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• W3009586999 endingPage "116693" @default.
• W3009586999 startingPage "116693" @default.
• W3009586999 abstract "Time is a critical component of episodic memory. Yet it is currently unclear how different types of temporal signals are represented in the brain and how these temporal signals support episodic memory. The current study investigated whether temporal cues provided by low-frequency environmental rhythms influence memory formation. Specifically, we tested the hypothesis that neural tracking of low-frequency rhythm serves as a mechanism of selective attention that dynamically biases the encoding of visual information at specific moments in time. Participants incidentally encoded a series of visual objects while passively listening to background, instrumental music with a steady beat. Objects either appeared in-synchrony or out-of-synchrony with the background beat. Participants were then given a surprise subsequent memory test (in silence). Results revealed significant neural tracking of the musical beat at encoding, evident in increased electrophysiological power and inter-trial phase coherence at the perceived beat frequency (1.25 ​Hz). Importantly, enhanced neural tracking of the background rhythm at encoding was associated with superior subsequent memory for in-synchrony compared to out-of-synchrony objects at test. Together, these results provide novel evidence that the brain spontaneously tracks low-frequency musical rhythm during naturalistic listening situations, and that the strength of this neural tracking is associated with the effects of rhythm on higher-order cognitive processes such as episodic memory." @default.
• W3009586999 created "2020-03-13" @default.
• W3009586999 creator A5001080729 @default.
• W3009586999 creator A5005975407 @default.
• W3009586999 creator A5032265453 @default.
• W3009586999 creator A5087234675 @default.
• W3009586999 date "2020-06-01" @default.
• W3009586999 modified "2023-10-09" @default.
• W3009586999 title "Memory in time: Neural tracking of low-frequency rhythm dynamically modulates memory formation" @default.
• W3009586999 cites W1507893557 @default.
• W3009586999 cites W1895696875 @default.
• W3009586999 cites W1902335101 @default.
• W3009586999 cites W1963967172 @default.
• W3009586999 cites W1964849140 @default.
• W3009586999 cites W1970156416 @default.
• W3009586999 cites W1973422494 @default.
• W3009586999 cites W1979022765 @default.
• W3009586999 cites W1984109089 @default.
• W3009586999 cites W2001788447 @default.
• W3009586999 cites W2005123641 @default.
• W3009586999 cites W2010985379 @default.
• W3009586999 cites W2028947841 @default.
• W3009586999 cites W2038156098 @default.
• W3009586999 cites W2039772527 @default.
• W3009586999 cites W2043761552 @default.
• W3009586999 cites W2050260600 @default.
• W3009586999 cites W2050694047 @default.
• W3009586999 cites W2058317558 @default.
• W3009586999 cites W2061797510 @default.
• W3009586999 cites W2065485764 @default.
• W3009586999 cites W2081524353 @default.
• W3009586999 cites W2085909350 @default.
• W3009586999 cites W2086505012 @default.
• W3009586999 cites W2088345409 @default.
• W3009586999 cites W2089267012 @default.
• W3009586999 cites W2093046365 @default.
• W3009586999 cites W2094525586 @default.
• W3009586999 cites W2094850439 @default.
• W3009586999 cites W2124447844 @default.
• W3009586999 cites W2126262283 @default.
• W3009586999 cites W2126481927 @default.
• W3009586999 cites W2128495200 @default.
• W3009586999 cites W2129596917 @default.
• W3009586999 cites W2131431976 @default.
• W3009586999 cites W2134285990 @default.
• W3009586999 cites W2137738843 @default.
• W3009586999 cites W2150597844 @default.
• W3009586999 cites W2154357033 @default.
• W3009586999 cites W2157262267 @default.
• W3009586999 cites W2158255900 @default.
• W3009586999 cites W2158866673 @default.
• W3009586999 cites W2159450018 @default.
• W3009586999 cites W2160044159 @default.
• W3009586999 cites W2166007990 @default.
• W3009586999 cites W2167030473 @default.
• W3009586999 cites W2228094914 @default.
• W3009586999 cites W2290102979 @default.
• W3009586999 cites W2338467621 @default.
• W3009586999 cites W2340547977 @default.
• W3009586999 cites W2465407024 @default.
• W3009586999 cites W2488403717 @default.
• W3009586999 cites W2516799295 @default.
• W3009586999 cites W2537240939 @default.
• W3009586999 cites W2559469116 @default.
• W3009586999 cites W2563829339 @default.
• W3009586999 cites W2570497341 @default.
• W3009586999 cites W2587139056 @default.
• W3009586999 cites W2588767398 @default.
• W3009586999 cites W2589849966 @default.
• W3009586999 cites W2600617611 @default.
• W3009586999 cites W2624565457 @default.
• W3009586999 cites W2732631268 @default.
• W3009586999 cites W2744014893 @default.
• W3009586999 cites W2747129024 @default.
• W3009586999 cites W2760999986 @default.
• W3009586999 cites W2771114695 @default.
• W3009586999 cites W2774071031 @default.
• W3009586999 cites W2789389679 @default.
• W3009586999 cites W2799379826 @default.
• W3009586999 cites W2800719794 @default.
• W3009586999 cites W2889601555 @default.
• W3009586999 cites W2901322589 @default.
• W3009586999 cites W2902215305 @default.
• W3009586999 cites W2914870307 @default.
• W3009586999 cites W2933480125 @default.
• W3009586999 cites W2941616890 @default.
• W3009586999 cites W2948670932 @default.
• W3009586999 cites W2949034232 @default.
• W3009586999 cites W2949593389 @default.
• W3009586999 cites W2950058538 @default.
• W3009586999 cites W2952101405 @default.
• W3009586999 cites W2975966138 @default.
• W3009586999 cites W2980177172 @default.
• W3009586999 cites W2989943430 @default.
• W3009586999 doi "https://doi.org/10.1016/j.neuroimage.2020.116693" @default.
• W3009586999 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32135262" @default.
• W3009586999 hasPublicationYear "2020" @default.
• W3009586999 type Work @default.

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