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- W4281772926 abstract "Humans are equipped with an extraordinary ability to understand and imitate actions by mapping the observed movement onto their own cortical motor system. Long-established lines of research have identified two correlates of this motor resonance following action observation: the mu rhythm event-related desynchronization (mu-ERD) recorded through electroencephalography (EEG) and the facilitation of motor evoked potentials (MEPs) induced by transcranial magnetic stimulation (TMS) of the primary motor cortex (M1). Yet, whether mu-ERD and MEP facilitation reflect unique or distinct mechanisms is not conclusive, as prior work did not combine simultaneous TMS-EEG recording with a trial-by-trial analysis of the two markers. To address this issue, here, we used TMS-EEG co-registration while participants observed and executed finger movements. EEG was continuously recorded while single-pulse TMS was administered over the left M1 and MEPs were recorded from the right hand. We found stronger motor cortex recruitment during action execution and observation as shown by mu-ERD. MEPs instead were larger overall during action execution and showed a facilitation specific to the muscles involved in the observed movements. Interestingly, when analyzing these two parameters using a trial-by-trial statistical approach, we did not find any relationship between mu-ERD and MEPs within the action observation condition. Our findings support the notion that EEG and TMS indices of motor resonance reflect distinct neural mechanisms." @default.
- W4281772926 created "2022-06-13" @default.
- W4281772926 creator A5024829118 @default.
- W4281772926 creator A5051810160 @default.
- W4281772926 creator A5053806066 @default.
- W4281772926 creator A5084456130 @default.
- W4281772926 date "2022-09-01" @default.
- W4281772926 modified "2023-10-03" @default.
- W4281772926 title "Mu rhythm and corticospinal excitability capture two different frames of motor resonance: A TMS–EEG co-registration study" @default.
- W4281772926 cites W1547702425 @default.
- W4281772926 cites W1874830988 @default.
- W4281772926 cites W1966688945 @default.
- W4281772926 cites W1969040087 @default.
- W4281772926 cites W1973057905 @default.
- W4281772926 cites W1978643028 @default.
- W4281772926 cites W1981177143 @default.
- W4281772926 cites W1981728446 @default.
- W4281772926 cites W1983968131 @default.
- W4281772926 cites W1987243159 @default.
- W4281772926 cites W1987864041 @default.
- W4281772926 cites W1988066590 @default.
- W4281772926 cites W1989215993 @default.
- W4281772926 cites W1994221441 @default.
- W4281772926 cites W1994585255 @default.
- W4281772926 cites W1995468228 @default.
- W4281772926 cites W1995555169 @default.
- W4281772926 cites W2000767414 @default.
- W4281772926 cites W2001442225 @default.
- W4281772926 cites W2002229750 @default.
- W4281772926 cites W2008053155 @default.
- W4281772926 cites W2010371409 @default.
- W4281772926 cites W2010538751 @default.
- W4281772926 cites W2011239230 @default.
- W4281772926 cites W2014131363 @default.
- W4281772926 cites W2014344734 @default.
- W4281772926 cites W2014493574 @default.
- W4281772926 cites W2016217313 @default.
- W4281772926 cites W2016478370 @default.
- W4281772926 cites W2016740912 @default.
- W4281772926 cites W2017108196 @default.
- W4281772926 cites W2019354520 @default.
- W4281772926 cites W2021613918 @default.
- W4281772926 cites W2024313158 @default.
- W4281772926 cites W2024551348 @default.
- W4281772926 cites W2026445688 @default.
- W4281772926 cites W2033098819 @default.
- W4281772926 cites W2034250277 @default.
- W4281772926 cites W2037032985 @default.
- W4281772926 cites W2041016306 @default.
- W4281772926 cites W2043522368 @default.
- W4281772926 cites W2047325024 @default.
- W4281772926 cites W2053589641 @default.
- W4281772926 cites W2054111035 @default.
- W4281772926 cites W2055437847 @default.
- W4281772926 cites W2056632282 @default.
- W4281772926 cites W2057366526 @default.
- W4281772926 cites W2062989338 @default.
- W4281772926 cites W2063794184 @default.
- W4281772926 cites W2069278965 @default.
- W4281772926 cites W2073435070 @default.
- W4281772926 cites W2075976889 @default.
- W4281772926 cites W2077805258 @default.
- W4281772926 cites W2078937573 @default.
- W4281772926 cites W2079259457 @default.
- W4281772926 cites W2083466476 @default.
- W4281772926 cites W2084475173 @default.
- W4281772926 cites W2089259562 @default.
- W4281772926 cites W2093250287 @default.
- W4281772926 cites W2095047987 @default.
- W4281772926 cites W2098127220 @default.
- W4281772926 cites W2102453924 @default.
- W4281772926 cites W2104568401 @default.
- W4281772926 cites W2108215521 @default.
- W4281772926 cites W2110997285 @default.
- W4281772926 cites W2111754927 @default.
- W4281772926 cites W2112555465 @default.
- W4281772926 cites W2116261169 @default.
- W4281772926 cites W2117270641 @default.
- W4281772926 cites W2118391904 @default.
- W4281772926 cites W2121438626 @default.
- W4281772926 cites W2124572389 @default.
- W4281772926 cites W2133548197 @default.
- W4281772926 cites W2133733115 @default.
- W4281772926 cites W2136022845 @default.
- W4281772926 cites W2141330748 @default.
- W4281772926 cites W2142397149 @default.
- W4281772926 cites W2142689604 @default.
- W4281772926 cites W2146724816 @default.
- W4281772926 cites W2148722741 @default.
- W4281772926 cites W2154561578 @default.
- W4281772926 cites W2156092714 @default.
- W4281772926 cites W2160683905 @default.
- W4281772926 cites W2163695988 @default.
- W4281772926 cites W2164704332 @default.
- W4281772926 cites W2166073443 @default.
- W4281772926 cites W2167796542 @default.
- W4281772926 cites W2199148690 @default.
- W4281772926 cites W2200917453 @default.