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PMC2323113_pone-0002084-g005_20379.jpg | What can you see in this picture? | Dg controls postsynaptic Cora concentration.Double staining for Cora (Magenta) and HRP (green)(1) in (A) control (ywCS) larvae, (B) larvae expressing muscle dg-RNAi (dg-RNAi/+; 24B Gal4/dg-RNAi), (C) dge01554/dg323 mutant larvae and (D) larvae overexpressing Dg-C in muscles (24B-Gal4/UAS-DgC). Arrows indicate patches o... |
PMC2323113_pone-0002084-g005_20381.jpg | What does this image primarily show? | Dg controls postsynaptic Cora concentration.Double staining for Cora (Magenta) and HRP (green)(1) in (A) control (ywCS) larvae, (B) larvae expressing muscle dg-RNAi (dg-RNAi/+; 24B Gal4/dg-RNAi), (C) dge01554/dg323 mutant larvae and (D) larvae overexpressing Dg-C in muscles (24B-Gal4/UAS-DgC). Arrows indicate patches o... |
PMC2323113_pone-0002084-g005_20385.jpg | Describe the main subject of this image. | Dg controls postsynaptic Cora concentration.Double staining for Cora (Magenta) and HRP (green)(1) in (A) control (ywCS) larvae, (B) larvae expressing muscle dg-RNAi (dg-RNAi/+; 24B Gal4/dg-RNAi), (C) dge01554/dg323 mutant larvae and (D) larvae overexpressing Dg-C in muscles (24B-Gal4/UAS-DgC). Arrows indicate patches o... |
PMC2323113_pone-0002084-g005_20383.jpg | What is being portrayed in this visual content? | Dg controls postsynaptic Cora concentration.Double staining for Cora (Magenta) and HRP (green)(1) in (A) control (ywCS) larvae, (B) larvae expressing muscle dg-RNAi (dg-RNAi/+; 24B Gal4/dg-RNAi), (C) dge01554/dg323 mutant larvae and (D) larvae overexpressing Dg-C in muscles (24B-Gal4/UAS-DgC). Arrows indicate patches o... |
PMC2323113_pone-0002084-g005_20380.jpg | What can you see in this picture? | Dg controls postsynaptic Cora concentration.Double staining for Cora (Magenta) and HRP (green)(1) in (A) control (ywCS) larvae, (B) larvae expressing muscle dg-RNAi (dg-RNAi/+; 24B Gal4/dg-RNAi), (C) dge01554/dg323 mutant larvae and (D) larvae overexpressing Dg-C in muscles (24B-Gal4/UAS-DgC). Arrows indicate patches o... |
PMC2323113_pone-0002084-g005_20378.jpg | What is being portrayed in this visual content? | Dg controls postsynaptic Cora concentration.Double staining for Cora (Magenta) and HRP (green)(1) in (A) control (ywCS) larvae, (B) larvae expressing muscle dg-RNAi (dg-RNAi/+; 24B Gal4/dg-RNAi), (C) dge01554/dg323 mutant larvae and (D) larvae overexpressing Dg-C in muscles (24B-Gal4/UAS-DgC). Arrows indicate patches o... |
PMC2323113_pone-0002084-g007_20389.jpg | What is the core subject represented in this visual? | Cora controls Spectrin, Dystroglycan, Dystrophin but not Dlg postsynaptic concentration.(A–C) Triple staining for HRP (A), Cora (B) and Dlg (C) in control (ywCS) (1) and cora14/corak08713 larvae (2). Cora concentration at the NMJ is largely decreased in the cora mutant, whereas synaptic HRP and Dlg stainings show the s... |
PMC2323113_pone-0002084-g007_20393.jpg | What is the core subject represented in this visual? | Cora controls Spectrin, Dystroglycan, Dystrophin but not Dlg postsynaptic concentration.(A–C) Triple staining for HRP (A), Cora (B) and Dlg (C) in control (ywCS) (1) and cora14/corak08713 larvae (2). Cora concentration at the NMJ is largely decreased in the cora mutant, whereas synaptic HRP and Dlg stainings show the s... |
PMC2323113_pone-0002084-g007_20387.jpg | Can you identify the primary element in this image? | Cora controls Spectrin, Dystroglycan, Dystrophin but not Dlg postsynaptic concentration.(A–C) Triple staining for HRP (A), Cora (B) and Dlg (C) in control (ywCS) (1) and cora14/corak08713 larvae (2). Cora concentration at the NMJ is largely decreased in the cora mutant, whereas synaptic HRP and Dlg stainings show the s... |
PMC2323113_pone-0002084-g007_20396.jpg | Can you identify the primary element in this image? | Cora controls Spectrin, Dystroglycan, Dystrophin but not Dlg postsynaptic concentration.(A–C) Triple staining for HRP (A), Cora (B) and Dlg (C) in control (ywCS) (1) and cora14/corak08713 larvae (2). Cora concentration at the NMJ is largely decreased in the cora mutant, whereas synaptic HRP and Dlg stainings show the s... |
