Attentional demands of state transitions in posture and balance

Keyphrases

1. Light Touch 100%
2. Sway 76%
3. Dance Expertise 25%
4. Postural Coordination 25%
5. Driving Signal 25%
6. External Driving 25%
7. Subjective States 25%
8. Cellist 25%
9. Functional Magnetic Resonance Imaging 25%
10. Working Memory 25%
11. Interpersonal Coordination 25%
12. Judging Panel 25%
13. Physiological Condition 25%
14. Dancers 25%
15. Ankle Movement 25%
16. Standing Balance 25%
17. Contrast Effect 25%
18. Movement Timing 25%
19. Forest Canopy 25%
20. Dual Task 20%
21. Interpersonal Synchrony 18%
22. Muscle Activity 15%
23. Haptic Device 15%
24. Left Inferior Frontal Gyrus 15%
25. Anteroposterior 15%
26. Cognitive Task 15%
27. Elbow 12%
28. N-back Task 10%
29. 2-back 10%
30. Behavioral Strategy 10%
31. Adaptation 10%
32. Information Processing Capability 10%
33. Normal Gait 10%
34. Hominin 10%
35. Interference Effect 10%
36. Tight 10%
37. Corrective 10%
38. Processing Capacity 10%
39. Rate of Change 7%
40. Postural Control 7%
41. Eye Closure 7%
42. Index Finger 7%
43. Body Sway 7%
44. Fixed Object 6%
45. Fingertip Interaction 6%
46. Impaired People 6%
47. Performance Anxiety 6%
48. Spatial Accuracy 6%
49. Posture Analysis 6%
50. Specific Terms 6%
51. High Heart Rate 6%
52. Physiological Function 6%
53. Haptic Information 6%
54. Kinematic Analysis 6%
55. Clinical Practice 6%
56. Arousal 6%
57. Behavior Change 6%
58. Elbow Angle 6%
59. Frequency Scaling 6%
60. Left Arm 6%
61. Physiological Arousal 6%
62. Frequency Effect 6%
63. Subjective Experience 6%
64. Heart Rate 6%
65. Gait Cycle 5%
66. Task Coordination 5%
67. Response Intervals 5%
68. Task Interference 5%
69. Processing Complexity 5%
70. No-contact 5%
71. Romberg 5%
72. Task Mode 5%
73. Dual-task Walking 5%
74. Dual-tasking 5%
75. Novel Paradigm 5%
76. Pressure Deviation 5%
77. Light Balance 5%
78. Precise Manipulation 5%
79. Feedback Support 5%
80. Canopy Shape 5%
81. Somatosensory Information 5%
82. Sensorimotor Strategies 5%
83. Somatosensory Feedback 5%
84. Access to Forests 5%
85. Continued Access 5%
86. Sway Path 5%
87. Gait Parameters 5%
88. Light Effect 5%
89. Interpersonal Postural Coordination 5%
90. Thimble 5%
91. Silent Counting 5%
92. Task Priority 5%
93. Individual Capacity 5%
94. Optoelectronic Motion Capture System 5%
95. Bipedalism 5%
96. Reduced Activation 5%
97. Metabolic Cost 5%
98. Environmental Surfaces 5%
99. Capacity Constraints 5%
100. Coefficient of Variation 5%
101. Cognitive Resources 5%
102. High-order 5%
103. Working Memory Load 5%
104. Inferior Frontal Gyrus 5%
105. Tool Use 5%
106. Peak Angular Velocity 5%
107. Kinematic Parameters 5%
108. Thigh muscles 5%
109. Body Center of Mass 5%
110. Modeling Elements 5%
111. Confounding 5%
112. Upright Standing 5%
113. Cognitive Load 5%
114. Synchronous Motion 5%
115. Performance Improvement 5%
116. Neuroanatomical Correlates 5%
117. Superior Parietal Lobule 5%
118. Cognitive-motor 5%
119. Efficient Route 5%
120. Motion Parameters 5%
121. Locomotion 5%
122. Cognitive Processing 5%
123. Center of Pressure 5%
124. Coordinative 5%
125. Sinusoidal Oscillations 5%
126. Base of Support 5%
127. Region-based Analysis 5%
128. Plantar Flexion 5%
129. Performance Decrement 5%
130. Gait Speed 5%
131. Motor Response 5%
132. Playback 5%
133. Gait 5%
134. In Tandem 5%
135. Older Adults 5%
136. Highly Dynamic 5%
137. Non-invasive Brain Stimulation 5%
138. Vision Loss 5%
139. Presentation Rate 5%
140. Locomotion Control 5%
141. Multi-task 5%
142. Timing Accuracy 5%
143. Local Activation 5%
144. Asynchrony 5%
145. Ankle 5%
146. Sensory Information 5%