Synthetische Vakzine aus tumorassoziierten Glycopeptidantigenen durch immunkompatible Verankerung über Thioether an Rinderserumalbumin

Fully synthetic vaccines consisting of tumor-associated MUC1 glycopeptides and a lipopeptide ligand of the Toll-like receptor 2.

Synthetic Glycopeptides from the Mucin Family as Potential Tools in Cancer Immunotherapy

Compared to glycoproteins of healthy cells, glycoproteins of tumor cells are often aberrantly glycosylated. Thus, glycopeptide fragments of surface glycoproteins of tumor cells are of interest as tumor-associated antigens for the distinction between normal and tumor cells. Cancer immunotherapy directed at selectively targeting these tumor-associated glycoprotein structure alterations--deficient glycosylation and, thus, exposure of peptide epitopes which are masked in normal cells--is considered a promising approach for the treatment of cancer. For this purpose, glycoproteins from the mucin family are of particular interest. Mucins belong to a class of heavily O-glycosylated, high-molecular …

Vollsynthetische Vakzinen aus tumorassoziierten MUC1-Glycopeptiden und einem Lipopeptid-Liganden des Toll-like Rezeptors 2

Synthetic vaccines of tumor-associated glycopeptide antigens by immune-compatible thioether linkage to bovine serum albumin.