Extended Data Fig. 1: White matter integrity of the bilateral VOTC–LeftAG tract predicts model–brain correspondence of CLIP and MoCo (n = 33 patients). | Nature Human Behaviour

Extended Data Fig. 1: White matter integrity of the bilateral VOTC–LeftAG tract predicts model–brain correspondence of CLIP and MoCo (n = 33 patients).

From: Combined evidence from artificial neural networks and human brain-lesion models reveals that language modulates vision in human perception

Extended Data Fig. 1: White matter integrity of the bilateral VOTC–LeftAG tract predicts model–brain correspondence of CLIP and MoCo (n = 33 patients).The alternative text for this image may have been generated using AI.

Correlation coefficients and one-tailed P values are displayed on the plots (d.f.=30). a. Partial correlations between bilateral VOTC–LeftAG tract integrity and model–brain correspondence, controlling for lesion volume. Both sentence description effects (CLIP-specific) and MoCo-specific effects correlate significantly with VOTC–LeftAG tract integrity. b. Validation analysis using connections with right AG shows no significant relationships, confirming left-lateralized pathway specificity.

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