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PMID_GLOBAL

Id	Subject	Object	Predicate	Lexical cue
T1	0-117	Sentence	denotes	Cerebellar Purkinje cell simple spike discharge encodes movement velocity in primates during visuomotor arm tracking.
T2	118-279	Sentence	denotes	Pathophysiological, lesion, and electrophysiological studies suggest that the cerebellar cortex is important for controlling the direction and speed of movement.
T3	280-403	Sentence	denotes	The relationship of cerebellar Purkinje cell discharge to the control of arm movement parameters, however, remains unclear.
T4	404-635	Sentence	denotes	The goal of this study was to examine how movement direction and speed and their interaction-velocity-modulate Purkinje cell simple spike discharge in an arm movement task in which direction and speed were independently controlled.
T5	636-867	Sentence	denotes	The simple spike discharge of 154 Purkinje cells was recorded in two monkeys during the performance of two visuomotor tasks that required the animals to track targets that moved in one of eight directions and at one of four speeds.
T6	868-1012	Sentence	denotes	Single-parameter regression analyses revealed that a large proportion of cells had discharge modulation related to movement direction and speed.
T7	1013-1295	Sentence	denotes	Most cells with significant directional tuning, however, were modulated at one speed, and most cells with speed-related discharge were modulated along one direction; this suggested that the patterns of simple spike discharge were not adequately described by single-parameter models.
T8	1296-1463	Sentence	denotes	Therefore, a regression surface was fitted to the data, which showed that the discharge could be tuned to specific direction-speed combinations (preferred velocities).
T9	1464-1679	Sentence	denotes	The overall variability in simple spike discharge was well described by the surface model, and the velocities corresponding to maximal and minimal discharge rates were distributed uniformly throughout the workspace.
T10	1680-1834	Sentence	denotes	Simple spike discharge therefore appears to integrate information about both the direction and speed of arm movements, thereby encoding movement velocity.

UseCases_ArguminSci_Discourse

Id	Subject	Object	Predicate	Lexical cue
T1	0-117	DRI_Background	denotes	Cerebellar Purkinje cell simple spike discharge encodes movement velocity in primates during visuomotor arm tracking.
T2	118-279	DRI_Challenge	denotes	Pathophysiological, lesion, and electrophysiological studies suggest that the cerebellar cortex is important for controlling the direction and speed of movement.
T3	280-403	DRI_Background	denotes	The relationship of cerebellar Purkinje cell discharge to the control of arm movement parameters, however, remains unclear.
T4	404-635	DRI_Background	denotes	The goal of this study was to examine how movement direction and speed and their interaction-velocity-modulate Purkinje cell simple spike discharge in an arm movement task in which direction and speed were independently controlled.
T5	636-867	DRI_Outcome	denotes	The simple spike discharge of 154 Purkinje cells was recorded in two monkeys during the performance of two visuomotor tasks that required the animals to track targets that moved in one of eight directions and at one of four speeds.
T6	868-1012	DRI_Outcome	denotes	Single-parameter regression analyses revealed that a large proportion of cells had discharge modulation related to movement direction and speed.
T7	1013-1295	DRI_Approach	denotes	Most cells with significant directional tuning, however, were modulated at one speed, and most cells with speed-related discharge were modulated along one direction; this suggested that the patterns of simple spike discharge were not adequately described by single-parameter models.
T8	1296-1463	DRI_Approach	denotes	Therefore, a regression surface was fitted to the data, which showed that the discharge could be tuned to specific direction-speed combinations (preferred velocities).
T9	1464-1679	DRI_Outcome	denotes	The overall variability in simple spike discharge was well described by the surface model, and the velocities corresponding to maximal and minimal discharge rates were distributed uniformly throughout the workspace.
T10	1680-1834	DRI_Challenge	denotes	Simple spike discharge therefore appears to integrate information about both the direction and speed of arm movements, thereby encoding movement velocity.