Table 1 Differential expression of immune proteins as a function of spatial distribution in intraepithelial and stromal segments and recurrence

From: Distinct spatial immune microlandscapes are independently associated with outcomes in triple-negative breast cancer

Protein

Intraepithelial (cytokeratin-positive) segments

Stroma (cytokeratin-negative) segments

All segments fold change

p-value

CD45ENR fold change

p-value

CD68ENR fold change

p-value

TumorENR fold change

p-value

All segments fold change

p-value

CD45ENR fold change

p-value

CD68ENR fold change

p-value

B7-H3

1.2

0.038

1.2

0.212

1.2

0.237

1.2

0.249

1.0

0.784

0.9

0.234

1.0

0.841

B2M

1.7

0.000

1.8

0.000

1.6

0.000

1.6

0.000

1.3

0.000

1.2

0.013

1.3

0.001

CD11c

1.4

0.000

1.8

0.000

1.2

0.116

1.0

0.630

1.0

0.519

1.2

0.126

0.9

0.493

CD127

1.0

0.373

1.0

0.700

0.9

0.380

1.0

0.745

1.2

0.013

1.0

0.613

1.0

0.992

CD20

2.1

0.000

2.5

0.000

1.6

0.000

1.7

0.000

1.3

0.018

1.1

0.559

1.2

0.128

CD25

1.3

0.000

1.4

0.001

1.2

0.022

1.3

0.011

1.2

0.000

1.1

0.181

1.1

0.109

CD3

1.6

0.000

1.8

0.000

1.3

0.063

1.3

0.116

1.1

0.216

1.1

0.196

1.0

0.783

CD4

1.3

0.000

1.5

0.000

1.2

0.145

1.1

0.364

1.0

0.629

1.0

0.699

0.9

0.434

CD40

1.9

0.000

1.9

0.000

1.8

0.000

2.2

0.000

1.2

0.004

1.1

0.142

1.4

0.003

CD44

1.3

0.024

1.1

0.653

1.3

0.183

1.5

0.029

1.0

0.723

0.9

0.507

1.2

0.189

CD45

1.4

0.001

1.5

0.000

1.1

0.341

1.2

0.325

1.1

0.413

1.1

0.489

1.1

0.368

CD56

3.1

0.000

2.9

0.000

2.5

0.000

4.1

0.000

1.3

0.000

1.2

0.002

1.3

0.003

CD68

1.0

0.946

1.1

0.300

0.9

0.619

0.9

0.647

0.9

0.080

0.8

0.036

0.9

0.275

CD8

1.5

0.000

1.7

0.000

1.2

0.175

1.5

0.004

1.1

0.259

1.1

0.404

1.1

0.654

CTLA4

1.2

0.000

1.4

0.001

1.0

0.744

1.3

0.001

0.8

0.013

0.9

0.412

0.6

0.000

FN

1.4

0.005

1.4

0.083

1.9

0.001

0.9

0.454

1.6

0.000

1.1

0.524

2.1

0.000

GZMB

1.9

0.000

1.9

0.000

1.8

0.000

1.8

0.000

1.6

0.000

1.5

0.000

1.5

0.000

HLA-DR

2.8

0.000

2.4

0.000

2.6

0.000

3.7

0.000

1.0

0.556

1.0

0.766

1.0

0.916

ICOS

1.9

0.000

2.0

0.000

1.8

0.000

1.7

0.000

1.2

0.004

1.1

0.242

1.4

0.003

IDO1

1.8

0.000

2.2

0.000

1.6

0.034

1.6

0.029

1.8

0.000

1.5

0.004

2.7

0.000

Ki-67

1.2

0.052

1.2

0.224

1.3

0.050

1.0

0.930

1.1

0.351

1.1

0.473

1.3

0.030

PanCk

1.0

0.639

1.1

0.533

0.9

0.617

1.1

0.510

1.2

0.041

1.1

0.331

1.0

0.670

PD-L1

1.7

0.000

1.9

0.000

1.6

0.000

1.6

0.000

1.5

0.000

1.3

0.001

1.5

0.000

PD-L2

4.0

0.000

3.9

0.000

3.6

0.000

4.4

0.000

3.3

0.000

3.2

0.000

3.2

0.000

SMA

1.3

0.006

1.5

0.011

0.9

0.369

1.8

0.001

0.7

0.000

0.8

0.058

0.5

0.000

STING

1.2

0.012

1.4

0.000

0.9

0.602

1.1

0.326

1.0

0.940

1.0

0.639

1.1

0.235

TGFB1

1.6

0.000

2.0

0.000

1.5

0.000

1.4

0.000

1.2

0.001

1.2

0.014

1.1

0.181

Tim-3

1.0

0.591

1.2

0.109

1.0

0.692

1.0

0.686

0.9

0.289

0.9

0.390

0.9

0.417

VISTA

1.4

0.000

1.5

0.001

1.3

0.027

1.3

0.042

1.3

0.000

1.0

0.911

1.2

0.019

  1. Differential expression, given as estimated fold change (FC), was calculated from normalized protein counts for RFS = YES/RFS = NO tumors. The linear mixed model was used to calculate the estimated fold change and significance, defined as nominal two-sided p < 0.05 with FC > 1.5 or < −0.5, shown in bold font. Proteins with Benjamini–Yekutieli adjusted p < 0.05 in one or more segment types are shown in italic font. PD-L2 alone was significant at BYadj p < 0.05 in any stroma segment (All Segments, stroma and CD45EnR, stroma). “All Intraepithelial” data are averaged for all categories of intraepithelial segments (CD45EnR, CD68EnR, and TumorEnr, n = 12 ROI/sample). “All Stroma” are averaged data from stromal segments (CD45EnR and CD68EnR, n = 8 ROI/sample). Source data are given in Supplementary Data 1.
  2. B2M beta-2-microglobulin, FN fibronectin, GZMB granzyme B, PanCK pan-cytokeratin, SMA smooth muscle actin.