PMC2323113_pone-0002084-g007_20395.jpg | What is shown in this image? | Cora controls Spectrin, Dystroglycan, Dystrophin but not Dlg postsynaptic concentration.(A–C) Triple staining for HRP (A), Cora (B) and Dlg (C) in control (ywCS) (1) and cora14/corak08713 larvae (2). Cora concentration at the NMJ is largely decreased in the cora mutant, whereas synaptic HRP and Dlg stainings show the s... |
PMC2323113_pone-0002084-g007_20392.jpg | What stands out most in this visual? | Cora controls Spectrin, Dystroglycan, Dystrophin but not Dlg postsynaptic concentration.(A–C) Triple staining for HRP (A), Cora (B) and Dlg (C) in control (ywCS) (1) and cora14/corak08713 larvae (2). Cora concentration at the NMJ is largely decreased in the cora mutant, whereas synaptic HRP and Dlg stainings show the s... |
PMC2323113_pone-0002084-g007_20390.jpg | What is the central feature of this picture? | Cora controls Spectrin, Dystroglycan, Dystrophin but not Dlg postsynaptic concentration.(A–C) Triple staining for HRP (A), Cora (B) and Dlg (C) in control (ywCS) (1) and cora14/corak08713 larvae (2). Cora concentration at the NMJ is largely decreased in the cora mutant, whereas synaptic HRP and Dlg stainings show the s... |
PMC2323113_pone-0002084-g007_20388.jpg | What key item or scene is captured in this photo? | Cora controls Spectrin, Dystroglycan, Dystrophin but not Dlg postsynaptic concentration.(A–C) Triple staining for HRP (A), Cora (B) and Dlg (C) in control (ywCS) (1) and cora14/corak08713 larvae (2). Cora concentration at the NMJ is largely decreased in the cora mutant, whereas synaptic HRP and Dlg stainings show the s... |
PMC2323113_pone-0002084-g007_20394.jpg | What is being portrayed in this visual content? | Cora controls Spectrin, Dystroglycan, Dystrophin but not Dlg postsynaptic concentration.(A–C) Triple staining for HRP (A), Cora (B) and Dlg (C) in control (ywCS) (1) and cora14/corak08713 larvae (2). Cora concentration at the NMJ is largely decreased in the cora mutant, whereas synaptic HRP and Dlg stainings show the s... |
PMC2323279_ppat-0040014-g003_20414.jpg | What can you see in this picture? | The C. jejuni–Containing Vacuole Is Accessible to Endocytic Tracers in Macrophages but Not in Epithelial Cells(A) Cos-1 cells were infected with S. typhimurium invA (invasin) expressing the dsRed protein or C. jejuni, pulsed with the endocytic tracers dextran to label lysosomes, and phagosomes containing bacteria that ... |
PMC2323279_ppat-0040014-g003_20417.jpg | Can you identify the primary element in this image? | The C. jejuni–Containing Vacuole Is Accessible to Endocytic Tracers in Macrophages but Not in Epithelial Cells(A) Cos-1 cells were infected with S. typhimurium invA (invasin) expressing the dsRed protein or C. jejuni, pulsed with the endocytic tracers dextran to label lysosomes, and phagosomes containing bacteria that ... |
PMC2323279_ppat-0040014-g003_20422.jpg | What's the most prominent thing you notice in this picture? | The C. jejuni–Containing Vacuole Is Accessible to Endocytic Tracers in Macrophages but Not in Epithelial Cells(A) Cos-1 cells were infected with S. typhimurium invA (invasin) expressing the dsRed protein or C. jejuni, pulsed with the endocytic tracers dextran to label lysosomes, and phagosomes containing bacteria that ... |
PMC2323279_ppat-0040014-g003_20415.jpg | What is the principal component of this image? | The C. jejuni–Containing Vacuole Is Accessible to Endocytic Tracers in Macrophages but Not in Epithelial Cells(A) Cos-1 cells were infected with S. typhimurium invA (invasin) expressing the dsRed protein or C. jejuni, pulsed with the endocytic tracers dextran to label lysosomes, and phagosomes containing bacteria that ... |
PMC2323279_ppat-0040014-g003_20421.jpg | What is shown in this image? | The C. jejuni–Containing Vacuole Is Accessible to Endocytic Tracers in Macrophages but Not in Epithelial Cells(A) Cos-1 cells were infected with S. typhimurium invA (invasin) expressing the dsRed protein or C. jejuni, pulsed with the endocytic tracers dextran to label lysosomes, and phagosomes containing bacteria that ... |
