Fig. 7: Detection of biochemical features of engulfed cells detected after OXA, CDDP-PCT or IR treatment. | Cell Death & Disease

Fig. 7: Detection of biochemical features of engulfed cells detected after OXA, CDDP-PCT or IR treatment.

From: Anticancer chemotherapy and radiotherapy trigger both non-cell-autonomous and cell-autonomous death

Fig. 7

a, b Representative fluorescent images of cytochrome c release, cleavage of CASP3, and nuclear degradation in engulfed HCT116WT cells detected after 24-h co-culture of untreated HCT116WT cells with untreated (red) CMTMR-labeled HCT116WT cells (aI–aIII, bI–bIII) and after 24-h co-culture of untreated HCT116WT cells with (red) CMTMR-labeled HCT116WT cells that have been irradiated with 4 Gy of γ-ionizing radiation in the presence or absence of 100 μM Z-VAD-fmk (ZVAD) or 100 μM Y-VAD-cmk (YVAD) (aIV–aVI, bIV–bVI) are shown. Frequencies of cells showing cytochrome c release (c), cleaved CASP3 (d), and nuclear degradation (e) are shown (means ± SEM, n = 3). For ce, asterisk (*) is used for “HCT116WT+OXA-treated HCT116WT”, “HCT116WT+CDDP-treated HCT116WT”, “HCT116WT+PCT-treated HCT116WT”, and “HCT116WT+Irradiated (IR) HCT116WT” with “HCT116WT+control (Co.) HCT116WT” for nuclear degradation and hash (#) is used for the comparison of inhibitor-treated cells with respective control cells for cytochrome c release, cleaved caspase-3, or nuclear degradation. *, #p < 0.05; **, ##p < 0.01; ***, ###p < 0.001; and ####p < 0.0001

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