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• W3094164017 endingPage "117472" @default.
• W3094164017 startingPage "117472" @default.
• W3094164017 abstract "Learning to anticipate future states of the world based on statistical regularities in the environment is a key component of perception and is vital for the survival of many organisms. Such statistical learning and prediction are crucial for acquiring language and music appreciation. Importantly, learned expectations can be implicitly derived from exposure to sensory input, without requiring explicit information regarding contingencies in the environment. Whereas many previous studies of statistical learning have demonstrated larger neuronal responses to unexpected versus expected stimuli, the neuronal bases of the expectations themselves remain poorly understood. Here we examined behavioral and neuronal signatures of learned expectancy via human scalp-recorded event-related brain potentials (ERPs). Participants were instructed to listen to a series of sounds and press a response button as quickly as possible upon hearing a target noise burst, which was either reliably or unreliably preceded by one of three pure tones in low-, mid-, and high-frequency ranges. Participants were not informed about the statistical contingencies between the preceding tone 'cues' and the target. Over the course of a stimulus block, participants responded more rapidly to reliably cued targets. This behavioral index of learned expectancy was paralleled by a negative ERP deflection, designated as a neuronal contingency response (CR), which occurred immediately prior to the onset of the target. The amplitude and latency of the CR were systematically modulated by the strength of the predictive relationship between the cue and the target. Re-averaging ERPs with respect to the latency of behavioral responses revealed no consistent relationship between the CR and the motor response, suggesting that the CR represents a neuronal signature of learned expectancy or anticipatory attention. Our results demonstrate that statistical regularities in an auditory input stream can be implicitly learned and exploited to influence behavior. Furthermore, we uncover a potential 'prediction signal' that reflects this fundamental learning process." @default.
• W3094164017 created "2020-10-29" @default.
• W3094164017 creator A5069998022 @default.
• W3094164017 creator A5076035812 @default.
• W3094164017 creator A5091002324 @default.
• W3094164017 date "2021-01-01" @default.
• W3094164017 modified "2023-10-12" @default.
• W3094164017 title "Learning to predict: Neuronal signatures of auditory expectancy in human event-related potentials" @default.
• W3094164017 cites W1540332606 @default.
• W3094164017 cites W1555539005 @default.
• W3094164017 cites W1964593594 @default.
• W3094164017 cites W1965718718 @default.
• W3094164017 cites W1970134745 @default.
• W3094164017 cites W1977127683 @default.
• W3094164017 cites W1977617544 @default.
• W3094164017 cites W1980131199 @default.
• W3094164017 cites W1980862600 @default.
• W3094164017 cites W1982073671 @default.
• W3094164017 cites W1982090810 @default.
• W3094164017 cites W1986063140 @default.
• W3094164017 cites W1986264597 @default.
• W3094164017 cites W1988391410 @default.
• W3094164017 cites W1996301957 @default.
• W3094164017 cites W2001571181 @default.
• W3094164017 cites W2002790098 @default.
• W3094164017 cites W2005837234 @default.
• W3094164017 cites W2006988857 @default.
• W3094164017 cites W2013098812 @default.
• W3094164017 cites W2013591745 @default.
• W3094164017 cites W2017040534 @default.
• W3094164017 cites W2021306965 @default.
• W3094164017 cites W2024938223 @default.
• W3094164017 cites W2025027094 @default.
• W3094164017 cites W2028939732 @default.
• W3094164017 cites W2029040255 @default.
• W3094164017 cites W2032043324 @default.
• W3094164017 cites W2032743424 @default.
• W3094164017 cites W2034102075 @default.
• W3094164017 cites W2046696734 @default.
• W3094164017 cites W2048485556 @default.
• W3094164017 cites W2051850587 @default.
• W3094164017 cites W2058164754 @default.
• W3094164017 cites W2065169231 @default.
• W3094164017 cites W2068780404 @default.
• W3094164017 cites W2076822527 @default.
• W3094164017 cites W2081357278 @default.
• W3094164017 cites W2083597669 @default.
• W3094164017 cites W2087032085 @default.
• W3094164017 cites W2090808068 @default.
• W3094164017 cites W2096269890 @default.
• W3094164017 cites W2104640717 @default.
• W3094164017 cites W2110984302 @default.
• W3094164017 cites W2113096305 @default.
• W3094164017 cites W2122896223 @default.
• W3094164017 cites W2123677515 @default.
• W3094164017 cites W2125309001 @default.
• W3094164017 cites W2127958135 @default.
• W3094164017 cites W2131894812 @default.
• W3094164017 cites W2137070227 @default.
• W3094164017 cites W2137921006 @default.
• W3094164017 cites W2149233038 @default.
• W3094164017 cites W2151091968 @default.
• W3094164017 cites W2158017113 @default.
• W3094164017 cites W2168978549 @default.
• W3094164017 cites W2255122597 @default.
• W3094164017 cites W2399270658 @default.
• W3094164017 cites W2481853212 @default.
• W3094164017 cites W2489597113 @default.
• W3094164017 cites W2494089081 @default.
• W3094164017 cites W2538948020 @default.
• W3094164017 cites W2566267184 @default.
• W3094164017 cites W2625113074 @default.
• W3094164017 cites W2743406877 @default.
• W3094164017 cites W2751218672 @default.
• W3094164017 cites W2767800855 @default.
• W3094164017 cites W2785794688 @default.
• W3094164017 cites W2810203257 @default.
• W3094164017 cites W2884406631 @default.
• W3094164017 cites W2888295514 @default.
• W3094164017 cites W2898360556 @default.
• W3094164017 cites W2901736695 @default.
• W3094164017 cites W2913333382 @default.
• W3094164017 cites W2947066906 @default.
• W3094164017 cites W2949309991 @default.
• W3094164017 cites W2951105899 @default.
• W3094164017 cites W2952386309 @default.
• W3094164017 cites W2964883926 @default.
• W3094164017 cites W2969426209 @default.
• W3094164017 cites W2990151583 @default.
• W3094164017 cites W3004943952 @default.
• W3094164017 cites W3005077624 @default.
• W3094164017 cites W1984927258 @default.
• W3094164017 doi "https://doi.org/10.1016/j.neuroimage.2020.117472" @default.
• W3094164017 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33099012" @default.
• W3094164017 hasPublicationYear "2021" @default.
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• W3094164017 citedByCount "4" @default.

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