Myung‐Ho In

The paper examines dynamic amplitude of low-frequency fluctuations (dALFF) during different hypoxia conditions and finds phase- and network-dependent changes in brain activity.

The paper measures conduction velocities in human white matter bundles using dMRI tractography and intracranial stimulation, finding high variability and a predominance of slow connections.

This study shows that single electrical pulses in white matter modulate visual evoked potentials but not broadband responses, suggesting additive noise effects and enhanced visual input synchrony.

This study identifies a critical oxygen threshold triggering functional connectivity reorganization in the brain during hypoxia, with implications for early detection of neurological vulnerabilities.

The paper identifies unique stimulation-evoked waveforms in distinct limbic subsystems using intracranial recordings, suggesting potential biomarkers for limbic network function.

The paper uses multivariate pattern classification to analyze BOLD activation patterns from DBS-fMRI data to differentiate effects of three DBS targets in swine.

This study examines how resting-state functional connectivity influences BOLD activation patterns in swine brains following nucleus accumbens stimulation using fMRI and DBS.