Matches in DBpedia 2016-04 for { ?s ?p "The Streptamer technology allows the reversible isolation and staining of antigen-specific T cells. This technology combines a current T cell isolation method with the Strep-tag technology. In principle, the T cells are separated by establishing a specific interaction between the T cell of interest and a molecule that is conjugated to a marker, which enables the isolation. The reversibility of this interaction and the fact that it is performed at low temperatures is the reason for the successful isolation and characterization of functional T cells.Because T cells remain phenotypically and functionally indistinguishable from untreated cells, this method offers new strategies in clinical and basic T cell research."@en }
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- Streptamer abstract "The Streptamer technology allows the reversible isolation and staining of antigen-specific T cells. This technology combines a current T cell isolation method with the Strep-tag technology. In principle, the T cells are separated by establishing a specific interaction between the T cell of interest and a molecule that is conjugated to a marker, which enables the isolation. The reversibility of this interaction and the fact that it is performed at low temperatures is the reason for the successful isolation and characterization of functional T cells.Because T cells remain phenotypically and functionally indistinguishable from untreated cells, this method offers new strategies in clinical and basic T cell research.".
- Q7623301 abstract "The Streptamer technology allows the reversible isolation and staining of antigen-specific T cells. This technology combines a current T cell isolation method with the Strep-tag technology. In principle, the T cells are separated by establishing a specific interaction between the T cell of interest and a molecule that is conjugated to a marker, which enables the isolation. The reversibility of this interaction and the fact that it is performed at low temperatures is the reason for the successful isolation and characterization of functional T cells.Because T cells remain phenotypically and functionally indistinguishable from untreated cells, this method offers new strategies in clinical and basic T cell research.".