Spacing-Compensated Measurement of the Acoustoelectric Interaction Constant for Quantitative Current-Density Imaging in Saline and Brain Tissue

Key Points

• The central aim is to accurately measure the acoustoelectric interaction constant for enhanced current-density imaging in tissues.
• Quantitative assessment of the acoustoelectric interaction constant (K) in saline and brain tissue.
• Comparison of measurements to ensure reproducibility.
• Exploration of applications in neural mapping and epilepsy localization.
• Accurate quantification of the acoustoelectric interaction constant was achieved.
• Findings provide a solid basis for reproducible current-density imaging.
• Potential impact on neural mapping and improved techniques for epilepsy localization.