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Table 1 Application of antibody microarrays in cancer research

From: Oncoproteomic profiling with antibody microarrays

Cancer type

Sample source

Assay platform

Number of antibodies

References

Angiogenesis

Cell line

ProteoChip

60

[47]

Bladder

Human sera

Nitrocellulose FAST slides

254

[53]

Breast

Cell line, human sera and tissue

Hypromatrix, RayBio, Proteome Profiler, MaxiSorp slide, nitrocellulose membrane, Panorama cell signaling, BD antibody microarray 380

400, 174, 42, 129, 312, 224, 378

[29, 49–54, 61, 62, 70–73]

Colon

Cell line

Poly-L-lysine or superaldehyde coated glass slides

146

[63]

Colorectal

Human tissue, cell line

Lab Vision, Panorama cell signaling

720, 224

[30, 64, 74]

Gastric

Human sera

Lab Vision

720

[30]

Intestinal

Mouse sera

Nitrocellulose-coated slides

40

[75]

Leukemia

Human sera

DotScan

82

[76]

Liver

Human tissue, cell line

Hypromatrix

400

[48]

Lung

Human sera and exhaled breath condensate, cell line

Cytokine antibody array VI+VII, Panorama cell signaling, Nitrocellulose-coated slides

120, 224, 84

[46, 55, 77, 78]

Melanoma

Cell line

RayBio

174

[79]

Ovarian

Human sera

Hydrogel-coated glass slides

320

[57, 60]

Pancreatic

Human sera

Nitrocellulose-coated slides, MaxiSorp slide

129, 48, 90

[44, 56, 59, 68, 69]

Prostate

Cell line, human sera and prostate fluid

Phosphorylation antibody array, RayBio, hydrogels or poly-L-lysine coated slides

71, 174, 184, 86

[65–67, 77, 80]

Renal

Human sera

RayBio

20

[58]