Implication of the anterior commissure in the allocation of attention to actionConceptual unifying constraints override sensorimotor interference during anticipatory control of bimanual actionsSpatial Conceptual Influences on the Coordination of Bimanual Actions: When a Dual Task Becomes a Single TaskReferred sensations elicited by video-mediated mirroring of hands.Movement activation and inhibition in Parkinson's disease: a functional imaging study.The rubber hand illusion and its application to clinical neuroscience.Action Experience and Action Discovery in Medicated Individuals with Parkinson's Disease.A behavioral task for investigating action discovery, selection and switching: comparison between types of reinforcer.The age-related posterior-anterior shift as revealed by voxelwise analysis of functional brain networks.Early and Late Shift of Brain Laterality in STG, HG, and Cerebellum with Normal Aging during a Short-Term Memory Task.Creating a movement heuristic for voluntary action: electrophysiological correlates of movement-outcome learning.John Hughlings Jackson: bridging theory and clinical observation.Dopamine dependency of cognitive switching and response repetition effects in Parkinson's patients.Mu rhythm suppression is associated with the classification of emotion in faces.Superior performance of blind compared with sighted individuals on bimanual estimations of object size.Mutations in the netrin-1 gene cause congenital mirror movements.Remoteness modulates the effects of emotional valence on the neural network of autobiographical memory in older females.Agency attribution: event-related potentials and outcome monitoring.The "sweet" effect: Comparative assessments of dietary sugars on cognitive performance.Evolutionary neurology, responsive equilibrium, and the moral brain.Brain and cognitive processes of imitation in bimanual situations: Making inferences about mirror neuron systems.Viewer perspective affects central bottleneck requirements in spatial translation tasks.John Hughlings Jackson's evolutionary neurology: a unifying framework for cognitive neuroscience.Effects of response readiness on reaction time and force output in people with Parkinson's disease.Viewer perspective in the mirroring of actions.The effects of aging on the brain activation pattern during a speech perception task: an fMRI study.Perception of hand movement by mirror reflection evokes brain activation in the motor cortex contralateral to a non-moving hand.How does consciousness for action relate to attention for action?Hemispheric competition in left-handers on bimanual reaction time tasks.Goal-related planning constraints in bimanual grasping and placing of objects.Developmental change in interhemispheric communication: evidence from bimanual cost.Effects of unilateral distractors: a comparison of eye movement and key press responses.Visual manipulations for motor rehabilitationOut of reach? — A novel AR interface approach for motor rehabilitationOn the relationship between fluid intelligence, gesture production, and brain structure
P50
Q21129135-F57B8DC6-97A7-4640-8FF0-BC227CB86314Q30458804-FF3862C8-A0C6-4671-A0F8-6A391AE5DAA3Q30464278-50C48BB2-9519-40AD-AEE6-DD2FAE7B4300Q34525060-8864AA03-041F-41F1-B242-B68D37E6BD91Q36100730-26753894-1EC2-4BB2-9236-5E4584F937FFQ37946010-B09125EF-FBD2-4185-843F-9188A13D3CA0Q41227212-66C88E8B-08D7-4B2C-B3EE-5623AD8B28E2Q42246462-41167697-5880-41E9-ACD6-7C60DD9036C6Q42986178-0B0A7455-D00E-4915-BE2A-0C07FAAF72AFQ43226882-4397777A-8EEC-4E5F-AC07-F31BDF84C20EQ43856199-CF206657-3166-40AF-B164-B2082DB59A36Q44011495-7102DDE8-2FBD-4DDC-944E-39A37B130DF5Q45958959-0633D1C4-19EA-430F-9113-8B764B10C8CDQ47375120-C9EFE921-F923-4546-AE99-58CB15A238C4Q47394763-8E12ACAD-C107-4CE1-B487-418AA60B2950Q47748727-5CA36921-754A-4562-868D-86EEF9427322Q47775216-AA618941-39D8-4F5C-B104-D0C4E0FF5829Q47801862-03164DA6-0524-43E1-BE4B-22B14D780ED2Q47923812-57D8755D-1D22-4F4B-B179-203FDDF1AA73Q48058137-FA7F8257-CD6E-4BF2-A6FF-300A5F6563F1Q48248485-AD5310DF-919C-4CF5-B284-59EE41FAAFB2Q48351359-B232AC3A-3958-4A3D-B225-E06E2B2760D4Q48434944-22477F0F-DC75-439C-B04F-67AC0F0392CFQ48536495-27356549-D679-4B67-A707-0ECF8CDC7721Q48619583-B70F8C03-EC51-4DDE-847C-FF6E71F24E63Q48728842-D744B9BA-8DFE-4EF4-AA2C-BF4C3F55ACF1Q48731195-89B6E94A-8647-487A-9CA1-A294C0EECC07Q49076613-4ABE4522-4067-47D3-815C-291C998500FFQ49158323-A328A2ED-9ECF-4253-910E-2EE666A649F9Q51958528-F15382FE-648C-4BAA-A585-1E7FA96B3B8FQ51971659-EEAB6272-54B7-4E45-86ED-6F750354AAF1Q52086144-5A02608F-332C-426C-8306-33DA248A197FQ57832714-67E93472-9683-45B2-AE64-F36DBBBF1D12Q57832718-57E9DA55-61BC-4BD2-BA64-D67F9D05934DQ60678538-126648E9-EDC0-40ED-9822-E0510E06EA69
P50
description
New Zealand neurology academic
@en
New Zealand neurology academic
@en-gb
neurowetenschapster uit Nieuw-Zeeland
@nl
novozélandská neuroložka
@cs
name
Elizabeth A. Franz
@de
Elizabeth A. Franz
@en
Elizabeth A. Franz
@en-gb
Elizabeth A. Franz
@es
Elizabeth A. Franz
@nb
Elizabeth A. Franz
@nl
Elizabeth Franzová
@cs
type
label
Elizabeth A. Franz
@de
Elizabeth A. Franz
@en
Elizabeth A. Franz
@en-gb
Elizabeth A. Franz
@es
Elizabeth A. Franz
@nb
Elizabeth A. Franz
@nl
Elizabeth Franzová
@cs
altLabel
Elizabeth A. 'Liz' Franz
@en
Elizabeth A. Franzová
@cs
Elizabeth Franz
@en
L. A. Franz
@en
Liz Franz
@en
prefLabel
Elizabeth A. Franz
@de
Elizabeth A. Franz
@en
Elizabeth A. Franz
@en-gb
Elizabeth A. Franz
@es
Elizabeth A. Franz
@nb
Elizabeth A. Franz
@nl
Elizabeth Franzová
@cs
P214
P244
P106
P21
P214
P244
no2014078900
P27
P2798
P31
P734
P735
P7859
lccn-no2014078900