more flexible shaping of the current distribution.

We have developed a stimulation method that permits the stimulation of cutaneous tactile and fast nociceptive afferents at the same skin site (Steenbergen, Buitenweg, van der Heide, & Veltink, 2008).

This chapter introduces starting points for engineering models that can be applied to further develop brain stimulation devices into advanced navigated brain stimulation (NBS) scanners that can produce important information complementary to functional magnetic resonance imaging (fMRI), MEG and positron emission tomography (PET).

Different types of active eye implants have been developed for stimulation in the epiretinal and subretinal space.

The platform was developed for stimulation of the fingertip using textured surfaces, providing repeatable tangential sliding motion of stimuli with controlled indentation force.