Distinct Modulations in Sensorimotor Postmovement and Foreperiod β-Band Activities Related to Error Salience Processing and Sensorimotor Adaptation

Torrecillos, Flavie; Alayrangues, Julie; Kilavik, Bjørg Elisabeth; Malfait, Nicole

doi:10.1523/jneurosci.1090-15.2015

Cited by 95 publications

(139 citation statements)

References 64 publications

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“…According to this hypothesis, beta ERD would be associated to this sensorimotor adaptation when producing motor actions with incongruent visual and somatosensory feedback. This suggestion is consistent with a recent observation made by Torrecillos et al (2015). These authors found beta ERD during the preparation of a force-field adapted reaching movement, if the movement was preceded by a movement in the same force field (see also Thoroughman and Shadmehr, 2000).…”

Section: Sensorimotor Cortexsupporting

confidence: 92%

“…These authors found beta ERD during the preparation of a force-field adapted reaching movement, if the movement was preceded by a movement in the same force field (see also Thoroughman and Shadmehr, 2000). Importantly, the use of movements with short duration in Torrecillos et al, (2015) study (i.e., 650 ms) may have favored the sensory remapping processes during movement planning rather than during movement execution. In the present experiment, participants were successively exposed to long periods with normal and incongruent feedback of similar durations (i.e.,~8 s).…”

Section: Sensorimotor Cortexmentioning

confidence: 95%

“…First, current assumptions on the link between neural oscillations and sensory re-weighting primarily derive from studies in which the sensory inputs were task-irrelevant (e.g., Krebber et al, 2015) or relevant for non-motor processes (e.g., visual, tactile or pain perception, see Tallon-Baudry et al, 1996;Bauer et al, 2006). Second, in studies targeting sensorimotor processes, neural oscillations were principally assessed either during the planning phase of the movements or during discrete motor actions of short duration (e.g., < 1 s; Chung et al, 2017;Thürer et al, 2016;Torrecillos et al, 2015).…”

Section: Introductionmentioning

confidence: 99%

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On the neural basis of sensory weighting: Alpha, beta and gamma modulations during complex movements

et al. 2017

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. On the neural basis of sensory weighting: Alpha, beta and gamma modulations during complex movements. NeuroImage, Elsevier, 2017, 150, pp.200 -212. 10.1016/j.neuroimage.2017 Previous studies have revealed that visual and somatosensory information is processed as a function of its relevance during movement execution. We thus performed spectral decompositions of ongoing neural activities within the somatosensory and visual areas while human participants performed a complex visuomotor task. In this task, participants followed the outline of irregular polygons with a pen-controlled cursor. At unpredictable times, the motion of the cursor deviated 120°with respect to the actual pen position creating an incongruence between visual and somatosensory inputs, thus increasing the importance of visual feedback to control the movement as suggested in previous studies. We found that alpha and beta power significantly decreased in the visual cortex during sensory incongruence when compared to unperturbed conditions. This result is in line with an increased gain of visual inputs during sensory incongruence. In parallel, we also found a simultaneous decrease of gamma and beta power in sensorimotor areas which has not been reported previously. The gamma desynchronization suggests a reduced integration of somatosensory inputs for controlling movements with sensory incongruence while beta ERD could be more specifically linked to sensorimotor adaptation processes.

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Section: Sensorimotor Cortexsupporting

confidence: 92%

Section: Sensorimotor Cortexmentioning

confidence: 95%

Section: Introductionmentioning

confidence: 99%

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On the neural basis of sensory weighting: Alpha, beta and gamma modulations during complex movements

et al. 2017

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“…The main factor influencing frontal midline r Herrojo Ruiz et al r r 5162 r theta might be outcome probability, which is primarily associated with the non-phase-locked (induced) portion of theta oscillations [Hajihosseini and Holroyd, 2013]. Beta oscillations are crucial during sensorimotor learning and performance, as reflected in their involvement in processing self-produced pitch errors in piano performance [Herrojo Ruiz et al, 2011], or in sensorimotor adaptation [Tan et al, 2014;Torrecillos et al, 2015]. In addition, there is vast evidence linking changes in beta oscillations to the processing of different aspects of movements, such as movement-related cues, boundary elements of sensorimotor sequences or temporal intervals [Bartolo et al, 2014;Herrojo Ruiz et al, 2014a;Iversen et al, 2009;Leventhal et al, 2012;Oswal et al, 2012].…”

