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Cross, Emily S.; Cohen, Nichola Rice; de C. Hamilton, Antonia F.; Ramsey, Richard; Wolford, George; Grafton, Scott T. – Neuropsychologia, 2012
What does it mean to "know" what an object is? Viewing objects from different categories (e.g., tools vs. animals) engages distinct brain regions, but it is unclear whether these differences reflect object categories themselves or the tendency to interact differently with objects from different categories (grasping tools, not animals). Here we…
Descriptors: Sensory Experience, Brain, Object Manipulation, Perception
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Proverbio, Alice Mado; Adorni, Roberta; D'Aniello, Guido Edoardo – Neuropsychologia, 2011
It is well known that viewing graspable tools (but not other objects) activates motor-related brain regions, but the time course of affordance processing has remained relatively unexplored. In this study, EEG was continuously recorded from 128 scalp sites in 15 right-handed university students while they received stimuli in the form of 150…
Descriptors: Cognitive Processes, Brain, College Students, Visual Stimuli
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Rueschemeyer, Shirley-Ann; van Rooij, Daan; Lindemann, Oliver; Willems, Roel M.; Bekkering, Harold – Journal of Cognitive Neuroscience, 2010
Recent research indicates that language processing relies on brain areas dedicated to perception and action. For example, processing words denoting manipulable objects has been shown to activate a fronto-parietal network involved in actual tool use. This is suggested to reflect the knowledge the subject has about how objects are moved and used.…
Descriptors: Brain, Language Processing, Vocabulary, Object Manipulation
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Morange-Majoux, Francoise; Dellatolas, Georges – Brain and Cognition, 2010
Recent theories on the evolution of language (e.g. Corballis, 2009) emphazise the interest of early manifestations of manual laterality and manual specialization in human infants. In the present study, left- and right-hand movements towards a midline object were observed in 24 infants aged 4 months in a constrained condition, in which the hands…
Descriptors: Infants, Object Manipulation, Psychomotor Skills, Handedness
Nowak, Dennis A.; Glasauer, Stefan; Hermsdorfer, Joachim – Brain, 2004
Grip force control relies on accurate internal models of the dynamics of our motor system and the external objects we manipulate. Internal models are not fixed entities, but rather are trained and updated by sensory experience. Sensory feedback signals relevant object properties and mechanical events, e.g. at the skin-object interface, to modify…
Descriptors: Feedback, Models, Sensory Experience, Psychomotor Skills