Jonathan R. Whitlock

The paper identifies head-centered target-encoding neurons in retrosplenial cortex during active pursuit, showing task-dependent retuning and coexistence of egocentric and allocentric coding.

The paper demonstrates vector-based spatial coding in humans using a novel spatial updating task, revealing clover-shaped allocentric representations aligned with visual features.

This study shows that prefrontal cortex encodes behavior states independent of movement, with neural ensembles representing specific actions and evolving at slower timescales than motor cortex.

The paper identifies extrastriate visual areas in mice that mediate visuomotor interactions by projecting to motor cortex, with synaptic contacts mainly in layer 2/3.

HERBS is a tool for rodent brain data management that allows users to plan experiments, register recording locations, and visualize anatomical features using brain atlases.

The paper analyzes neural recordings from multiple cortical regions in freely foraging rats to reveal how different brain areas encode behavioral features like movement and posture.

This study investigates whether mirror neuron-like activity exists in the mouse parieto-frontal network during action performance and observation, finding no overlap in neural responses.

The paper defines the mouse posterior parietal cortex (PPC) by integrating cyto- and chemoarchitectural markers with projection mapping, reconciling different anatomical conventions.

This study shows that parietal and frontal motor cortices efficiently represent 3D posture in freely behaving rats with high accuracy.