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As we all know, the improvement of behavior is accompanied by changes in the structure and function of the brain
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However, whether these changes will lead to more general improvements, not just behavioral training, remains a controversial issue
As we all know, the improvement of behavior is accompanied by changes in the structure and function of the brain
Emily Sophia Nichols et al.
The study included healthy adults (n=16, 15 women) who were trained for 4 months on the control task of speech inhibition or the task of visuospatial working memory
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During this period, they underwent five diffusion tensor imaging scans
The study included healthy adults (n=16, 15 women) who were trained for 4 months on the control task of speech inhibition or the task of visuospatial working memory
The number of improvements in (a) custom search and (b) double trouble family training courses
The number of improvements in (a) custom search and (b) double trouble family training coursesFA change from baseline
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From baseline to scan 5 FA changes in the area of difference between groups
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Extensive changes in the white matter microstructure were observed.
The control training of speech inhibition resulted in changes in the frontotemporal lobe and the left side of the occipital frontal tract, and the training of visuospatial working memory resulted in changes in the right side of the frontoparietal tract
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There is almost no overlap between the changes in the two training groups
Extensive changes in the white matter microstructure were observed.
This research investigates whether training on one of the two cognitive tasks will lead to near transfer (i.
Self-order search (SOS) and double trouble group (DT) improve the tasks from the beginning to the end of cognitive training
.
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In short, the improvement obtained through 4 weeks of cognitive task training will not be transferred to other cognitive tasks
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This lack of short-distance or long-distance transfer is due to the fact that the changes in the white matter bundles associated with the training of each task are almost completely non-overlapping, so there is no benefit to untrained tasks
In short, by by 4 4 and will not be transferred to other cognitive tasks improved cognitive tasks and get training week
.
This lack of short-distance or long-distance transfer is due to the fact that the changes in the white matter bundles associated with the training of each task are almost completely non-overlapping, so there is no benefit to untrained tasks
.
The improvement from Zhou's cognitive task training will not be transferred to other cognitive tasks
.
This lack of short-distance or long-distance transfer is due to the fact that the changes in the white matter bundles associated with the training of each task are almost completely non-overlapping, so there is no benefit to untrained tasks
.
Original source
Original source Longitudinal white matter changes associated with cognitive training.
https://doi.
org/10.
1002/hbm.
25580
org/10.
1002/hbm.
25580 https://doi.
org/10.
1002/hbm.
25580 https://doi.
org/10.
1002/hbm.
25580https://doi.
org/10.
1002/hbm .
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