Lauren Vetere
@laurenmvetere.bsky.social
Neuroscience postdoc in the Liu lab at NYU. Studying how different parts of the brain communicate to make memories. Writer & science communicator. Science New Wave Festival 18 producer. https://www.labocine.com/events/science-new-wave-festival-xviii
Overall, these findings highlight disrupted timing & coordination in this circuitry, suggesting impaired MEC-hippocampus communication.
Moving forward, we’re excited to explore if restoring theta synchrony and/or spike timing in these circuits can ameliorate memory deficits. (5/6)
Moving forward, we’re excited to explore if restoring theta synchrony and/or spike timing in these circuits can ameliorate memory deficits. (5/6)
January 22, 2025 at 4:34 PM
Overall, these findings highlight disrupted timing & coordination in this circuitry, suggesting impaired MEC-hippocampus communication.
Moving forward, we’re excited to explore if restoring theta synchrony and/or spike timing in these circuits can ameliorate memory deficits. (5/6)
Moving forward, we’re excited to explore if restoring theta synchrony and/or spike timing in these circuits can ameliorate memory deficits. (5/6)