The article explores the nature of memory, emphasizing that it's about selective retention rather than sheer volume. While studying insulin-like hormones in the sea slug Aplysia californica, the author witnessed how these hormones facilitated memory formation after feeding, thus linking biological memory systems across species. The research revealed not only how memory enhances neuroplasticity but also introduced an interesting paradox regarding the sluggish pace of these creatures, providing insight into the complexities of memory adaptation and function in a biological context.
Superior memory isn't just about storing information; it's about selectively retaining the most relevant information through a form of pattern recognition.
Insulin-like hormones in sea slugs enhance neuroplasticity and long-term memory formation after feeding, showcasing the evolutionarily conserved mechanisms of memory across species.
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