The abstract describes ultrasound stimulation as a way to non-invasively control neuronal activities in retinal and brain systems. It is presented as a candidate modality for sight restoration.
First-pass extracted concept
ultrasound stimulation
Candidate: concept label3 source documents6 linked claims
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Aliases
conventional ultrasound stimulation, focused ultrasound
Extracted Explainers
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What problem it solves
Evidence Snippets
The emerging fields of ultrasound stimulation and drug delivery are garnering increasing attention and hold the potential to become significant areas of scholarly investigation.
We further identify an acoustoelectric contribution to conventional ultrasound stimulation
ultrasound stimulation can be a viable non-invasive alternative approach for the sight restoration because of its ability to non-invasively control neuronal activities
Supporting Sources
Linked Claims
Ultrasound stimulation and drug delivery are identified as emerging fields attracting increasing attention in medical ultrasound research.
Acoustoelectric neuromodulation is a distinct mechanism of neural activation and a significant contributor to how ultrasound stimulation influences brain activity.
Quoted textsource-backed
These findings establish acoustoelectric neuromodulation as a distinct mechanism of neural activation and a significant contributor to how ultrasound stimulation influences brain activity
Conventional ultrasound stimulation has an acoustoelectric contribution arising from interaction between ultrasound-induced electrical signals and propagating acoustic waves.
Quoted textsource-backed
We further identify an acoustoelectric contribution to conventional ultrasound stimulation, arising from the interaction between ultrasound-induced electrical signals and propagating acoustic waves.
Ultrasound stimulation is presented as a viable non-invasive alternative approach for sight restoration because it can non-invasively control neuronal activities.
Quoted textsource-backed
ultrasound stimulation can be a viable non-invasive alternative approach for the sight restoration because of its ability to non-invasively control neuronal activities
Focused ultrasound is described as having superior penetration depth and high spatial resolution for neuromodulation research.
Quoted textsource-backed
Superior penetration depth and high spatial resolution of focused ultrasound can open a new avenue in neuromodulation researches
Recent studies have demonstrated that ultrasound stimulation can modulate retinal and brain neuronal activities without causing damage to nerve cells.
Quoted textsource-backed
recent studies have demonstrated ultrasound stimulation can successfully modulate retinal/brain neuronal activities without causing any damage to the nerve cells