Dwayne W. Godwin

This study develops a method to extract cardiac signals from MEG data, showing strong alignment with ECG HRV, suggesting potential for improving neuroimaging and cardiovascular research.

This study identifies altered white matter structural connectivity in specific subcircuits of the subjective valuation network in treatment-resistant depression, linking these changes to anhedonia and treatment resistance.

This study uses MEG to show that a SARS-CoV-2 vaccine preserves neural activity in non-human primates after viral challenge, indicating neuroprotective effects.

This study examines how functional brain networks change in female monkeys from naive to chronic alcohol consumption, finding shifts in network topology and predictive associations with drinking behavior.

The paper uses optogenetics and MEG/MSI in non-human primates to demonstrate accurate localization of deep brain signals with 750 micrometer resolution.

The paper develops an optogenetic intensity response procedure to measure network excitability by inducing epileptiform discharges in mice and analyzing the intensity required to trigger them.