Tom Theys

This study shows that 40 Hz epicranial current stimulation improves non-navigational spatial memory and activates the hippocampus in macaques, while 10 Hz stimulation has minimal or negative effects.

This study compares the effectiveness of using neural activity from ventral premotor cortex F5c, dorsal premotor cortex, and primary motor cortex for motor brain-machine interface control, finding comparable or better performance from F5c.

The paper compares proteomic profiles of human and mouse microglia from different sources, revealing significant differences between in vitro and ex vivo cultures.

This study investigates neuronal tuning for shape and category in human visual cortex using spiking activity recordings, finding shape-based representations with category-like encoding and interactions between shape and category tuning.

This study records multi-unit spiking activity in human visual cortex to investigate body and body part representation, finding strong selectivity for bodies and generalization to non-photographic depictions.

This study identifies LRRC37B as a human-specific gene that modulates neuronal excitability by interacting with voltage-gated sodium channels in cortical pyramidal neurons.

This paper presents a white matter atlas using probabilistic constrained-spherical deconvolution tractography, showing variability and reproducibility across datasets.

The paper examines neural activity patterns in macaque frontal cortex during a saccade-reach-grasp task using large-scale recordings.

The paper records single-neuron activity in the human occipital face area (OFA) and finds face selectivity at short latencies, suggesting OFA is not strictly tuned to typical facial features.

The paper shows that single nucleus RNA-Seq fails to detect microglial activation genes in human brain samples compared to single cell RNA-Seq.

The paper demonstrates that human microglia derived from embryonic stem cells can engraft mouse brains and express Alzheimer's risk genes when exposed to Aβ, offering a new model to study genetic risk in AD.

This study records single-unit responses in the human lateral occipital complex and finds that it exhibits properties typical of end-stage visual areas, challenging its traditional hierarchical position.