Aman B. Saleem

This study shows that human gait kinematics dynamically adjust optic flow perception during locomotion, with step frequency modulating sensitivity and bias in response to stimulus speed.

The paper shows that sleep oscillations coordinate specific memory reactivation between the hippocampus and cortex, enhancing memory consolidation.

The paper shows that locomotion enhances visual speed encoding in medial higher visual areas of mice but not direction encoding.

The paper investigates how mice distinguish self-motion from object motion using virtual reality and neural recordings from the superior colliculus, finding that different layers of the superior colliculus encode these signals differently.

This study shows that low frequency brain rhythms change before gamma power decreases in tauopathy, indicating early electrophysiological signs of neurodegeneration.

The paper shows that perturbation responses in mouse V1 neurons are driven by feature selectivity rather than sensorimotor mismatch.

The paper examines OFF and ON responses in mouse visual cortex across different spatial regions, finding OFF dominance in the central field and ON dominance in the periphery.

The paper examines how locomotion affects the temporal dynamics of visual speed encoding in mice, finding that running enhances the encoding of visual speed through faster and more reliable neural responses.

The paper maps feedback projections to mouse primary visual cortex and finds topographic organization of inputs from higher visual areas along the mediolateral axis.

This study shows that midbrain dopamine neurons provide teaching signals for goal-directed navigation by encoding reward prediction errors and ramping activity that improve navigation performance.

The paper shows spatial modulation of visual signals in higher visual areas but not in the thalamic pathway to V1, and links this modulation to active navigation and experience.

This study shows that visual cortical plasticity and visually evoked behaviors are disrupted in early stages of tauopathy in rTg4510 mice.

This study shows that spatial representations in V1 and CA1 are correlated and influenced by non-visual factors like distance traveled and theta oscillations.

BonVision provides an open-source tool for creating and controlling visual environments, enabling closed-loop experiments with real-time interaction and hardware integration.

The paper investigates how locomotion and wall touching modulate neuronal activity in different layers of the mouse barrel cortex, finding distinct patterns in layer 2/3 and layer 5.

The paper shows that visual responses in V1 and hippocampal CA1 encode the animal's subjective spatial position during navigation in virtual reality.

The paper identifies the source and modulation factors of a narrowband gamma oscillation in mouse visual cortex, showing it is driven by thalamic input and suppressed by visual contrast.