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. 2017 Oct 23;39(1):7–23. doi: 10.1002/hbm.23849

Table 3.

Clinical data and average changes in HbO2 concentration during the clinical recordings

Patient Age (sex) Handiness (profession) Recording duration (# blocs) Technical issues Diagnosis Additional neuroimaging modalities Δ [HbO2] (µmol/l)
C1 63 (M) R (retired) 2 × 1 h None LS‐TIA

MRA: L occlusion of M1, R severe supraclinoid ICA stenosis

ASL: decrease rCBF within the L MCA territory

LH* = −1.50

RH* = −1.50

C2 23 (F) R (educator) 10 h None Bi‐temporal lobe epilepsy iSPECT: increase CBF over the middle and posterior portions of the right TL

LT = 29.75

RT = 71.09

C3 30 (F) R (student) 24 h Helmet not ICU‐friendly Refractory SE

iiSPECT: R posterior temporal seizure focus

MEG: temporal spikes from the posterior portion of the insula and R temporal opercula

LF** = 0.49

RF** = 1.63

RT** = 0.51

C4 51 (F) Right (retired) 8 h (N = 7) None Stroke, refractory epilepsy fMRI: R language dominance

BL = 0.40

BR = 0.85

(LIN = −0.36)

M: male; F: female; R: right; L: left; HbO2: oxyhemoglobin; LI: laterality index; BL: Broca left; BR: Broca right; LH: left hemisphere; RH: right hemisphere; LT: left temporal RT: right temporal; LF: left frontal; RF: right frontal; TL: temporal lobe; ICU: intensive care unit; MRA: magnetic resonance angiography; ASL: arterial spin labeling; rCBF: regional cerebral blood flow; iSPECT: ictal single position emission computed tomography; iiSPECT: interictal single positron emission computed tomography; MEG: magnetoencephalography; fMRI: functional magnetic resonance imaging; *: one session of recording, **: one burst of seizure.