Francesco Paolo Battaglia

The paper shows that direct entorhinal input is crucial for CA1 remapping in novel environments, enabling spatial map reorganization.

Power Pixels is a pipeline that integrates multiple steps for processing Neuropixel recordings, simplifying data analysis for users.

This study inhibits direct entorhinal inputs to CA1 and finds that theta phase precession is abolished but theta sequences are strengthened, suggesting entorhinal inputs drive learning rather than sequence generation.

The paper examines how ACC neurons in rats respond to rule or strategy changes during learning tasks and shows that hippocampal theta and sharp-wave ripples modulate these responses differently.

The paper introduces a cost-effective, modular implant system for chronic electrophysiology in mice, improving ease of use, recovery, and experimental versatility.

SpikeShip identifies high-dimensional neural spiking patterns using optimal transport theory, distinguishing natural images and behavioral states in Neuropixel recordings.

This paper introduces a multivariate analytical framework to study how hippocampal oscillations co-vary and influence neuronal firing during sleep and wakefulness, revealing species-specific network constraints and cross-frequency interactions.

The paper compares spike-rate and spike-timing codes in visual cortex during natural movie viewing, finding that temporal spiking sequences carry more information and are more stable than spike-rate vectors.

Pynapple provides an open-source framework for analyzing time-resolved data in systems neuroscience, offering easy-to-use objects and methods for data manipulation and analysis.

The paper analyzes the heterogeneity of theta sequences and phase precession in CA1 neurons, showing distinct patterns in different cell groups under varying gamma oscillation conditions.

The paper shows that during hippocampal ripples, up-states and spindles co-occur in the retrosplenial cortex and predict CA1 slow gamma oscillations, suggesting a role in memory consolidation.

This study investigates cortico-hippocampal interactions during sleep using voltage imaging and electrocorticography, finding bidirectional exchanges mediated by hippocampal slow gamma and ripples.

The paper investigates how neural activity in the hippocampus and medial prefrontal cortex supports temporal association learning in mice through coordinated sequences and persistent representations.

The paper introduces a new chronic implant device for mice that combines tetrode arrays and silicon probes to record layer-resolved neural activity in freely moving animals.

This study examines how learning alters activity patterns in the hippocampus and prefrontal cortex during classical conditioning using electrophysiological recordings.

The paper shows that amyloid pathology reduces firing rates of pyramidal cells in the frontal cortex of APP/PS1 mice, which can be restored by levetiracetam.

This paper introduces a high-density CMOS scanning probe for neural recording, demonstrating its ability to capture neural activity across multiple brain regions with improved resolution compared to lower density devices.

This paper introduces SPOTDisClust, a method for detecting temporal spike patterns in neural ensembles, and applies it to identify moving stimulus directions from macaque V1 cortex data.