PMC2323279_ppat-0040014-g003_20420.jpg | What is the focal point of this photograph? | The C. jejuni–Containing Vacuole Is Accessible to Endocytic Tracers in Macrophages but Not in Epithelial Cells(A) Cos-1 cells were infected with S. typhimurium invA (invasin) expressing the dsRed protein or C. jejuni, pulsed with the endocytic tracers dextran to label lysosomes, and phagosomes containing bacteria that ... |
PMC2323286_ppat-0040013-g002_20431.jpg | What is being portrayed in this visual content? | Endogenous SAP30 and YY1 Colocalize with NSs Filaments in the Nuclei of ZH Infected CellsColocalization of endogenous SAP30 (A, C, and E) and YY1 proteins (B, D, and F) with NSs filament was analyzed by confocal microscopy in L929 wt330 cells uninfected (NI) or infected with C13 or ZH at m.o.i. 5 collected at 18 h p.i.... |
PMC2323286_ppat-0040013-g002_20426.jpg | What key item or scene is captured in this photo? | Endogenous SAP30 and YY1 Colocalize with NSs Filaments in the Nuclei of ZH Infected CellsColocalization of endogenous SAP30 (A, C, and E) and YY1 proteins (B, D, and F) with NSs filament was analyzed by confocal microscopy in L929 wt330 cells uninfected (NI) or infected with C13 or ZH at m.o.i. 5 collected at 18 h p.i.... |
PMC2323286_ppat-0040013-g002_20428.jpg | Can you identify the primary element in this image? | Endogenous SAP30 and YY1 Colocalize with NSs Filaments in the Nuclei of ZH Infected CellsColocalization of endogenous SAP30 (A, C, and E) and YY1 proteins (B, D, and F) with NSs filament was analyzed by confocal microscopy in L929 wt330 cells uninfected (NI) or infected with C13 or ZH at m.o.i. 5 collected at 18 h p.i.... |
PMC2323286_ppat-0040013-g002_20444.jpg | What is the central feature of this picture? | Endogenous SAP30 and YY1 Colocalize with NSs Filaments in the Nuclei of ZH Infected CellsColocalization of endogenous SAP30 (A, C, and E) and YY1 proteins (B, D, and F) with NSs filament was analyzed by confocal microscopy in L929 wt330 cells uninfected (NI) or infected with C13 or ZH at m.o.i. 5 collected at 18 h p.i.... |
PMC2323286_ppat-0040013-g002_20432.jpg | What is being portrayed in this visual content? | Endogenous SAP30 and YY1 Colocalize with NSs Filaments in the Nuclei of ZH Infected CellsColocalization of endogenous SAP30 (A, C, and E) and YY1 proteins (B, D, and F) with NSs filament was analyzed by confocal microscopy in L929 wt330 cells uninfected (NI) or infected with C13 or ZH at m.o.i. 5 collected at 18 h p.i.... |
PMC2323286_ppat-0040013-g002_20443.jpg | What is the central feature of this picture? | Endogenous SAP30 and YY1 Colocalize with NSs Filaments in the Nuclei of ZH Infected CellsColocalization of endogenous SAP30 (A, C, and E) and YY1 proteins (B, D, and F) with NSs filament was analyzed by confocal microscopy in L929 wt330 cells uninfected (NI) or infected with C13 or ZH at m.o.i. 5 collected at 18 h p.i.... |
PMC2323286_ppat-0040013-g002_20434.jpg | What key item or scene is captured in this photo? | Endogenous SAP30 and YY1 Colocalize with NSs Filaments in the Nuclei of ZH Infected CellsColocalization of endogenous SAP30 (A, C, and E) and YY1 proteins (B, D, and F) with NSs filament was analyzed by confocal microscopy in L929 wt330 cells uninfected (NI) or infected with C13 or ZH at m.o.i. 5 collected at 18 h p.i.... |
PMC2323286_ppat-0040013-g002_20424.jpg | What is the central feature of this picture? | Endogenous SAP30 and YY1 Colocalize with NSs Filaments in the Nuclei of ZH Infected CellsColocalization of endogenous SAP30 (A, C, and E) and YY1 proteins (B, D, and F) with NSs filament was analyzed by confocal microscopy in L929 wt330 cells uninfected (NI) or infected with C13 or ZH at m.o.i. 5 collected at 18 h p.i.... |
PMC2323286_ppat-0040013-g002_20440.jpg | What is the central feature of this picture? | Endogenous SAP30 and YY1 Colocalize with NSs Filaments in the Nuclei of ZH Infected CellsColocalization of endogenous SAP30 (A, C, and E) and YY1 proteins (B, D, and F) with NSs filament was analyzed by confocal microscopy in L929 wt330 cells uninfected (NI) or infected with C13 or ZH at m.o.i. 5 collected at 18 h p.i.... |
PMC2323286_ppat-0040013-g002_20436.jpg | What is the focal point of this photograph? | Endogenous SAP30 and YY1 Colocalize with NSs Filaments in the Nuclei of ZH Infected CellsColocalization of endogenous SAP30 (A, C, and E) and YY1 proteins (B, D, and F) with NSs filament was analyzed by confocal microscopy in L929 wt330 cells uninfected (NI) or infected with C13 or ZH at m.o.i. 5 collected at 18 h p.i.... |
