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Figure 3. Oxidized RBC and DSRBC induce apoptosis in J774A.1 MP cells. J774A.1 MP remained untreated (control) or were incubated with oxi- dized RBC or DSRBC at the MP:RBC ratio 1:100. Camptothecin was used as a positive control for apoptosis. After 48 h, cell viability was assayed by TUNEL staining (A and B), <t>DNA</t> migration on agarose gel (C and D), or Hoechst/PI staining (E). (A) Characteristic density plots obtained for control (left panel) and oxidized RBC (MP:RBC ratio 1:100, right panel)-treated J774A.1 MP. R1 gate represents the percentage of TUNEL cells (i.e., apoptotic cells). SSC, Side-scatter. (B) Impact of camptothecin, oxidized RBC, and DSRBC on the percentages of TUNEL J774A.1 MP. (C) DNA profiles of control (Lane 2), oxidized RBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP; Lanes 1 and 5, DNA ladder. (D) DNA profiles of control (Lane 2), DSRBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP. Lanes 1 and 5: DNA ladder. (E) Hoechst/ PI-stained J774A.1 MP analyzed by fluorescence microscopy on cytospin slides. Columns 1–3 represent transmission light images, Hoechst fluores- cence, and PI fluorescence, respectively. Triangles indicate typical early-apoptosic cells and arrows identify characteristic late-apoptotic cells. Data are representative of two independent experiments showing the mean sd from quadruplicate cultures of one experiment.
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Figure 3. Oxidized RBC and DSRBC induce apoptosis in J774A.1 MP cells. J774A.1 MP remained untreated (control) or were incubated with oxi- dized RBC or DSRBC at the MP:RBC ratio 1:100. Camptothecin was used as a positive control for apoptosis. After 48 h, cell viability was assayed by TUNEL staining (A and B), <t>DNA</t> migration on agarose gel (C and D), or Hoechst/PI staining (E). (A) Characteristic density plots obtained for control (left panel) and oxidized RBC (MP:RBC ratio 1:100, right panel)-treated J774A.1 MP. R1 gate represents the percentage of TUNEL cells (i.e., apoptotic cells). SSC, Side-scatter. (B) Impact of camptothecin, oxidized RBC, and DSRBC on the percentages of TUNEL J774A.1 MP. (C) DNA profiles of control (Lane 2), oxidized RBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP; Lanes 1 and 5, DNA ladder. (D) DNA profiles of control (Lane 2), DSRBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP. Lanes 1 and 5: DNA ladder. (E) Hoechst/ PI-stained J774A.1 MP analyzed by fluorescence microscopy on cytospin slides. Columns 1–3 represent transmission light images, Hoechst fluores- cence, and PI fluorescence, respectively. Triangles indicate typical early-apoptosic cells and arrows identify characteristic late-apoptotic cells. Data are representative of two independent experiments showing the mean sd from quadruplicate cultures of one experiment.
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Figure 3. Oxidized RBC and DSRBC induce apoptosis in J774A.1 MP cells. J774A.1 MP remained untreated (control) or were incubated with oxi- dized RBC or DSRBC at the MP:RBC ratio 1:100. Camptothecin was used as a positive control for apoptosis. After 48 h, cell viability was assayed by TUNEL staining (A and B), <t>DNA</t> migration on agarose gel (C and D), or Hoechst/PI staining (E). (A) Characteristic density plots obtained for control (left panel) and oxidized RBC (MP:RBC ratio 1:100, right panel)-treated J774A.1 MP. R1 gate represents the percentage of TUNEL cells (i.e., apoptotic cells). SSC, Side-scatter. (B) Impact of camptothecin, oxidized RBC, and DSRBC on the percentages of TUNEL J774A.1 MP. (C) DNA profiles of control (Lane 2), oxidized RBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP; Lanes 1 and 5, DNA ladder. (D) DNA profiles of control (Lane 2), DSRBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP. Lanes 1 and 5: DNA ladder. (E) Hoechst/ PI-stained J774A.1 MP analyzed by fluorescence microscopy on cytospin slides. Columns 1–3 represent transmission light images, Hoechst fluores- cence, and PI fluorescence, respectively. Triangles indicate typical early-apoptosic cells and arrows identify characteristic late-apoptotic cells. Data are representative of two independent experiments showing the mean sd from quadruplicate cultures of one experiment.
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Figure 3. Oxidized RBC and DSRBC induce apoptosis in J774A.1 MP cells. J774A.1 MP remained untreated (control) or were incubated with oxi- dized RBC or DSRBC at the MP:RBC ratio 1:100. Camptothecin was used as a positive control for apoptosis. After 48 h, cell viability was assayed by TUNEL staining (A and B), <t>DNA</t> migration on agarose gel (C and D), or Hoechst/PI staining (E). (A) Characteristic density plots obtained for control (left panel) and oxidized RBC (MP:RBC ratio 1:100, right panel)-treated J774A.1 MP. R1 gate represents the percentage of TUNEL cells (i.e., apoptotic cells). SSC, Side-scatter. (B) Impact of camptothecin, oxidized RBC, and DSRBC on the percentages of TUNEL J774A.1 MP. (C) DNA profiles of control (Lane 2), oxidized RBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP; Lanes 1 and 5, DNA ladder. (D) DNA profiles of control (Lane 2), DSRBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP. Lanes 1 and 5: DNA ladder. (E) Hoechst/ PI-stained J774A.1 MP analyzed by fluorescence microscopy on cytospin slides. Columns 1–3 represent transmission light images, Hoechst fluores- cence, and PI fluorescence, respectively. Triangles indicate typical early-apoptosic cells and arrows identify characteristic late-apoptotic cells. Data are representative of two independent experiments showing the mean sd from quadruplicate cultures of one experiment.
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Figure 3. Oxidized RBC and DSRBC induce apoptosis in J774A.1 MP cells. J774A.1 MP remained untreated (control) or were incubated with oxi- dized RBC or DSRBC at the MP:RBC ratio 1:100. Camptothecin was used as a positive control for apoptosis. After 48 h, cell viability was assayed by TUNEL staining (A and B), <t>DNA</t> migration on agarose gel (C and D), or Hoechst/PI staining (E). (A) Characteristic density plots obtained for control (left panel) and oxidized RBC (MP:RBC ratio 1:100, right panel)-treated J774A.1 MP. R1 gate represents the percentage of TUNEL cells (i.e., apoptotic cells). SSC, Side-scatter. (B) Impact of camptothecin, oxidized RBC, and DSRBC on the percentages of TUNEL J774A.1 MP. (C) DNA profiles of control (Lane 2), oxidized RBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP; Lanes 1 and 5, DNA ladder. (D) DNA profiles of control (Lane 2), DSRBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP. Lanes 1 and 5: DNA ladder. (E) Hoechst/ PI-stained J774A.1 MP analyzed by fluorescence microscopy on cytospin slides. Columns 1–3 represent transmission light images, Hoechst fluores- cence, and PI fluorescence, respectively. Triangles indicate typical early-apoptosic cells and arrows identify characteristic late-apoptotic cells. Data are representative of two independent experiments showing the mean sd from quadruplicate cultures of one experiment.
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Figure 3. Oxidized RBC and DSRBC induce apoptosis in J774A.1 MP cells. J774A.1 MP remained untreated (control) or were incubated with oxi- dized RBC or DSRBC at the MP:RBC ratio 1:100. Camptothecin was used as a positive control for apoptosis. After 48 h, cell viability was assayed by TUNEL staining (A and B), <t>DNA</t> migration on agarose gel (C and D), or Hoechst/PI staining (E). (A) Characteristic density plots obtained for control (left panel) and oxidized RBC (MP:RBC ratio 1:100, right panel)-treated J774A.1 MP. R1 gate represents the percentage of TUNEL cells (i.e., apoptotic cells). SSC, Side-scatter. (B) Impact of camptothecin, oxidized RBC, and DSRBC on the percentages of TUNEL J774A.1 MP. (C) DNA profiles of control (Lane 2), oxidized RBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP; Lanes 1 and 5, DNA ladder. (D) DNA profiles of control (Lane 2), DSRBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP. Lanes 1 and 5: DNA ladder. (E) Hoechst/ PI-stained J774A.1 MP analyzed by fluorescence microscopy on cytospin slides. Columns 1–3 represent transmission light images, Hoechst fluores- cence, and PI fluorescence, respectively. Triangles indicate typical early-apoptosic cells and arrows identify characteristic late-apoptotic cells. Data are representative of two independent experiments showing the mean sd from quadruplicate cultures of one experiment.
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Figure 3. Oxidized RBC and DSRBC induce apoptosis in J774A.1 MP cells. J774A.1 MP remained untreated (control) or were incubated with oxi- dized RBC or DSRBC at the MP:RBC ratio 1:100. Camptothecin was used as a positive control for apoptosis. After 48 h, cell viability was assayed by TUNEL staining (A and B), <t>DNA</t> migration on agarose gel (C and D), or Hoechst/PI staining (E). (A) Characteristic density plots obtained for control (left panel) and oxidized RBC (MP:RBC ratio 1:100, right panel)-treated J774A.1 MP. R1 gate represents the percentage of TUNEL cells (i.e., apoptotic cells). SSC, Side-scatter. (B) Impact of camptothecin, oxidized RBC, and DSRBC on the percentages of TUNEL J774A.1 MP. (C) DNA profiles of control (Lane 2), oxidized RBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP; Lanes 1 and 5, DNA ladder. (D) DNA profiles of control (Lane 2), DSRBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP. Lanes 1 and 5: DNA ladder. (E) Hoechst/ PI-stained J774A.1 MP analyzed by fluorescence microscopy on cytospin slides. Columns 1–3 represent transmission light images, Hoechst fluores- cence, and PI fluorescence, respectively. Triangles indicate typical early-apoptosic cells and arrows identify characteristic late-apoptotic cells. Data are representative of two independent experiments showing the mean sd from quadruplicate cultures of one experiment.
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Image Search Results


