Entorhinal grid-like codes and time-locked network dynamics: How we navigate through crowds [W[R]C]
1 de feb. de 2023 ·
9m
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https://medicalxpress.com/news/2023-02-entorhinal-grid-like-codes-time-locked-network.html Grid cells not only help us navigate our own paths in a complex environment, but also help us analyze the movements of other people, scientists from the University of...
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https://medicalxpress.com/news/2023-02-entorhinal-grid-like-codes-time-locked-network.html
Grid cells not only help us navigate our own paths in a complex environment, but also help us analyze the movements of other people, scientists from the University of Vienna have now shown for the first time. Their new study in Nature Communications also suggests an explanation for a mechanism that could lead to disorientation in dementia patients.
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Grid cells not only help us navigate our own paths in a complex environment, but also help us analyze the movements of other people, scientists from the University of Vienna have now shown for the first time. Their new study in Nature Communications also suggests an explanation for a mechanism that could lead to disorientation in dementia patients.
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| Autor | UniquilbriuM |
| Organización | Flor and Hakeem |
| Página web | - |
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