PMC2323286_ppat-0040013-g002_20439.jpg | What is the focal point of this photograph? | Endogenous SAP30 and YY1 Colocalize with NSs Filaments in the Nuclei of ZH Infected CellsColocalization of endogenous SAP30 (A, C, and E) and YY1 proteins (B, D, and F) with NSs filament was analyzed by confocal microscopy in L929 wt330 cells uninfected (NI) or infected with C13 or ZH at m.o.i. 5 collected at 18 h p.i.... |
PMC2323304_pbio-0060097-g002_20446.jpg | What is the focal point of this photograph? |
rh3 and rh4 Are Co-Expressed in yR7 Cells(A–D) Antibody staining of wild-type dissociated ommatidia. (A) DRA subtype: Rh3 (blue) is present in both R7 and R8. (B) p subtype: Pairing between Rh3 (blue) in R7 and Rh5 (yellow) in R8 is observed. (C) y subtype: Pairing between Rh4 (red) in R7 and Rh6 (green) in R8 is obse... |
PMC2323304_pbio-0060097-g002_20447.jpg | Describe the main subject of this image. |
rh3 and rh4 Are Co-Expressed in yR7 Cells(A–D) Antibody staining of wild-type dissociated ommatidia. (A) DRA subtype: Rh3 (blue) is present in both R7 and R8. (B) p subtype: Pairing between Rh3 (blue) in R7 and Rh5 (yellow) in R8 is observed. (C) y subtype: Pairing between Rh4 (red) in R7 and Rh6 (green) in R8 is obse... |
PMC2323325_pgen-0030233-g004_20457.jpg | What key item or scene is captured in this photo? | FBF and LIP-1 Function Redundantly to Control Distribution of Activated MPK-1 and to Protect Germ Cells From Apoptosis(A–D) Dissected adult germlines stained with α-DP-MAPK antibody, which is specific for activated MPK-1. Germlines were treated identically, and images were taken with the same settings at the same magni... |
PMC2323325_pgen-0030233-g004_20452.jpg | What is the central feature of this picture? | FBF and LIP-1 Function Redundantly to Control Distribution of Activated MPK-1 and to Protect Germ Cells From Apoptosis(A–D) Dissected adult germlines stained with α-DP-MAPK antibody, which is specific for activated MPK-1. Germlines were treated identically, and images were taken with the same settings at the same magni... |
PMC2323325_pgen-0030233-g004_20458.jpg | What is the dominant medical problem in this image? | FBF and LIP-1 Function Redundantly to Control Distribution of Activated MPK-1 and to Protect Germ Cells From Apoptosis(A–D) Dissected adult germlines stained with α-DP-MAPK antibody, which is specific for activated MPK-1. Germlines were treated identically, and images were taken with the same settings at the same magni... |
PMC2323325_pgen-0030233-g004_20451.jpg | What can you see in this picture? | FBF and LIP-1 Function Redundantly to Control Distribution of Activated MPK-1 and to Protect Germ Cells From Apoptosis(A–D) Dissected adult germlines stained with α-DP-MAPK antibody, which is specific for activated MPK-1. Germlines were treated identically, and images were taken with the same settings at the same magni... |
PMC2323325_pgen-0030233-g004_20456.jpg | What is the dominant medical problem in this image? | FBF and LIP-1 Function Redundantly to Control Distribution of Activated MPK-1 and to Protect Germ Cells From Apoptosis(A–D) Dissected adult germlines stained with α-DP-MAPK antibody, which is specific for activated MPK-1. Germlines were treated identically, and images were taken with the same settings at the same magni... |
PMC2323325_pgen-0030233-g004_20455.jpg | What is the core subject represented in this visual? | FBF and LIP-1 Function Redundantly to Control Distribution of Activated MPK-1 and to Protect Germ Cells From Apoptosis(A–D) Dissected adult germlines stained with α-DP-MAPK antibody, which is specific for activated MPK-1. Germlines were treated identically, and images were taken with the same settings at the same magni... |
PMC2323325_pgen-0030233-g004_20454.jpg | What can you see in this picture? | FBF and LIP-1 Function Redundantly to Control Distribution of Activated MPK-1 and to Protect Germ Cells From Apoptosis(A–D) Dissected adult germlines stained with α-DP-MAPK antibody, which is specific for activated MPK-1. Germlines were treated identically, and images were taken with the same settings at the same magni... |