Figure 3. Oxidized RBC and DSRBC induce apoptosis in J774A.1 MP cells. J774A.1 MP remained untreated (control) or were incubated with oxi- dized RBC or DSRBC at the MP:RBC ratio 1:100. Camptothecin was used as a positive control for apoptosis. After 48 h, cell viability was assayed by TUNEL staining (A and B), DNA migration on agarose gel (C and D), or Hoechst/PI staining (E). (A) Characteristic density plots obtained for control (left panel) and oxidized RBC (MP:RBC ratio 1:100, right panel)-treated J774A.1 MP. R1 gate represents the percentage of TUNEL cells (i.e., apoptotic cells). SSC, Side-scatter. (B) Impact of camptothecin, oxidized RBC, and DSRBC on the percentages of TUNEL J774A.1 MP. (C) DNA profiles of control (Lane 2), oxidized RBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP; Lanes 1 and 5, DNA ladder. (D) DNA profiles of control (Lane 2), DSRBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP. Lanes 1 and 5: DNA ladder. (E) Hoechst/ PI-stained J774A.1 MP analyzed by fluorescence microscopy on cytospin slides. Columns 1–3 represent transmission light images, Hoechst fluores- cence, and PI fluorescence, respectively. Triangles indicate typical early-apoptosic cells and arrows identify characteristic late-apoptotic cells. Data are representative of two independent experiments showing the mean sd from quadruplicate cultures of one experiment.

