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How we learn

One of the big revelations from the last few years worth of focus on glia is shining a light on how we learn. Astrocytes create non-overlapping local domains, and each local domain is essentially stored information is the core of the learning process. Astrocytic local domains have a maximum amount of discrete information available (capped …

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Big Breakthroughs Soon in Nervous System Regeneration/Reconfiguration?

There have been many attempts to repair nervous system damage, the most recent trend is to use electronic devices to bridge a signalling gap around an insult. These have all predictably failed despite early promise, in my opinion because they still carry a neuron-centric/electric brain view of nervous system function which has fairly significant flaws. …

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Research Tools

Exaly – One of my favorite sites, particularly the trends graphs. Makes it easy to see when a particular topic’s research is getting disconnected from citations, an indication that replication/reproduction on the topic is failing. Also super helpful to observe how a topic has grown over time, and current “enthusiasm” for a topic. Pubpeer – …

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Are cognitive processes driven entirely by maps? Is this the primary function of astrocytes?

One of the oddest artifacts of astocytes in particular is that despite their morphological complexity, they do not overlap in “normal” development. They have varying density by region and by individual, but the cells themselves maintain discrete local environments. This coupled with every developed astrocyte having unique properties serves to answer one of the big …

Are cognitive processes driven entirely by maps? Is this the primary function of astrocytes? Read More »

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