Table 1 Distribution of reminiscences produced by brain region stimulation analyzed using a linear mixed effects model

From: The anterior-posterior gradient of the fusiform gyrus modulates the transition between mnemonic and perceptual features during reminiscences

Brain Region

n/N

Estimate (β)

SE

t

p

Bonferroni_p

Superior Temporal Sulcus

2/1377

     

Lateral Occipital Cortex

1/556

−0.001

0.004

−0.377

0.706

1.000

Middle Occipital Gyrus

2/553

0.003

0.004

0.683

0.495

1.000

Calcarine Gyrus

4/607

0.003

0.004

0.934

0.350

1.000

Lingual Gyrus

2/384

0.002

0.004

0.578

0.563

1.000

Superior Temporal Gyrus

5/1439

−0.001

0.003

−0.436

0.663

1.000

Inferior Temporal Gyrus

8/1040

0.006

0.003

2.090

0.037

0.660

Superior Temporal Pole

6/237

0.015

0.005

2.953

0.003

0.057

Middle Temporal Pole

3/749

0.005

0.003

1.418

0.156

1.000

Hippocampus

6/725

0.005

0.003

1.342

0.180

1.000

ParaHippocampus

8/1071

0.004

0.003

1.245

0.213

1.000

Fusiform Gyrus

30/1496

0.017

0.003

6.368

1.971 × 10−10

3.548 × 10−9

Superior Parietal Cortex

1/265

0.004

0.005

0.723

0.470

1.000

Intraparietal Sulcus

3/576

−0.001

0.004

−0.217

0.828

1.000

Precuneus

3/1521

−0.001

0.003

−0.462

0.644

1.000

Parietooccipital Sulcus

3/630

0.003

0.004

0.930

0.353

1.000

Rolandic Operculum

2/1068

−0.002

0.003

−0.705

0.481

1.000

Anterior Insula

10/1862

0.002

0.003

0.884

0.377

1.000

Putamen

2/648

0.001

0.004

0.413

0.679

1.000

  1. n and N represent the induced reminiscence sites and number of electrical stimulations in each brain region respectively. Estimated coefficient for the fixed effect of region relative to reference region. Brain regions in bold are those for which stimulation evoked significantly more reminiscences than reference region (p < 0.05, two-sided test). Source data are provided as a Source Data file.
Back to article page