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- W2958819962 abstract "There are no published studies examining resting state networks (RSNs) and their relationship with neurodevelopmental metrics in tuberous sclerosis complex (TSC). We aimed to identify major resting-state functional magnetic resonance imaging (rs-fMRI) networks in infants with TSC and correlate network analyses with neurodevelopmental assessments, autism diagnosis, and seizure history.Rs-fMRI data from 34 infants with TSC, sedated with propofol during the scan, were analyzed to identify auditory, motor, and visual RSNs. We examined the correlations between auditory, motor, and visual RSNs at approximately 11.5 months, neurodevelopmental outcome at approximately 18.5 months, and diagnosis of autism spectrum disorders at approximately 36 months of age.RSNs were obtained in 76.5% (26/34) of infants. We observed significant negative correlations between auditory RSN and auditory comprehension test scores (p = .038; r = -.435), as well as significant positive correlations between motor RSN and gross motor skills test scores (p = .023; r = .564). Significant positive correlations between motor RSNs and gross motor skills (p = .012; r = .754) were observed in TSC infants without autism, but not in TSC infants with autism, which could suggest altered motor processing. There were no significant differences in RSNs according to seizure history.Negative correlation between auditory RSN, as well as positive correlation between motor RSN and developmental outcome measures might reflect different brain mechanisms and, when identified, may be helpful in predicting later function. A larger study of TSC patients with a healthy control group is needed before auditory and motor RSNs could be considered as neurodevelopmental outcome biomarkers." @default.
- W2958819962 created "2019-07-23" @default.
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- W2958819962 date "2019-07-14" @default.
- W2958819962 modified "2023-10-17" @default.
- W2958819962 title "Resting‐State fMRI Networks in Children with Tuberous Sclerosis Complex" @default.
- W2958819962 cites W1533031809 @default.
- W2958819962 cites W167265487 @default.
- W2958819962 cites W1895906169 @default.
- W2958819962 cites W1948733467 @default.
- W2958819962 cites W1965582900 @default.
- W2958819962 cites W1966460949 @default.
- W2958819962 cites W1973632589 @default.
- W2958819962 cites W1975045883 @default.
- W2958819962 cites W1984331840 @default.
- W2958819962 cites W1984804736 @default.
- W2958819962 cites W1985327120 @default.
- W2958819962 cites W1987650797 @default.
- W2958819962 cites W1989191842 @default.
- W2958819962 cites W1993437568 @default.
- W2958819962 cites W1997714374 @default.
- W2958819962 cites W2000567868 @default.
- W2958819962 cites W2002923643 @default.
- W2958819962 cites W2009494091 @default.
- W2958819962 cites W2016128925 @default.
- W2958819962 cites W2016888102 @default.
- W2958819962 cites W2018833964 @default.
- W2958819962 cites W2019011270 @default.
- W2958819962 cites W2022671987 @default.
- W2958819962 cites W2023572381 @default.
- W2958819962 cites W2035678379 @default.
- W2958819962 cites W2039448553 @default.
- W2958819962 cites W2045723788 @default.
- W2958819962 cites W2046018239 @default.
- W2958819962 cites W2049095415 @default.
- W2958819962 cites W2052644075 @default.
- W2958819962 cites W2053956592 @default.
- W2958819962 cites W2056081184 @default.
- W2958819962 cites W2056334380 @default.
- W2958819962 cites W2056694524 @default.
- W2958819962 cites W2067318667 @default.
- W2958819962 cites W2071338415 @default.
- W2958819962 cites W2071881327 @default.
- W2958819962 cites W2074133017 @default.
- W2958819962 cites W2075764371 @default.
- W2958819962 cites W2076519349 @default.
- W2958819962 cites W2079450984 @default.
- W2958819962 cites W2082025223 @default.
- W2958819962 cites W2085256460 @default.
- W2958819962 cites W2086672991 @default.
- W2958819962 cites W2092995247 @default.
- W2958819962 cites W2095491050 @default.
- W2958819962 cites W2095642798 @default.
- W2958819962 cites W2096424283 @default.
- W2958819962 cites W2097792392 @default.
- W2958819962 cites W2100428079 @default.
- W2958819962 cites W2103758608 @default.
- W2958819962 cites W2112639978 @default.
- W2958819962 cites W2116476161 @default.
- W2958819962 cites W2117621792 @default.
- W2958819962 cites W2130671706 @default.
- W2958819962 cites W2133903921 @default.
- W2958819962 cites W2135390742 @default.
- W2958819962 cites W2137376190 @default.
- W2958819962 cites W2137526583 @default.
- W2958819962 cites W2138043240 @default.
- W2958819962 cites W2140771113 @default.
- W2958819962 cites W2142794733 @default.
- W2958819962 cites W2150967988 @default.
- W2958819962 cites W2157106546 @default.
- W2958819962 cites W2158031492 @default.
- W2958819962 cites W2158200838 @default.
- W2958819962 cites W2160668478 @default.
- W2958819962 cites W2161819003 @default.
- W2958819962 cites W2164276105 @default.
- W2958819962 cites W2167868121 @default.
- W2958819962 cites W2168505209 @default.
- W2958819962 cites W2168834656 @default.
- W2958819962 cites W2328915930 @default.
- W2958819962 cites W2336951636 @default.
- W2958819962 cites W2488082771 @default.
- W2958819962 cites W2571969900 @default.
- W2958819962 cites W2593658800 @default.
- W2958819962 cites W2601707947 @default.
- W2958819962 cites W2608937503 @default.
- W2958819962 cites W2733282936 @default.
- W2958819962 cites W2742500500 @default.
- W2958819962 cites W2743318199 @default.