Search results for "Action-perception matching"

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''Motor Resonance Mechanisms Are Preserved In Alzheimer's Disease Patients''

2012

Bisio, A. | Casteran, M. | Ballay, Y. | Manckoundia, P. | Mourey, F. | Pozzo, T.; International audience; ''This study aimed to better characterize the sensorimotor mechanisms underlying motor resonance, namely the relationship between motion perception and movement production in patients suffering from Alzheimer's disease (AD). This work first gives a kinematic description of AD patients' upper limb movements, then it presents a simple paradigm in which a dot with different velocities is moved in front of the participant who is instructed to point to its final position when it stopped. AD patients' actions, as well as healthy elderly participants, were similarly influenced by the dot veloc…

MaleMILD COGNITIVE IMPAIRMENTData InterpretationInhibition (Psychology)DiseaseNeuropsychological TestsHUMAN AUTONOMYExecutive FunctionCognition80 and overAged 80 and overMovement observation-executionGeneral NeuroscienceMIRROR NEURONSCognitionStatisticalAction-perception matchingAction-perception matching; Ageing; Automatic imitation; Dementia; Movement observation-execution; Aged; Aged 80 and over; Alzheimer Disease; Arm; Biomechanical Phenomena; Cognition; Data Interpretation Statistical; Executive Function; Female; Humans; Inhibition (Psychology); Linear Models; Male; Movement; Neuropsychological Tests; Photic Stimulation; Psychomotor Performance; Neuroscience (all)Biomechanical PhenomenaInhibition PsychologicalSOCIAL COGNITIONData Interpretation Statistical[ SCCO.NEUR ] Cognitive science/NeuroscienceArmFemaleAlzheimer's diseasePsychologyMovementStimulus (physiology)Alzheimer DiseaseCOLOR-WORD TESTmedicineHumansDementiaREACTION-TIME''Motion perceptionREACTION-TIMENEURAL MECHANISMSMotor resonanceAgedNeuroscience (all)Healthy elderlyPOINTING MOVEMENTSmedicine.diseaseFRONTAL LOBESVISUOMOTOR INTEGRATIONAgeing''MILD COGNITIVE IMPAIRMENTLinear ModelsDementiaNeuroscienceAutomatic imitationPhotic StimulationPsychomotor Performance
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