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• W2549482091 abstract "From birth, the human visual system shows a remarkable sensitivity for perceiving biological motion. This visual ability relies on a distributed network of brain regions and can be preserved even after damage of high-level ventral visual areas. However, it remains unknown whether this critical biological skill can withstand the loss of vision following bilateral striate damage. To address this question, we tested the categorization of human and animal biological motion in BC, a rare case of cortical blindness after anoxia-induced bilateral striate damage. The severity of his impairment, encompassing various aspects of vision (i.e., color, shape, face, and object recognition) and causing blind-like behavior, contrasts with a residual ability to process motion. We presented BC with static or dynamic point-light displays (PLDs) of human or animal walkers. These stimuli were presented either individually, or in pairs in two alternative forced choice (2AFC) tasks. When confronted with individual PLDs, the patient was unable to categorize the stimuli, irrespective of whether they were static or dynamic. In the 2AFC task, BC exhibited appropriate eye movements towards diagnostic information, but performed at chance level with static PLDs, in stark contrast to his ability to efficiently categorize dynamic biological agents. This striking ability to categorize biological motion provided top-down information is important for at least two reasons. Firstly, it emphasizes the importance of assessing patients’ (visual) abilities across a range of task constraints, which can reveal potential residual abilities that may in turn represent a key feature for patient rehabilitation. Finally, our findings reinforce the view that the neural network processing biological motion can efficiently operate despite severely impaired low-level vision, positing our natural predisposition for processing dynamicity in biological agents as a robust feature of human vision." @default.
• W2549482091 created "2016-11-30" @default.
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• W2549482091 date "2016-12-01" @default.
• W2549482091 modified "2023-10-17" @default.
• W2549482091 title "Residual perception of biological motion in cortical blindness" @default.
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• W2549482091 cites W1782200757 @default.
• W2549482091 cites W1909100644 @default.
• W2549482091 cites W1911565940 @default.
• W2549482091 cites W1911605042 @default.
• W2549482091 cites W1965041076 @default.
• W2549482091 cites W1974312475 @default.
• W2549482091 cites W1979275336 @default.
• W2549482091 cites W1980969283 @default.
• W2549482091 cites W1983622488 @default.
• W2549482091 cites W1988095698 @default.
• W2549482091 cites W1993094680 @default.
• W2549482091 cites W1995284850 @default.
• W2549482091 cites W1996466671 @default.
• W2549482091 cites W2010542639 @default.
• W2549482091 cites W2017108196 @default.
• W2549482091 cites W2017246109 @default.
• W2549482091 cites W2025298305 @default.
• W2549482091 cites W2028137763 @default.
• W2549482091 cites W2047560633 @default.
• W2549482091 cites W2050287670 @default.
• W2549482091 cites W2052148080 @default.
• W2549482091 cites W2058189433 @default.
• W2549482091 cites W2059329002 @default.
• W2549482091 cites W2059420659 @default.
• W2549482091 cites W2064320027 @default.
• W2549482091 cites W2066225964 @default.
• W2549482091 cites W2073519360 @default.
• W2549482091 cites W2083921892 @default.
• W2549482091 cites W2092237482 @default.
• W2549482091 cites W2093379357 @default.
• W2549482091 cites W2096797083 @default.
• W2549482091 cites W2099634219 @default.
• W2549482091 cites W2101077368 @default.
• W2549482091 cites W2101201254 @default.
• W2549482091 cites W2102391231 @default.
• W2549482091 cites W2105685928 @default.
• W2549482091 cites W2106343996 @default.
• W2549482091 cites W2108082191 @default.
• W2549482091 cites W2108904730 @default.
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• W2549482091 cites W2119238581 @default.
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• W2549482091 cites W2130142409 @default.
• W2549482091 cites W2131960105 @default.
• W2549482091 cites W2133033884 @default.
• W2549482091 cites W2135096899 @default.
• W2549482091 cites W2135855634 @default.
• W2549482091 cites W2136792723 @default.
• W2549482091 cites W2138151918 @default.
• W2549482091 cites W2142080486 @default.
• W2549482091 cites W2142636200 @default.
• W2549482091 cites W2144481990 @default.
• W2549482091 cites W2149067367 @default.
• W2549482091 cites W2149951190 @default.
• W2549482091 cites W2150499704 @default.
• W2549482091 cites W2150845841 @default.
• W2549482091 cites W2154809625 @default.
• W2549482091 cites W2155355476 @default.
• W2549482091 cites W2156534340 @default.
• W2549482091 cites W2156927493 @default.
• W2549482091 cites W2158821442 @default.
• W2549482091 cites W2161485095 @default.
• W2549482091 cites W2166695101 @default.
• W2549482091 cites W2168620332 @default.
• W2549482091 cites W2171221906 @default.
• W2549482091 cites W2217402295 @default.
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• W2549482091 doi "https://doi.org/10.1016/j.neuropsychologia.2016.11.009" @default.
• W2549482091 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27851900" @default.
• W2549482091 hasPublicationYear "2016" @default.
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