Alteration of a motor learning rule under mirror-reversal transformation does not depend on the amplitude of visual error.

Abstract:

:Human's sophisticated motor learning system paradoxically interferes with motor performance when visual information is mirror-reversed (MR), because normal movement error correction further aggravates the error. This error-increasing mechanism makes performing even a simple reaching task difficult, but is overcome by alterations in the error correction rule during the trials. To isolate factors that trigger learners to change the error correction rule, we manipulated the gain of visual angular errors when participants made arm-reaching movements with mirror-reversed visual feedback, and compared the rule alteration timing between groups with normal or reduced gain. Trial-by-trial changes in the visual angular error was tracked to explain the timing of the change in the error correction rule. Under both gain conditions, visual angular errors increased under the MR transformation, and suddenly decreased after 3-5 trials with increase. The increase became degressive at different amplitude between the two groups, nearly proportional to the visual gain. The findings suggest that the alteration of the error-correction rule is not dependent on the amplitude of visual angular errors, and possibly determined by the number of trials over which the errors increased or statistical property of the environment. The current results encourage future intensive studies focusing on the exact rule-change mechanism.

journal_name

Neurosci Res

journal_title

Neuroscience research

authors

Kasuga S,Kurata M,Liu M,Ushiba J

doi

10.1016/j.neures.2014.12.010

subject

Has Abstract

pub_date

2015-05-01 00:00:00

pages

62-9

eissn

0168-0102

issn

1872-8111

pii

S0168-0102(14)00327-7

journal_volume

94

pub_type

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