We tested the short-term effects of a nonrigid tool, identified as an "anchor system" (e.g., ropes attached to varying weights resting on the floor), on the postural stabilization of blindfolded adults with and without ...

We tested the short-term effects of a nonrigid tool, identified as an anchor system (e.g., ropes attached to varying weights resting on the floor), on the postural stabilization of blindfolded adults with and without ...

We tested the short-term effects of a nonrigid tool, identified as an anchor system (e.g., ropes attached to varying weights resting on the floor), on the postural stabilization of blindfolded adults with and without ...

We tested the short-term effects of a nonrigid tool, identified as an anchor system(e.g., ropes attached to varying weights resting on the floor), on the postural stabilization of blindfolded adults with and without ...

This article uses an anchor metaphor to explain the dynamic interplay between the human body's active uses of nonrigid tools to mediate information about its adjacent environment to enhance postural control. The author ...

This article uses an anchor metaphor to explain the dynamic interplay between the human body's active uses of nonrigid tools to mediate information about its adjacent environment to enhance postural control. The author ...

This article uses an anchor metaphor to explain the dynamic interplay between the human body's active uses of nonrigid tools to mediate information about its adjacent environment to enhance postural control. The author ...

Several studies have emphasized the contribution of haptic input that results from the use of rigid and non-rigid tools to the postural control system. Experimental protocols such as the light touch and the anchor system ...