Balázs Lendvai

This paper validates a novel non-invasive TMS apparatus in awake rhesus macaques by implementing human-like protocols and demonstrating key neurophysiological effects.

The paper assesses cortical excitability in awake rhesus macaques using transcranial magnetic stimulation, finding that traditional motor threshold aligns with the inflection point of recruitment curves, while lower ankle points indicate a physiological threshold.

This study shows exenatide reduces food intake in rhesus macaques by uncoupling hedonic and anticipatory regulation from eating behavior.

The paper investigates cerebrocerebellar circuit anomalies in a prenatal valproate model of autism using MRI and immunohistology, finding altered BOLD responses and reduced Purkinje cell numbers.