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In the future, targeting these moments of favorable patterns in patients with disorders of consciousness may help us identify windows of greater receptivity to the external world, paving the way for developing individualized patient care protocols. (8/8)

Our results reveal a bidirectional influence between ongoing brain dynamics and conscious perception. Moreover, they suggest that certain brain configurations favor conscious processing of external stimuli, highlighting their functional role in shaping conscious content. (7/8)

Interestingly, the occurrence of Pattern 1 increased following the detection of a threshold stimulus, indicating that participants were more prone to transitioning to this pattern, which seems to be favorable for conscious perception, when they detected the stimulus. (6/8)

We hypothesized that participants would be more likely to detect a stimulus at threshold if they exhibited this pattern that is most typical of conscious states (Pattern 1). As expected, detection rates were higher when Pattern 1 occurred during the stimulus presentation! (5/8)

Using phase-based functional connectivity and k-means clustering we computed recurrent brain patterns. Our patterns closely matched those found by Demertzi et al. (2019), with Pattern 1 corresponding to the pattern typical of conscious states, decreasing with unconsciousness. (4/8)

Importantly the overall volume of the stimuli was adjusted for each participant in a staircase session prior to the task so that the middle SNR (SNR-9) would be detected in only half of the trials. (3/8)

Participants performed an auditory detection task during fMRI acquisitions. They were asked to detect a French vowel /a/ embedded in continuous background noise at different signal-to-noise ratios (SNR). (2/8)

And the link ! www.nature.com/articles/s41...