Entity

Time filter

Source Type


Wank R.,Immunotherapy Research Center Munich | Song X.,Kunming Medical University | Gu S.,Immunotherapy Research Center Munich | Laumbacher B.,Immunotherapy Research Center Munich
Immunotherapy | Year: 2014

A growing body of evidence shows that immune cells are pivotal in the fight against cancer. First, association studies have identified immune-protective immune response genes against cancer. Second, the presence of immune cells in the respective malignant tumor correlated with a better prognosis for the patients. Third, adoptive cell therapy (ACT) showed, in recent reports, an efficient reduction or even cure for malignant tumors. The focus of this review is a novel in vitro ACT technique, using the patient's cascade-primed immune cells. The cascade-priming procedure stimulates APCs from the peripheral blood. Stimulated APCs digest and present tumor material better and differentiate naive cytotoxic T-lymphocyte effector cells against the patient's cancer. The principle and the impressive results of the cascade-primed immune cell treatment in patient case series is compared with the ACT concepts of lymphokine-activated killer, macrophage-activated killer, macrophage-activated killer-dendritic cell, cytokine-induced killer and tumor-infiltrating lymphocyte methods. © 2014 Future Medicine Ltd. Source

Discover hidden collaborations