PMC2323363_F1_20462.jpg | Can you identify the primary element in this image? | Different aspects of CNF1 activity on epithelial cells. (a-b) Transmission electron micrographs showing: a control mononucleated cell (a), and a CNF1-treated cell (b), bearing four nuclei in the cytoplasm. (c-d) Fluorescence micrographs of control (c) or CNF1-treated (d) cells stained for F-actin detection. CNF1-treate... |
PMC2323363_F1_20465.jpg | What is the principal component of this image? | Different aspects of CNF1 activity on epithelial cells. (a-b) Transmission electron micrographs showing: a control mononucleated cell (a), and a CNF1-treated cell (b), bearing four nuclei in the cytoplasm. (c-d) Fluorescence micrographs of control (c) or CNF1-treated (d) cells stained for F-actin detection. CNF1-treate... |
PMC2323363_F1_20459.jpg | What is shown in this image? | Different aspects of CNF1 activity on epithelial cells. (a-b) Transmission electron micrographs showing: a control mononucleated cell (a), and a CNF1-treated cell (b), bearing four nuclei in the cytoplasm. (c-d) Fluorescence micrographs of control (c) or CNF1-treated (d) cells stained for F-actin detection. CNF1-treate... |
PMC2323363_F1_20466.jpg | What does this image primarily show? | Different aspects of CNF1 activity on epithelial cells. (a-b) Transmission electron micrographs showing: a control mononucleated cell (a), and a CNF1-treated cell (b), bearing four nuclei in the cytoplasm. (c-d) Fluorescence micrographs of control (c) or CNF1-treated (d) cells stained for F-actin detection. CNF1-treate... |
PMC2323363_F1_20460.jpg | What can you see in this picture? | Different aspects of CNF1 activity on epithelial cells. (a-b) Transmission electron micrographs showing: a control mononucleated cell (a), and a CNF1-treated cell (b), bearing four nuclei in the cytoplasm. (c-d) Fluorescence micrographs of control (c) or CNF1-treated (d) cells stained for F-actin detection. CNF1-treate... |
PMC2323363_F1_20463.jpg | What is the principal component of this image? | Different aspects of CNF1 activity on epithelial cells. (a-b) Transmission electron micrographs showing: a control mononucleated cell (a), and a CNF1-treated cell (b), bearing four nuclei in the cytoplasm. (c-d) Fluorescence micrographs of control (c) or CNF1-treated (d) cells stained for F-actin detection. CNF1-treate... |
PMC2323368_F2_20470.jpg | What stands out most in this visual? | Evaluation of phage internalization into A431 and SKBR3 cells using confocal microscopy. A. Immunofluorescence Staining: (a) control fUSE5-ZZ-human IgG phages (b), no phage, only antibodies (c-l) serial cuts of A431 cells that were treated with fUSE5-ZZ-chFRP5 phages. Membranes were labelled by using red fluorescent CM... |
PMC2323368_F2_20471.jpg | What is the main focus of this visual representation? | Evaluation of phage internalization into A431 and SKBR3 cells using confocal microscopy. A. Immunofluorescence Staining: (a) control fUSE5-ZZ-human IgG phages (b), no phage, only antibodies (c-l) serial cuts of A431 cells that were treated with fUSE5-ZZ-chFRP5 phages. Membranes were labelled by using red fluorescent CM... |
PMC2323368_F2_20472.jpg | What stands out most in this visual? | Evaluation of phage internalization into A431 and SKBR3 cells using confocal microscopy. A. Immunofluorescence Staining: (a) control fUSE5-ZZ-human IgG phages (b), no phage, only antibodies (c-l) serial cuts of A431 cells that were treated with fUSE5-ZZ-chFRP5 phages. Membranes were labelled by using red fluorescent CM... |
PMC2323380_F3_20477.jpg | What is being portrayed in this visual content? | Identification of different cell types expressing GATA-4 and GATA-6 proteins in normal gastrointestinal mucosa. Staining for chromogranin A (ChrA) (blue-greyish cytoplasmic staining in A, A', C, C', F, and F') was used to detect neuroendocrine cells and staining for H+/K+-ATPase α (HK) (blue-greyish cytoplasmic stainin... |
PMC2323380_F3_20474.jpg | What is the central feature of this picture? | Identification of different cell types expressing GATA-4 and GATA-6 proteins in normal gastrointestinal mucosa. Staining for chromogranin A (ChrA) (blue-greyish cytoplasmic staining in A, A', C, C', F, and F') was used to detect neuroendocrine cells and staining for H+/K+-ATPase α (HK) (blue-greyish cytoplasmic stainin... |
