Glial control of parallel memory processing

Published on June 29, 2023

Imagine if your brain had separate compartments for short-term and long-term memory, like a suitcase for last night’s cramming session and a filing cabinet for information from years ago. Researchers have discovered that our brain does in fact process these two types of memory independently, much like how you might retrieve a specific piece of clothing from your suitcase or search for a file in your cabinet. This finding sheds light on why sometimes we can effortlessly recall information we recently learned, while other times it seems to slip through our fingers. It turns out that different parts of our brain, including special support cells called glial cells, play a major role in controlling these parallel memory processing systems. To fully understand how this works, it’s worth diving into the fascinating research detailed in the article.

Have you ever studied hard for a test the night before, only to fail miserably the next day? Alternatively, you may have felt ill-prepared after studying the night before when, to your astonishment, you recall effortless the content on test day. This discrepancy may be down to the separate and independent way in which our brain processes short- and long-term memory, researchers have revealed.

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