Cristina M. Alberini

New York University · company speakers →

Long-term memory formation and storage are complex and dynamic processes. What types of molecular and cellular mechanisms underlie this complexity? This lecture will describe key biological mechanisms regulated in response to learning, their expression in diverse cell types, their temporal dynamics, and their roles in long-term memory formation, storage, as well as changes induced by memory recall. It will also discuss how the biological mechanisms engaged in long-term memory formation and storage change over development.

healthcare-servicespharma-biotech

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Speaking history

Neuroscience

13 November 2027 Chicago, United States “The Neurobiology of Long-Term Memory: Key Molecules, Diverse Cell Types, Temporal Dynamics, and Critical Periods”

Neuroscience

11 November 2028 San Diego, United States “The Neurobiology of Long-Term Memory: Key Molecules, Diverse Cell Types, Temporal Dynamics, and Critical Periods”

Neuroscience

14 November 2026 Washington, United States “The Neurobiology of Long-Term Memory: Key Molecules, Diverse Cell Types, Temporal Dynamics, and Critical Periods”

Topics this speaker covers

healthcare-servicespharma-biotech

Sectors

healthcare_medtech_pharma

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