Table 1 Patient demographics.

From: Functional connectivity discriminates epileptogenic states and predicts surgical outcome in children with drug resistant epilepsy

#

Sex (F/M)

Age (years)

MRI findings

Pathology

Seizure type

Surgical procedure

SOZ contacts (#)

iEEG [#]

Laterality (L/R)

Engel (f/u, years)

1

F

7

FCD (T and Ins)

DEV

SSO

L-temporal resection

5

DE (90)

L

IB (8)

2

M

18

Tumor (T)

ACQ

SSO

L-frontotemporal resection

27

SE, DE (72+20)

L

IC (6)

3

F

16

FCD (T)

DEV

SSO

L- temporal resection

2

SE, DE (96+10)

L

IA (8)

4

M

2.2

Fr lesion

ACQ

FSO

L-frontotemporal resection

4

SE (80)

R

IA (6)

5

F

18

Normal

NL

SSO

Medial temporal lobectomy

12

SE (88)

L

IA (7)

6

M

15

Hippocampal Sclerosis (anterior T)

DEV

FSO

L-anterior medial temporal resection

2

SE (80)

L

IA (2)

7

M

5

FCD (T)

DEV

SSO

L- temporal resection

5

SE (96)

L

IA (1.5)

8

M

13

Encephalomalacia (P, superior T)

ACQ

SSO

Frontal parietal resection

25

SE, DE (72+30)

L

IC (2)

9

F

3

TSC (multifocal)

DEV

SSO

Inferior frontal resection

13

SE (120)

L/R

IA (2)

10

M

4

FCD (Fr)

DEV

FSO

Bilateral frontal resection

9

SE, DE (56+10)

L/R

IC (6)

11

M

22

FCD

DEV

SSO

L-frontotemporal resection

10

SE, DE (64+30)

L

IA (3)

12

M

13

FCD (Mesial T)

DEV

SSO

L-frontotemporal resection

9

SE (92)

L

IA (9)

13

M

10

PMG (Fr, P)

DEV

FSO

L-temporal resection

20

SE, DE (64+60)

L

IB (2)

14

M

4

R frontal pole, superior Fr gyrus

DEV

FSO

R-temporal resection

31

SE, DE (128+10)

L

IA (1.5)

15

F

8

FCD (Posterior Fr)

DEV

FSO

Left occipital ablation

15

DE (164)

L

IA (4)

16

F

18

FCD (Fr)

DEV

SSO

L-anterior frontal resection

9

SE, DE (72+40)

L

IA (2)

17

F

7

Parietal lesion

DEV

SSO

L-frontal resection

7

SE (100)

L

IA (1)

18

F

6

PMG (P, T, O)

DEV

SSO

R-occipital parietal resection

4

DE (196)

R

IA (1)

19

M

15

Normal

NL

SSO

L- occipital parietal ablation

48

DE (236)

L

IA (1)

20

M

13

Inferior Fr sulcus, pars Tr

DEV

FSO

L-frontal temporal resection

21

SE (96)

L

IA (1.5)

21

F

4

Fr Lesion

Unknown

FSO

R-parietal ablation

9

DE (162)

R

IA (1)

22

F

18

FCD (Fr)

MCD

SSO

L-frontal resection

6

SE, DE (144+10)

L/R

IB (1)

23

F

10

Hippocampal sclerosis

DEV

SSO

L-inferotemporal lobectomy

3

SE, DE (140)

L

IVB (6)

24

M

6

FCD (Fr)

DEV

FSO

L-frontal lobectomy

7

SE (120)

L

IIIA (1)

25

M

16

Normal

NL

FSO

A-temporal lobectomy

6

SE (88)

L/R

IIB (2)

26

M

16

Normal (mild gliosis)

NL

SSO

L-frontal resection

4

SE (88)

L

IIIA (5)

27

F

13

Normal

DEV

SSO

R-frontal resection

6

SE, DE (112+10)

L

III (2)

28

M

18

FCD

DEV

SSO

L-occipital ablation

20

DE (212)

L

IIA (6)

29

F

22

Trauma

ACQ

FSO

R-frontal resection

4

SE (120)

R

IIB (5)

30

F

7

FCD (Fr operculum)

DEV

SSO

R-temporal resection

5

SE, DE (72+40)

R

IIA(2.5)

31

F

15

Hippocampal Formation

ACQ

SSO

L-frontal ablation

33

DE (166)

L

IIIA (2)

  1. ACQ acquired (i.e., stroke, neoplasm and traumatic brain injury); Age age at epilepsy surgery; DE depth electrodes (stereo EEG); DEV malformation of cortical development (i.e., focal cortical dysplasia (FCD), polymicrogyria, tuberous sclerosis complex, dysembryoplastic neuroepithelial tumor, and glioma); F female; f/u follow-up; Fr frontal; FSO fast seizure onset; I inferior; L left; M male; NL non-lesional; O occipital; P parietal; PMG polymicrogyria; R right; SE subdural electrodes (electrocorticography); SSO slow seizure onset; T temporal; Tr triangularis; TSC tuberous sclerosis complex.