Our Brains Can't Actually 'Rewire' Themselves, Neuroscientists S - Deepstash
Our Brains Can't Actually 'Rewire' Themselves, Neuroscientists S

Our Brains Can't Actually 'Rewire' Themselves, Neuroscientists S

Curated from: sciencealert.com

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The Surprising Truth About the Brain

The Surprising Truth About the Brain

According to recent studies, the brain's ability to rewire itself after an injury may not be as extraordinary as we once believed, despite numerous examples.

In the journal eLife, Makin and Krakauer state that the evidence from key experiments does not definitively prove the brain's capacity for functional reorganization.

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Key Takeaways:

  • Brain's ability to rewire disputed
  • Past studies may not be conclusive
  • Findings published in eLife journal
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Professor Makin's Study on Brain Injuries and Neuroplasticity

Professor Makin's Study on Brain Injuries and Neuroplasticity

Professor Makin's research on brain injuries and neuroplasticity shows how the brain changes and adapts, giving insight into better rehabilitation techniques.

With this knowledge, we can strive for inclusivity and accessibility for those with different abilities. 🧠 Let's build a world where everyone can thrive!

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The Miraculous Recovery of Cognitive Functions

The Miraculous Recovery of Cognitive Functions

Study participants can regain lost cognitive functions, indicating the brain's ability to utilize under-utilized but existing neural connections, per authors.

  • Miraculous recovery of cognitive functions is possible
  • Brain utilizes previously quiet or under-utilized neural connections/functions
  • Study participants showed signs of regained cognitive functions

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The Myth of Brain Reorganization and Vision Loss

The Myth of Brain Reorganization and Vision Loss

Studies have shown that vision loss does not actually lead to brain reorganization. Our neurons are already sensitive to inputs from both eyes, but when one eye is unavailable, the "gain" is increased.

Key Concepts:

  • Brain reorganization and vision loss
  • Neuron sensitivity to inputs from both eyes
  • Increased "gain" when one eye is unavailable

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4th IdeaπŸ’‘

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5TH IDEA

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