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. Author manuscript; available in PMC: 2016 Aug 2.
Published in final edited form as: Expert Rev Mol Diagn. 2015 Aug 2;15(10):1293–1310. doi: 10.1586/14737159.2015.1071666

Table 3.

Tumor-associated proteins in EVs/exosomes isolated from body fluids of patients with various cancersa

Plasma/serumb Tumor type Pro-tumor effects Reference
EGFRVIII mut GBM Growth 141, 142
Survivin PROCA Apoptosis inhibited 146
PTEN PROCA Signaling 152
Claudin-4 OVA CA Invasion 153
TYRP2, VLA-4, HSP70 Melanoma Growth progression 54
PSA PROCA Growth, progression 152
EGFR NSCLC Signaling, growth 135
Caveolin, CD63 Melanoma 139
Galectin-9 NPC Immune suppression 140
LMP-1 NPC Signaling 154
FasL HNSCC Immune suppression 34, 35, 155
Met (phosphor) Melanoma Oncogene transfer 54
KRAS PANCCA Oncogene transfer 55
CEA CRC, NSCLC Growth, invasion 135
TGF-β AML, OV CA Immune suppression 90, 156

Urinec

PSA PRO CA Growth, progression 157
PSMA PRO CA Growth, progression 158
MMP-9 RCC Stroma remodeling 159
Carbonic anhydrase RCC Stroma remodeling 159
α6-integrin BLCA Growth, invasion 160
MUC-1 BLCA Growth, invasion 160
LRG-1 NSCLC Cell adhesion 161
Basigin CRC, BLCA Migration, invasion 162

Salivad

Dipeptidyl peptidase IV (CD26) Normal donors 163
Alix, TSg101, HSP70, IgA, CD26 Normal donors 164
63 different proteins, including annexin, keratin, actin, Igs and S100 Normal donors 165
a

EVs/exosomes were isolated from body fluids of patients with cancer. EVs were not discriminated from exosomes.

b

The data are selected from published reports to illustrate the range of tumor-associated proteins carried by EVs/exosomes.

c

Selected proteins carried by urine exosomes are listed based on published data.

d

Only exosomes from saliva of normal donors were studied to date

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