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- W2088261337 abstract "Is directionality of electroencephalographic (EEG) synchronization abnormal in amnesic mild cognitive impairment (MCI) and Alzheimer's disease (AD)? EEG data were recorded in 64 normal elderly (Nold), 69 amnesic MCI, and 73 mild AD subjects at rest condition (closed eyes). Direction of information flux within EEG functional coupling at electrode pairs was performed by directed transfer function (DTF) at delta (2-4 Hz), theta (4-8 Hz), alpha 1 (8-10 Hz), alpha 2 (10-12 Hz), beta 1 (13-20 Hz), beta 2 (20-30 Hz), and gamma (30-40 Hz). Parietal to frontal direction of the information flux within EEG functional coupling was stronger in Nold than in MCI and/or AD subjects, namely for alpha and beta rhythms. In contrast, the directional flow within inter-hemispheric EEG functional coupling did not discriminate among the three groups. These results suggest that directionality of parieto-to-frontal EEG synchronization is abnormal not only in AD but also in amnesic MCI." @default.
- W2088261337 created "2016-06-24" @default.
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- W2088261337 date "2009-01-01" @default.
- W2088261337 modified "2023-10-14" @default.
- W2088261337 title "Directionality of EEG synchronization in Alzheimer's disease subjects" @default.
- W2088261337 cites W1500295349 @default.
- W2088261337 cites W1847168837 @default.
- W2088261337 cites W1964212126 @default.
- W2088261337 cites W1968974683 @default.
- W2088261337 cites W1979278695 @default.
- W2088261337 cites W1984667371 @default.
- W2088261337 cites W1984828228 @default.
- W2088261337 cites W1987387046 @default.
- W2088261337 cites W1990207779 @default.
- W2088261337 cites W1991179725 @default.
- W2088261337 cites W1992340327 @default.
- W2088261337 cites W1993148254 @default.
- W2088261337 cites W1999280783 @default.
- W2088261337 cites W2003287283 @default.
- W2088261337 cites W2005005504 @default.
- W2088261337 cites W2007747601 @default.
- W2088261337 cites W2008180577 @default.
- W2088261337 cites W2009914532 @default.
- W2088261337 cites W2011364644 @default.
- W2088261337 cites W2013333342 @default.
- W2088261337 cites W2015153982 @default.
- W2088261337 cites W2019159182 @default.
- W2088261337 cites W2019285589 @default.
- W2088261337 cites W2020922710 @default.
- W2088261337 cites W2022963223 @default.
- W2088261337 cites W2027295766 @default.
- W2088261337 cites W2031238523 @default.
- W2088261337 cites W2036955276 @default.
- W2088261337 cites W2037899511 @default.
- W2088261337 cites W2038969692 @default.
- W2088261337 cites W2039052749 @default.
- W2088261337 cites W2051134452 @default.
- W2088261337 cites W2053620426 @default.
- W2088261337 cites W2056895937 @default.
- W2088261337 cites W2057930292 @default.
- W2088261337 cites W2060228994 @default.
- W2088261337 cites W2061199164 @default.
- W2088261337 cites W2074974823 @default.
- W2088261337 cites W2077491345 @default.
- W2088261337 cites W2079533377 @default.
- W2088261337 cites W2087804641 @default.
- W2088261337 cites W2088073224 @default.
- W2088261337 cites W2090275196 @default.
- W2088261337 cites W2090606760 @default.
- W2088261337 cites W2092608058 @default.
- W2088261337 cites W2094815752 @default.
- W2088261337 cites W2095576608 @default.
- W2088261337 cites W2098330912 @default.
- W2088261337 cites W2098490603 @default.
- W2088261337 cites W2102757269 @default.
- W2088261337 cites W2107560053 @default.
- W2088261337 cites W2110678124 @default.
- W2088261337 cites W2112519660 @default.
- W2088261337 cites W2113708991 @default.
- W2088261337 cites W2115069519 @default.
- W2088261337 cites W2116308679 @default.
- W2088261337 cites W2119062449 @default.
- W2088261337 cites W2119351517 @default.
- W2088261337 cites W2119642008 @default.
- W2088261337 cites W2121687614 @default.
- W2088261337 cites W2124973413 @default.
- W2088261337 cites W2128529067 @default.
- W2088261337 cites W2132569683 @default.
- W2088261337 cites W2135473916 @default.
- W2088261337 cites W2136250824 @default.
- W2088261337 cites W2141650485 @default.
- W2088261337 cites W2145321763 @default.
- W2088261337 cites W2148274379 @default.
- W2088261337 cites W2151393950 @default.
- W2088261337 cites W2156220037 @default.
- W2088261337 cites W2157519013 @default.
- W2088261337 cites W2159122349 @default.
- W2088261337 cites W2168737201 @default.
- W2088261337 cites W2169895600 @default.
- W2088261337 cites W4246463936 @default.
- W2088261337 cites W94602567 @default.
- W2088261337 doi "https://doi.org/10.1016/j.neurobiolaging.2007.05.007" @default.