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Cerebral cortical folding, parcellation, and connectivity in humans, nonhuman primates, and mice | PNAS
![Ricard Solé on Twitter: "Are genes & cell regulation drivers of brain development? Not really: the complexity of brain folds (size, shape, placement, orientation) arise from an elementary mechanical instability modulated by Ricard Solé on Twitter: "Are genes & cell regulation drivers of brain development? Not really: the complexity of brain folds (size, shape, placement, orientation) arise from an elementary mechanical instability modulated by](https://pbs.twimg.com/media/Eav6YM1WAAA-bO1.jpg)
Ricard Solé on Twitter: "Are genes & cell regulation drivers of brain development? Not really: the complexity of brain folds (size, shape, placement, orientation) arise from an elementary mechanical instability modulated by
5: The cerebral cortex is characterized by its convoluted folds. Some... | Download Scientific Diagram
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