Relative timing and coupling of neural population bursts in large-scale recordings from multiple neuron populations

Key Points

• Timing relationships in neural populations show both consistency and variability across different mice.
• Analysis revealed that some sequential activities are preserved, while others are unique to individual mice.
• Observational analysis across multiple neuron populations allows for sensitive, trial-resolved insights into timing patterns.
• These findings highlight the complexity and individuality in neural burst propagation, implying a need for further exploration.

Abstract