Name File Type Size Last Modified
  2_EO_NoLT_NoRT 12/10/2024 07:17:AM
  3_EC_NoLT_NoRT 12/10/2024 07:17:AM
  4_EO_LT_NoRT 12/10/2024 07:18:AM
  5_EC_LT_NoRT 12/10/2024 07:18:AM
  6_EO_NoLT_RT 12/10/2024 07:18:AM
  7_EC_NoLT_RT 12/10/2024 07:19:AM
  8_EO_LT_RT 12/10/2024 07:19:AM
  9_EC_LT_RT 12/10/2024 07:19:AM
ReadMe.txt text/plain 12/10/2024 02:16:AM

Project Description

Summary:  View help for Summary The literature consistently shows that a light touch can help stabilize posture. However, there is still no agreement on how paying attention to additional tactile information affects the control of upright posture. To better understand the underlying mechanisms, we conducted a study where we tested conditions of sensory deprivation (closing the eyes), additional feedback (light touch), and a dual task paradigm (measuring simple reaction time to an unpredictable auditory stimulus). Twenty-five healthy students perform eight postural tasks, randomly assigned, four with the simple reaction task (RT) and four without (NoRT). We measured center of pressure displacements on a force plate in two visual conditions: eyes open (EO) and eyes closed (EC), and two sensory conditions: with light touch (LT) and without light touch (NoLT). Before each measurement, participants were instructed to consider the postural task as the primary task.



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