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- W2809893412 abstract "Increasing contextual interference (CI) during practice benefits learning, making it a desirable difficulty. For example, interleaved practice (IP) of motor sequences is generally more difficult than repetitive practice (RP) during practice but leads to better learning. Here we investigated whether CI in practice modulated resting-state functional connectivity during consolidation. 26 healthy adults (11 men/15 women, age = 23.3 ± 1.3 years) practiced two sets of three sequences in an IP or RP condition over 2 days, followed by a retention test on Day 5 to evaluate learning. On each practice day, functional magnetic resonance imaging (fMRI) data were acquired during practice and also in a resting state immediately after practice. The resting-state fMRI data were processed using independent component analysis (ICA) followed by functional connectivity analysis, showing that IP on Day 1 led to greater resting connectivity than RP between the left premotor cortex and left dorsolateral prefrontal cortex (DLPFC), bilateral posterior cingulate cortices, and bilateral inferior parietal lobules. Moreover, greater resting connectivity after IP than RP on Day 1, between the left premotor cortex and the hippocampus, amygdala, putamen, and thalamus on the right, and the cerebellum, was associated with better learning following IP. Mediation analysis further showed that the association between enhanced resting premotor-hippocampal connectivity on Day 1 and better retention performance following IP was mediated by greater task-related functional activation during IP on Day 2. Our findings suggest that the benefit of CI to motor learning is likely through enhanced resting premotor connectivity during the early phase of consolidation." @default.
- W2809893412 created "2018-07-10" @default.
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- W2809893412 date "2018-11-01" @default.
- W2809893412 modified "2023-10-18" @default.
- W2809893412 title "Contextual interference enhances motor learning through increased resting brain connectivity during memory consolidation" @default.
- W2809893412 cites W1507985183 @default.
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- W2809893412 cites W1847168837 @default.
- W2809893412 cites W185355513 @default.
- W2809893412 cites W1970695058 @default.
- W2809893412 cites W1973741448 @default.
- W2809893412 cites W1977130685 @default.
- W2809893412 cites W1978489779 @default.
- W2809893412 cites W1982655363 @default.
- W2809893412 cites W1985815696 @default.
- W2809893412 cites W1986488498 @default.
- W2809893412 cites W1992557913 @default.
- W2809893412 cites W1998633617 @default.
- W2809893412 cites W2002164069 @default.
- W2809893412 cites W2009494091 @default.
- W2809893412 cites W2011884964 @default.
- W2809893412 cites W2012459102 @default.
- W2809893412 cites W2014636973 @default.
- W2809893412 cites W2019044369 @default.
- W2809893412 cites W2041558883 @default.
- W2809893412 cites W2044224663 @default.
- W2809893412 cites W2045818232 @default.
- W2809893412 cites W2047630542 @default.
- W2809893412 cites W2049611097 @default.
- W2809893412 cites W2050666996 @default.
- W2809893412 cites W2056860758 @default.
- W2809893412 cites W2059982399 @default.
- W2809893412 cites W2061204912 @default.
- W2809893412 cites W2068110335 @default.
- W2809893412 cites W2068471106 @default.
- W2809893412 cites W2074512259 @default.
- W2809893412 cites W2077208375 @default.
- W2809893412 cites W2077366304 @default.
- W2809893412 cites W2078672925 @default.
- W2809893412 cites W2078889033 @default.
- W2809893412 cites W2081277359 @default.
- W2809893412 cites W2082367798 @default.
- W2809893412 cites W2088272457 @default.
- W2809893412 cites W2090559927 @default.
- W2809893412 cites W2091177453 @default.
- W2809893412 cites W2092427048 @default.
- W2809893412 cites W2096240659 @default.
- W2809893412 cites W2097474197 @default.
- W2809893412 cites W2097745407 @default.
- W2809893412 cites W2100007498 @default.
- W2809893412 cites W2108384452 @default.
- W2809893412 cites W2111804672 @default.
- W2809893412 cites W2113506774 @default.
- W2809893412 cites W2117621792 @default.
- W2809893412 cites W2117914711 @default.
- W2809893412 cites W2122298493 @default.
- W2809893412 cites W2128574243 @default.
- W2809893412 cites W2129708289 @default.
- W2809893412 cites W2130654277 @default.
- W2809893412 cites W2130965179 @default.
- W2809893412 cites W2132978814 @default.
- W2809893412 cites W2134305330 @default.
- W2809893412 cites W2136435696 @default.
- W2809893412 cites W2138461092 @default.
- W2809893412 cites W2138790588 @default.
- W2809893412 cites W2140933365 @default.
- W2809893412 cites W2146518935 @default.
- W2809893412 cites W2148540117 @default.
- W2809893412 cites W2157106546 @default.
- W2809893412 cites W2158327447 @default.
- W2809893412 cites W2161674766 @default.
- W2809893412 cites W2165474260 @default.
- W2809893412 cites W2165819828 @default.
- W2809893412 cites W2165844886 @default.
- W2809893412 cites W2170702893 @default.
- W2809893412 cites W2309005852 @default.
- W2809893412 cites W2403252035 @default.
- W2809893412 cites W2536639841 @default.
- W2809893412 cites W25536696 @default.
- W2809893412 cites W2555851128 @default.
- W2809893412 cites W4212838134 @default.
- W2809893412 cites W4247268077 @default.
- W2809893412 cites W4292811746 @default.
- W2809893412 cites W593229229 @default.
- W2809893412 cites W96107554 @default.
- W2809893412 doi "https://doi.org/10.1016/j.neuroimage.2018.06.081" @default.
- W2809893412 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29966717" @default.
- W2809893412 hasPublicationYear "2018" @default.
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