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. 2022 Jan 21;10(2):232. doi: 10.3390/biomedicines10020232

Table 2.

Effects of ALA-PDT on exosomes 1.

Surface Marker PDT Effect (Avg.) Cell Type Possible Biological Function
CD29 9.4 White blood cells Cell adhesion
CD9 8.8 Lymphocyte, macrophage Platelet activation and aggregation and cell adhesion and migration
CD40 7.8 B-cell, macrophage Cell proliferation and signal transduction
CD31 7.6 White blood cells Cell adhesion, activation, and migration
HLA-ABC 7.5 Nucleated cells MHC class I molecules presented to CD8+ T cells
CD41b 7.4 Stem cell, platelet Cell adhesion and platelet aggregation
CD69 7.4 White blood cells Lymphocyte activation and proliferation
HLA-DRDPDQ 7.1 Antigen-presenting cell MHC class II molecules presented to CD4+ T cells
CD44 7.1 White blood cells Cell adhesion
CD81 6.5 White blood cells but granulocyte Cell adhesion
SSEA-4 6.5 Embryonic stem cell Pluripotent stem cell marker
CD8 5.9 T cell Cytotoxic T cell marker
CD25 5.3 Lymphocyte and macrophage Lymphocyte activation
CD19 4.9 B cell B cell marker
CD4 4.4 T cell Helper T cell marker
CD326 3.6 T cell, dendritic cell, epithelial cell Epithelial cell marker unknown functions on immune cells
CD133-1 3.1 Stem cell and endothelial cell Stem cell marker

1 Note: Since the cell types and possible biological functions of the exosomes studied are complicated with multi-cell types and multi-functions, the table only lists main cell types and functions of the exosomes.