0000000000954302

AUTHOR

Nathalie Favre

showing 1 related works from this author

FAS(CD95) ligand expression by tumor cell variants can be unrelated to their capacity to induce tolerance or immune rejection.

1999

According to the results of in vitro experiments, Fas(CD95) ligand expression by cancer cells might induce apoptosis of activated T cells and contribute to immune tolerance. However, Fas ligand expression had never been explored in vivo in tumor cell models yielding either immune response or tolerance. In the present study, we analyzed the expression and function of Fas ligand in 2 clones of tumor cells originating from the same rat colon carcinoma. REGb cells were immunogenic and yielded tumors that regressed in immune-competent syngeneic hosts, whereas PROb cells induced active tolerance and yielded progressive tumors. Fas ligand was expressed on the plasma membrane of both REGb and PROb …

Cancer Researchmedicine.medical_treatmentApoptosisBiologyLymphocyte ActivationFas ligandImmune toleranceImmune systemmedicineImmune ToleranceTumor Cells CulturedAnimalsfas ReceptorCycloheximideProtein Synthesis InhibitorsFas receptorClone CellsRatsCytokineOncologyApoptosisCancer cellImmunologyAntigens SurfaceCancer researchTumor necrosis factor alphaInternational journal of cancer
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