<p>Representative MCP angle in normalized units (bottom) and its time derivative (normalized angular velocity, top) profiles from subject S<sub>9</sub> in the T<sub>1</sub>Z<sub>1</sub> condition. Solid black lines indicate the time of the impact event. Vertical dashed red lines indicate the onset of the grasping movement (TOnClose). Cyan dashed lines represent the time of peak hand closing velocity. TPvClose is the duration of the time interval between the occurrence of the peak of closing velocity and the IT. Green dashed lines represent the end of the hand closing movement (THClose). The hand closing time (CT) is the duration of the time interval between TOnclose and THClose. Horizontal dashed lines indicate the maximum and minimum of MC...
<p>a. Time and amplitude of the maximum grip aperture for the half full bottle; b. Time and amplitud...
<p>Solid red lines represent the condition with no obstacles. Dashed red lines represent the conditi...
Research on reach-to-grasp movements generally concentrates on kinematics values that are expression...
<p>Mean ± SE values (average across participants over grasped trials) are reported separately for ea...
<p>Mean ± SE (across experimental conditions) values over grasped (black bars) and touched (white ba...
<p>a) The interaction between type of stimulus and type of grasp indicate an increase in initiation ...
<p>Arrows indicate the correspondence between the time at which the maximum grip aperture and the be...
<p>A: Movement time (MT), time to maximum grip aperture (tMGA), time to maximum height (tMH) and tim...
<p><i>Upper</i> A velocity profile typical of a stop movement: 1, the hand is in the transport phase...
<p>Representative relative velocity profiles during the reach-to-grasp phase.</p
<p>Exemplar data from grasping and pointing from a single subject, for a single bar position. (A) Ve...
<p><b>IFO, initial finger opening, MFA, maximal finger aperture, FFC, final finger closing</b>. Hori...
<p>Corrections in grasp posture occurred at 30.1% of normalized reach-to-grasp time for early correc...
<p>The reaching was successful when the cursor remained within the target for 1 sec (no click requir...
Research on reach-to-grasp movements generally concentrates on kinematics values that are expression...
<p>a. Time and amplitude of the maximum grip aperture for the half full bottle; b. Time and amplitud...
<p>Solid red lines represent the condition with no obstacles. Dashed red lines represent the conditi...
Research on reach-to-grasp movements generally concentrates on kinematics values that are expression...
<p>Mean ± SE values (average across participants over grasped trials) are reported separately for ea...
<p>Mean ± SE (across experimental conditions) values over grasped (black bars) and touched (white ba...
<p>a) The interaction between type of stimulus and type of grasp indicate an increase in initiation ...
<p>Arrows indicate the correspondence between the time at which the maximum grip aperture and the be...
<p>A: Movement time (MT), time to maximum grip aperture (tMGA), time to maximum height (tMH) and tim...
<p><i>Upper</i> A velocity profile typical of a stop movement: 1, the hand is in the transport phase...
<p>Representative relative velocity profiles during the reach-to-grasp phase.</p
<p>Exemplar data from grasping and pointing from a single subject, for a single bar position. (A) Ve...
<p><b>IFO, initial finger opening, MFA, maximal finger aperture, FFC, final finger closing</b>. Hori...
<p>Corrections in grasp posture occurred at 30.1% of normalized reach-to-grasp time for early correc...
<p>The reaching was successful when the cursor remained within the target for 1 sec (no click requir...
Research on reach-to-grasp movements generally concentrates on kinematics values that are expression...
<p>a. Time and amplitude of the maximum grip aperture for the half full bottle; b. Time and amplitud...
<p>Solid red lines represent the condition with no obstacles. Dashed red lines represent the conditi...
Research on reach-to-grasp movements generally concentrates on kinematics values that are expression...