Alicia M. Schiller

Enhancing the Clinical Utility of Renal Denervation Through Efficient Physiologic Monitoring

This study evaluates whether shorter data segments can reliably assess sympathetic vasomotion for renal denervation, finding that four-minute recordings are sufficient for group-level decisions while ten-minute recordings offer greater individual precision.

Limitations of renal arterial hemodynamic measures as candidate biomarkers of renal sympathetic innervation

This study evaluates whether renal arterial hemodynamic measures reflect renal sympathetic innervation in preclinical models, finding inconsistent results.

Sympathetic vasomotion as an early marker of hemorrhage

This study develops a novel measure of sympathetic vascular control, sympathetic vasomotion, which increases before hemodynamic changes and could serve as an early marker of hemorrhage.

Sympathetic Vasomotion Reflects Catheter-based Radiofrequency Renal Denervation

This study shows that renal sympathetic vasomotion decreases after catheter-based radiofrequency renal denervation, indicating its potential as a feedback tool for the procedure.