Journal: Journal of leukocyte biology

Article Title: Robust erythrophagocytosis leads to macrophage apoptosis via a hemin-mediated redox imbalance: role in hemolytic disorders.

doi: 10.1189/jlb.0510249

Figure Lengend Snippet: Figure 3. Oxidized RBC and DSRBC induce apoptosis in J774A.1 MP cells. J774A.1 MP remained untreated (control) or were incubated with oxi- dized RBC or DSRBC at the MP:RBC ratio 1:100. Camptothecin was used as a positive control for apoptosis. After 48 h, cell viability was assayed by TUNEL staining (A and B), DNA migration on agarose gel (C and D), or Hoechst/PI staining (E). (A) Characteristic density plots obtained for control (left panel) and oxidized RBC (MP:RBC ratio 1:100, right panel)-treated J774A.1 MP. R1 gate represents the percentage of TUNEL cells (i.e., apoptotic cells). SSC, Side-scatter. (B) Impact of camptothecin, oxidized RBC, and DSRBC on the percentages of TUNEL J774A.1 MP. (C) DNA profiles of control (Lane 2), oxidized RBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP; Lanes 1 and 5, DNA ladder. (D) DNA profiles of control (Lane 2), DSRBC (Lane 3), or camptothecin (Lane 4)-treated J774A.1 MP. Lanes 1 and 5: DNA ladder. (E) Hoechst/ PI-stained J774A.1 MP analyzed by fluorescence microscopy on cytospin slides. Columns 1–3 represent transmission light images, Hoechst fluores- cence, and PI fluorescence, respectively. Triangles indicate typical early-apoptosic cells and arrows identify characteristic late-apoptotic cells. Data are representative of two independent experiments showing the mean sd from quadruplicate cultures of one experiment.

Article Snippet: The DNA pellet was then dissolved in 10 mM Tris-HCl, 10 mM EDTA (pH 8.0), and incubated for 15 min at 45°C, after which, samples were mixed with loading buffer (Invitrogen) and resolved in a 2% agarose gel along with a DNA ladder (FastRuler low-range DNA ladder, Fermentas; Owl separation system, Model B1A, Thermo Scientific Owl, Portsmouth, NH, USA).

Techniques: Control, Incubation, Positive Control, TUNEL Assay, Staining, Migration, Agarose Gel Electrophoresis, Microscopy, Transmission Assay