Extended Data Fig. 6: Correlation between the volumes of brain injury and the ∆Cρ.

a, The comparison of volumes of brain injury between MCS (n = 17) and UWS (n = 10) patients. The black dots and error bars denote the mean value and S.E.M. t₂₅ = 0.64, P = 0.53, two-tailed two-sample t-test. b, The correlation between ∆Cρ and the volumes of brain injury in three task conditions. Pearson’s correlation test (two-tailed), n_MCS = 17, n_UWS = 10. c, An example patient (Patient 7): the MRI data and maps of the stroke patient without brain damage. d, An example patient (Patient 17): the MRI data and maps of the TBI patient with large brain damage. e, The comparison of ∆probability between the stroke patient without brain damage and the TBI patient with brain damage, as shown in c and d. P1: Patient 7, P2: Patient 17. f, ∆Cρ, the same format as e. g, The MRI data and brain states of a stroke patient with brain damage (an example patient, Patient 2). The orange box indicates the first EEG recording in unrecovered state. The green box indicates the last EEG recording in recovery state. h, The comparison of ∆probability in Patient 2 between the first EEG recording in unrecovered state and the last EEG recording in recovery state. i, ∆Cρ, the same format as h. W: Word, P: Phrase, S: Sentence. F: First recording, L: Last recording. The percentage under each spatial map indicates the probability of each map.