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Ultrasound System For Precise Neuromodulation Of Human Deep Brain Circuits Eleanor Martin Morgan Roberts Ioana F Grigoras Olivia Wright Tulika Nandi Sebastian W Rieger Jon Campbell Tim Boer Ben T Cox Charlotte J Stagg Bradley E Treeby

  • SKU: BELL-238594536
Ultrasound System For Precise Neuromodulation Of Human Deep Brain Circuits Eleanor Martin Morgan Roberts Ioana F Grigoras Olivia Wright Tulika Nandi Sebastian W Rieger Jon Campbell Tim Boer Ben T Cox Charlotte J Stagg Bradley E Treeby
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Ultrasound System For Precise Neuromodulation Of Human Deep Brain Circuits Eleanor Martin Morgan Roberts Ioana F Grigoras Olivia Wright Tulika Nandi Sebastian W Rieger Jon Campbell Tim Boer Ben T Cox Charlotte J Stagg Bradley E Treeby instant download after payment.

Publisher: x
File Extension: PDF
File size: 2.52 MB
Author: Eleanor Martin & Morgan Roberts & Ioana F. Grigoras & Olivia Wright & Tulika Nandi & Sebastian W. Rieger & Jon Campbell & Tim Boer & Ben T. Cox & Charlotte J. Stagg & Bradley E. Treeby
Language: English
Year: 2025

Product desciption

Ultrasound System For Precise Neuromodulation Of Human Deep Brain Circuits Eleanor Martin Morgan Roberts Ioana F Grigoras Olivia Wright Tulika Nandi Sebastian W Rieger Jon Campbell Tim Boer Ben T Cox Charlotte J Stagg Bradley E Treeby by Eleanor Martin & Morgan Roberts & Ioana F. Grigoras & Olivia Wright & Tulika Nandi & Sebastian W. Rieger & Jon Campbell & Tim Boer & Ben T. Cox & Charlotte J. Stagg & Bradley E. Treeby instant download after payment.

Nature Communications, doi:10.1038/s41467-025-63020-1

We introduce an advanced transcranial ultrasound stimulation (TUS) system for precise deep brain neuromodulation, featuring a 256-element helmet-shaped transducer array (555 kHz), stereotactic positioning, individualised planning, and real-time fMRI monitoring. Experiments demonstrated selective modulation of the lateral geniculate nucleus (LGN) and connected visual cortex regions. Participants showed significantly increased visual cortex activity during concurrent TUS and visual stimulation, with high cross-individual reproducibility. A theta-burst TUS protocol produced robust neuromodulatory effects, decreasing visual cortex activity for at least 40 min post-stimulation. Control experiments confirmed these effects were specific to the targeted LGN. Our findings reveal this system’s potential to non-invasively modulate deep brain circuits with unprecedented precision and specificity, offering new avenues for studying brain function and developing targeted therapies for neurological and psychiatric disorders, with transformative potential for both research and clinical applications.