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UseCases_ArguminSci_Discourse

Id Subject Object Predicate Lexical cue
T1 0-99 DRI_Challenge denotes Neural interactions between motor cortical hemispheres during bimanual and unimanual arm movements.
T2 100-215 DRI_Approach denotes Cortico-cortical connections through the corpus callosum are a major candidate for mediating bimanual coordination.
T3 216-357 DRI_Outcome denotes However, aside from the deficits observed after lesioning this connection, little positive evidence indicates its function in bimanual tasks.
T4 358-581 DRI_Approach denotes In order to address this issue, we simultaneously recorded neuronal activity at multiple sites within the arm area of motor cortex in both hemispheres of awake primates performing different bimanual and unimanual movements.
T5 582-852 DRI_Background denotes By employing an adapted form of the joint peri-stimulus time histogram technique, we discovered rapid movement-related correlation changes between the local field potentials (LFPs) of the two hemispheres that escaped detection by time-averaged cross-correlation methods.
T6 853-995 DRI_Approach denotes The frequency and amplitude of dynamic modifications in correlations between the hemispheres were similar to those within the same hemisphere.
T7 996-1090 DRI_Outcome denotes As in previous EEG studies, we found that, on average, correlation decreased during movements.
T8 1091-1262 DRI_Background denotes However, a subset of recording site pairs did show transiently increased correlations around movement onset (57% of all pairs and conditions in monkey G, 39% in monkey P).
T9 1263-1377 DRI_Approach denotes In interhemispheric pairs, these increases were consistently related to the mode of coupling between the two arms.
T10 1378-1598 DRI_Outcome denotes Both the correlations between the movements themselves and the interhemispheric LFP correlation increases were strongest during bimanual symmetric movements, and weaker during bimanual asymmetric and unimanual movements.
T11 1599-1729 DRI_Background denotes Increased correlations occurred mainly around movement onset, whilst decreases in correlation dominated during movement execution.
T12 1730-1929 DRI_Approach denotes The task-specific way in which interhemispheric correlations are modulated is compatible with the notion that interactions between the hemispheres contribute to behavioural coupling between the arms.

PubMed_ArguminSci

Id Subject Object Predicate Lexical cue
T1 100-215 DRI_Approach denotes Cortico-cortical connections through the corpus callosum are a major candidate for mediating bimanual coordination.
T2 216-357 DRI_Outcome denotes However, aside from the deficits observed after lesioning this connection, little positive evidence indicates its function in bimanual tasks.
T3 358-581 DRI_Approach denotes In order to address this issue, we simultaneously recorded neuronal activity at multiple sites within the arm area of motor cortex in both hemispheres of awake primates performing different bimanual and unimanual movements.
T4 582-852 DRI_Background denotes By employing an adapted form of the joint peri-stimulus time histogram technique, we discovered rapid movement-related correlation changes between the local field potentials (LFPs) of the two hemispheres that escaped detection by time-averaged cross-correlation methods.
T5 853-995 DRI_Approach denotes The frequency and amplitude of dynamic modifications in correlations between the hemispheres were similar to those within the same hemisphere.
T6 996-1090 DRI_Outcome denotes As in previous EEG studies, we found that, on average, correlation decreased during movements.
T7 1091-1262 DRI_Background denotes However, a subset of recording site pairs did show transiently increased correlations around movement onset (57% of all pairs and conditions in monkey G, 39% in monkey P).
T8 1263-1377 DRI_Approach denotes In interhemispheric pairs, these increases were consistently related to the mode of coupling between the two arms.
T9 1378-1598 DRI_Outcome denotes Both the correlations between the movements themselves and the interhemispheric LFP correlation increases were strongest during bimanual symmetric movements, and weaker during bimanual asymmetric and unimanual movements.
T10 1599-1729 DRI_Background denotes Increased correlations occurred mainly around movement onset, whilst decreases in correlation dominated during movement execution.
T11 1730-1929 DRI_Approach denotes The task-specific way in which interhemispheric correlations are modulated is compatible with the notion that interactions between the hemispheres contribute to behavioural coupling between the arms.