PMC2323380_F3_20482.jpg | What can you see in this picture? | Identification of different cell types expressing GATA-4 and GATA-6 proteins in normal gastrointestinal mucosa. Staining for chromogranin A (ChrA) (blue-greyish cytoplasmic staining in A, A', C, C', F, and F') was used to detect neuroendocrine cells and staining for H+/K+-ATPase α (HK) (blue-greyish cytoplasmic stainin... |
PMC2323380_F3_20478.jpg | What is being portrayed in this visual content? | Identification of different cell types expressing GATA-4 and GATA-6 proteins in normal gastrointestinal mucosa. Staining for chromogranin A (ChrA) (blue-greyish cytoplasmic staining in A, A', C, C', F, and F') was used to detect neuroendocrine cells and staining for H+/K+-ATPase α (HK) (blue-greyish cytoplasmic stainin... |
PMC2323380_F3_20480.jpg | What is the principal component of this image? | Identification of different cell types expressing GATA-4 and GATA-6 proteins in normal gastrointestinal mucosa. Staining for chromogranin A (ChrA) (blue-greyish cytoplasmic staining in A, A', C, C', F, and F') was used to detect neuroendocrine cells and staining for H+/K+-ATPase α (HK) (blue-greyish cytoplasmic stainin... |
PMC2323380_F3_20479.jpg | Describe the main subject of this image. | Identification of different cell types expressing GATA-4 and GATA-6 proteins in normal gastrointestinal mucosa. Staining for chromogranin A (ChrA) (blue-greyish cytoplasmic staining in A, A', C, C', F, and F') was used to detect neuroendocrine cells and staining for H+/K+-ATPase α (HK) (blue-greyish cytoplasmic stainin... |
PMC2323380_F3_20475.jpg | What stands out most in this visual? | Identification of different cell types expressing GATA-4 and GATA-6 proteins in normal gastrointestinal mucosa. Staining for chromogranin A (ChrA) (blue-greyish cytoplasmic staining in A, A', C, C', F, and F') was used to detect neuroendocrine cells and staining for H+/K+-ATPase α (HK) (blue-greyish cytoplasmic stainin... |
PMC2323380_F3_20473.jpg | What is the main focus of this visual representation? | Identification of different cell types expressing GATA-4 and GATA-6 proteins in normal gastrointestinal mucosa. Staining for chromogranin A (ChrA) (blue-greyish cytoplasmic staining in A, A', C, C', F, and F') was used to detect neuroendocrine cells and staining for H+/K+-ATPase α (HK) (blue-greyish cytoplasmic stainin... |
PMC2323380_F4_20493.jpg | What is the central feature of this picture? | GATA-4, GATA-6, and Ihh protein expression in neoplastic gastrointestinal mucosa. GATA-4, GATA-6, and Ihh are strongly expressed in intestinal metaplasia of the stomach (A, A', and A", respectively). The insets in A, A' and A" represent magnifications of cardiac glands. GATA-4 and GATA-6 are strongly expressed in neuro... |
PMC2323380_F4_20491.jpg | Can you identify the primary element in this image? | GATA-4, GATA-6, and Ihh protein expression in neoplastic gastrointestinal mucosa. GATA-4, GATA-6, and Ihh are strongly expressed in intestinal metaplasia of the stomach (A, A', and A", respectively). The insets in A, A' and A" represent magnifications of cardiac glands. GATA-4 and GATA-6 are strongly expressed in neuro... |
PMC2323380_F4_20492.jpg | What key item or scene is captured in this photo? | GATA-4, GATA-6, and Ihh protein expression in neoplastic gastrointestinal mucosa. GATA-4, GATA-6, and Ihh are strongly expressed in intestinal metaplasia of the stomach (A, A', and A", respectively). The insets in A, A' and A" represent magnifications of cardiac glands. GATA-4 and GATA-6 are strongly expressed in neuro... |
PMC2323380_F4_20494.jpg | Describe the main subject of this image. | GATA-4, GATA-6, and Ihh protein expression in neoplastic gastrointestinal mucosa. GATA-4, GATA-6, and Ihh are strongly expressed in intestinal metaplasia of the stomach (A, A', and A", respectively). The insets in A, A' and A" represent magnifications of cardiac glands. GATA-4 and GATA-6 are strongly expressed in neuro... |
