Anita A. Disney

The paper shows nicotine alters thalamocortical gain in a localized, tuned manner, affecting cortical activity and perceptual performance through normalization mechanisms.

The paper evaluates the use of calcium-binding proteins for classifying GABAergic neurons in macaque cortex and finds that this scheme is invalid due to high non-GABAergic expression and inability to distinguish subpopulations.

The paper develops spatially registered metabolomics and proteomics maps of rhesus monkey cortex and integrates them using novel methods to identify conserved molecular gradients and metabolic circuits.

The paper identifies multiple functional clusters of neurons in layer 6 of macaque V1 based on their response to visual stimuli, revealing distinct sub-populations with different visual properties.

The paper examines m1 acetylcholine receptor expression in two types of inhibitory interneurons in the macaque monkey's middle temporal area, finding higher expression in calbindin-positive neurons compared to calretinin-positive ones.

The paper examines variations in dopamine, noradrenaline, and serotonin levels across macaque cortex areas, finding distinct neurochemical signatures that define local neuromodulatory compartments.