Feature selectivity explains mismatch signals in mouse visual cortex
The paper shows that perturbation responses in mouse V1 neurons are driven by feature selectivity rather than sensorimotor mismatch.
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University College LondonORCID 0000-0002-0018-8416Unclaimed ORCID profile · follow to get notified of new preprints
5 papers
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The paper shows that perturbation responses in mouse V1 neurons are driven by feature selectivity rather than sensorimotor mismatch.
Brice Williams, Joseph Del Rosario, Tomaso Muzzu…·Bilal Haider
The paper examines OFF and ON responses in mouse visual cortex across different spatial regions, finding OFF dominance in the central field and ON dominance in the periphery.
E. Mika Diamanti, Charu Bai Reddy, Sylvia Schröder…·Matteo Carandini
The paper shows spatial modulation of visual signals in higher visual areas but not in the thalamic pathway to V1, and links this modulation to active navigation and experience.
Gonçalo Lopes, Karolina Farrell, Edward A. B. Horrocks…·Aman B. Saleem
BonVision provides an open-source tool for creating and controlling visual environments, enabling closed-loop experiments with real-time interaction and hardware integration.
Tomaso Muzzu, Susanna Mitolo, Giuseppe P. Gava, Simon R. Schultz
This study identifies cerebellar neurons in mice that encode future locomotion kinematics, with linear decoding of locomotion speed using a small subset of cells.