Section: Introductionmentioning

confidence: 99%

Cingulate and cerebellar beta oscillations are engaged in the acquisition of auditory‐motor sequences

Ruiz

Maess

Altenmüller

et al. 2017

Human Brain Mapping

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Singing, music performance, and speech rely on the retrieval of complex sounds, which are generated by the corresponding actions and are organized into sequences. It is crucial in these forms of behavior that the serial organization (i.e., order) of both the actions and associated sounds be monitored and learned. To investigate the neural processes involved in the monitoring of serial order during the initial learning of sensorimotor sequences, we performed magnetoencephalographic recordings while participants explicitly learned short piano sequences under the effect of occasional alterations of auditory feedback (AAF). The main result was a prominent and selective modulation of beta (13-30 Hz) oscillations in cingulate and cerebellar regions during the processing of AAF that simulated serial order errors. Furthermore, the AAF-induced modulation of beta oscillations was associated with higher error rates, reflecting compensatory changes in sequence planning. This suggests that cingulate and cerebellar beta oscillations play a role in tracking serial order during initial sensorimotor learning and in updating the mapping of the sensorimotor representations. The findings support the notion that the modulation of beta oscillations is a candidate mechanism for the integration of sequential motor and auditory information during an early stage of skill acquisition in music performance. This has potential implications for singing and speech. Hum Brain Mapp 38:5161-5179, 2017. © 2017 Wiley Periodicals, Inc.

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“…For example, decreases of post event Beta have been associated with errors occurring during visual attention [11], or in the execution of movements [52]. In the former case, correct responses were associated with increased Beta synchrony in structures including bilateral parietal and frontal, as well as cingulate structures.…”

Section: Errors During Sustained Attention To Painmentioning

confidence: 99%

Vigilance behaviors and EEG activity in sustained attention may affect acute pain

Chien

Korzeniewska

Hillis

et al. 2017

J Syst Integr Neurosci

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During Sustained Attention to stimuli across many modalities neural activity often decreases over time on task, while Errors in task performance increase (Vigilance Decrement). Sustained Attention to pain has rarely been investigated experimentally despite its clinical significance. We have employed a Sustained Attention protocol (Continuous Performance Task, CPT) in which the subject counts painful laser stimuli (targets) when they occur randomly in a prolonged train of nonpainful nontargets. We hypothesize that the magnitude of the poststimulus oscillatory power divided by baseline power (Event-Related Spectral Perturbation, ERSP -scalp EEG) over Frontoparietal structures will decrease at all frequencies with time on task, while Beta ERSP (14-30Hz) will be correlated with Error Rates in performance of the CPT.During the CPT with a painful target ERSP was found in four separate Windows, as defined by both their frequency band and the time after the stimulus. A Vigilance Decrement was found which confirms that Sustained Attention to pain was produced by this CPT. In addition, Error Rates was correlated inversely with laser energy, and with ratings of pain unpleasantness and salience. Error Rates also were related directly to the Beta ERSP Window at scalp EEG electrodes over the central sulcus. Over time on task, the ERSP magnitude decreased in Alpha (8-14Hz) Window, was unchanged in early and late Delta/Theta Windows (0-8Hz), and increased in the Beta Window. The increase in Beta ERSP and a decrease in the Alpha ERSP occurred at the same EEG electrode over the parietal lobe to a significant degree across subjects.Overall, Beta activity increases with time on task, and with higher Error Rates as in the case of other modalities. In the case of pain increased Errors correspond to misidentification of painful and nonpainful stimuli and so modulate the sensation of pain under the influence of Sustained Attention.

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Distinct Modulations in Sensorimotor Postmovement and Foreperiod β-Band Activities Related to Error Salience Processing and Sensorimotor Adaptation

Cited by 95 publications

References 64 publications

On the neural basis of sensory weighting: Alpha, beta and gamma modulations during complex movements

On the neural basis of sensory weighting: Alpha, beta and gamma modulations during complex movements

Cingulate and cerebellar beta oscillations are engaged in the acquisition of auditory‐motor sequences

Vigilance behaviors and EEG activity in sustained attention may affect acute pain

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