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Topography of distance-modulated multisensory object location encoding in mouse area RL
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DOI：10.1016/j.cub.2026.06.071.png)
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Abstract
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• Mouse area RL neurons have multimodal 3D object location receptive fields (OLRFs) • OLRF properties vary systematically with preferred object distance • Distance-dependent preferred modality shifts reconcile visual and tactile maps in RL • Distance governs both the spatial integration mode and the linearity
Keywords:
object location encoding
area RL
cross-modal integration
mouse visual cortex
posterior parietal cortex
reference frame
receptive field
two-photon calcium imaging
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