Mohammed R. Milad

The paper shows that fear learning reorganizes brain activity, and this reorganization predicts extinction memory expression when modulated by TMS during extinction learning.

This study uses HD-tACS and neural decoding to show that sensory cortical disinhibition is necessary for long-term fear memory in humans.

The paper compares neural activations during threat conditioning and extinction in GAD patients with and without insomnia, linking them to sleep parameters and brain network activity.

This study examines SO-spindle coupling in trauma-exposed individuals and finds it predicts fear extinction retention, with PTSD showing altered coupling dynamics.

This study investigates the role of the nucleus reuniens in fear conditioning and extinction in rodents and humans, finding that RE activity reflects associative value and defensive behavior.

The paper investigates the mitochondrial response to psychological stress using salivary cf-mtDNA and brain imaging, finding associations with brain metabolites and cortical thickness.

The paper investigates thalamic activation patterns during associative threat learning using fMRI, identifying distinct roles of pulvinar divisions, LGN, and MD in threat processing and memory.