PMC2323380_F4_20486.jpg | What is the focal point of this photograph? | GATA-4, GATA-6, and Ihh protein expression in neoplastic gastrointestinal mucosa. GATA-4, GATA-6, and Ihh are strongly expressed in intestinal metaplasia of the stomach (A, A', and A", respectively). The insets in A, A' and A" represent magnifications of cardiac glands. GATA-4 and GATA-6 are strongly expressed in neuro... |
PMC2323380_F4_20489.jpg | What is being portrayed in this visual content? | GATA-4, GATA-6, and Ihh protein expression in neoplastic gastrointestinal mucosa. GATA-4, GATA-6, and Ihh are strongly expressed in intestinal metaplasia of the stomach (A, A', and A", respectively). The insets in A, A' and A" represent magnifications of cardiac glands. GATA-4 and GATA-6 are strongly expressed in neuro... |
PMC2323389_F3_20498.jpg | What is the principal component of this image? | Developmental defect of oligodendrocytes in the zi/zi cerebellum. Sagittal sections of the cerebellum from zi/+ (A, A', C) or zi/zi (B, B', D) rats at 4 weeks of age were immunostained with antibodies for Rip (A-B') or neurofilament (C, D). A, B, Differentiating Rip-positive oligodendrocytes were distributed predominan... |
PMC2323389_F3_20499.jpg | What's the most prominent thing you notice in this picture? | Developmental defect of oligodendrocytes in the zi/zi cerebellum. Sagittal sections of the cerebellum from zi/+ (A, A', C) or zi/zi (B, B', D) rats at 4 weeks of age were immunostained with antibodies for Rip (A-B') or neurofilament (C, D). A, B, Differentiating Rip-positive oligodendrocytes were distributed predominan... |
PMC2323389_F3_20497.jpg | What object or scene is depicted here? | Developmental defect of oligodendrocytes in the zi/zi cerebellum. Sagittal sections of the cerebellum from zi/+ (A, A', C) or zi/zi (B, B', D) rats at 4 weeks of age were immunostained with antibodies for Rip (A-B') or neurofilament (C, D). A, B, Differentiating Rip-positive oligodendrocytes were distributed predominan... |
PMC2323389_F3_20500.jpg | What key item or scene is captured in this photo? | Developmental defect of oligodendrocytes in the zi/zi cerebellum. Sagittal sections of the cerebellum from zi/+ (A, A', C) or zi/zi (B, B', D) rats at 4 weeks of age were immunostained with antibodies for Rip (A-B') or neurofilament (C, D). A, B, Differentiating Rip-positive oligodendrocytes were distributed predominan... |
PMC2323389_F3_20501.jpg | What does this image primarily show? | Developmental defect of oligodendrocytes in the zi/zi cerebellum. Sagittal sections of the cerebellum from zi/+ (A, A', C) or zi/zi (B, B', D) rats at 4 weeks of age were immunostained with antibodies for Rip (A-B') or neurofilament (C, D). A, B, Differentiating Rip-positive oligodendrocytes were distributed predominan... |
PMC2323389_F4_20507.jpg | Can you identify the primary element in this image? | Iron accumulation in zi/zi rat oligodendrocytes. Accumulating iron was stained using the enhanced Perls' method.A-D, Coronal sections of midbrain. Iron was present within the entire midbrain region in zi/zi rats (B). With increasing age (8 months), iron accumulation became prominent in the substantia nigra (D). E, F, H... |
PMC2323389_F4_20515.jpg | What is the focal point of this photograph? | Iron accumulation in zi/zi rat oligodendrocytes. Accumulating iron was stained using the enhanced Perls' method.A-D, Coronal sections of midbrain. Iron was present within the entire midbrain region in zi/zi rats (B). With increasing age (8 months), iron accumulation became prominent in the substantia nigra (D). E, F, H... |
PMC2323389_F4_20516.jpg | What object or scene is depicted here? | Iron accumulation in zi/zi rat oligodendrocytes. Accumulating iron was stained using the enhanced Perls' method.A-D, Coronal sections of midbrain. Iron was present within the entire midbrain region in zi/zi rats (B). With increasing age (8 months), iron accumulation became prominent in the substantia nigra (D). E, F, H... |
PMC2323389_F4_20510.jpg | What key item or scene is captured in this photo? | Iron accumulation in zi/zi rat oligodendrocytes. Accumulating iron was stained using the enhanced Perls' method.A-D, Coronal sections of midbrain. Iron was present within the entire midbrain region in zi/zi rats (B). With increasing age (8 months), iron accumulation became prominent in the substantia nigra (D). E, F, H... |
PMC2323389_F4_20509.jpg | What is the main focus of this visual representation? | Iron accumulation in zi/zi rat oligodendrocytes. Accumulating iron was stained using the enhanced Perls' method.A-D, Coronal sections of midbrain. Iron was present within the entire midbrain region in zi/zi rats (B). With increasing age (8 months), iron accumulation became prominent in the substantia nigra (D). E, F, H... |
PMC2323389_F4_20512.jpg | What is shown in this image? | Iron accumulation in zi/zi rat oligodendrocytes. Accumulating iron was stained using the enhanced Perls' method.A-D, Coronal sections of midbrain. Iron was present within the entire midbrain region in zi/zi rats (B). With increasing age (8 months), iron accumulation became prominent in the substantia nigra (D). E, F, H... |
PMC2323389_F4_20503.jpg | Describe the main subject of this image. | Iron accumulation in zi/zi rat oligodendrocytes. Accumulating iron was stained using the enhanced Perls' method.A-D, Coronal sections of midbrain. Iron was present within the entire midbrain region in zi/zi rats (B). With increasing age (8 months), iron accumulation became prominent in the substantia nigra (D). E, F, H... |
PMC2323389_F4_20508.jpg | What can you see in this picture? | Iron accumulation in zi/zi rat oligodendrocytes. Accumulating iron was stained using the enhanced Perls' method.A-D, Coronal sections of midbrain. Iron was present within the entire midbrain region in zi/zi rats (B). With increasing age (8 months), iron accumulation became prominent in the substantia nigra (D). E, F, H... |
PMC2323389_F4_20506.jpg | What is the dominant medical problem in this image? | Iron accumulation in zi/zi rat oligodendrocytes. Accumulating iron was stained using the enhanced Perls' method.A-D, Coronal sections of midbrain. Iron was present within the entire midbrain region in zi/zi rats (B). With increasing age (8 months), iron accumulation became prominent in the substantia nigra (D). E, F, H... |
PMC2323389_F4_20513.jpg | What is the principal component of this image? | Iron accumulation in zi/zi rat oligodendrocytes. Accumulating iron was stained using the enhanced Perls' method.A-D, Coronal sections of midbrain. Iron was present within the entire midbrain region in zi/zi rats (B). With increasing age (8 months), iron accumulation became prominent in the substantia nigra (D). E, F, H... |
PMC2323389_F4_20514.jpg | What is the core subject represented in this visual? | Iron accumulation in zi/zi rat oligodendrocytes. Accumulating iron was stained using the enhanced Perls' method.A-D, Coronal sections of midbrain. Iron was present within the entire midbrain region in zi/zi rats (B). With increasing age (8 months), iron accumulation became prominent in the substantia nigra (D). E, F, H... |
PMC2323389_F4_20505.jpg | What object or scene is depicted here? | Iron accumulation in zi/zi rat oligodendrocytes. Accumulating iron was stained using the enhanced Perls' method.A-D, Coronal sections of midbrain. Iron was present within the entire midbrain region in zi/zi rats (B). With increasing age (8 months), iron accumulation became prominent in the substantia nigra (D). E, F, H... |
PMC2323393_F1_20517.jpg | What is the main focus of this visual representation? | BAFF immunoreactivity in breast carcinoma (A), DCIS (B, arrowhead) and normal appearing duct (C, arrow) and lobule (C, arrowhead). Normal adipocytes are stained positively for BAFF (Pannel A, arrowhead). In D, a higher magnification is shown, in which a homogeneous cytoplasmic BAFF immunoreactivity is shown, with more ... |
PMC2323393_F1_20520.jpg | Can you identify the primary element in this image? | BAFF immunoreactivity in breast carcinoma (A), DCIS (B, arrowhead) and normal appearing duct (C, arrow) and lobule (C, arrowhead). Normal adipocytes are stained positively for BAFF (Pannel A, arrowhead). In D, a higher magnification is shown, in which a homogeneous cytoplasmic BAFF immunoreactivity is shown, with more ... |
PMC2323393_F1_20521.jpg | What is the focal point of this photograph? | BAFF immunoreactivity in breast carcinoma (A), DCIS (B, arrowhead) and normal appearing duct (C, arrow) and lobule (C, arrowhead). Normal adipocytes are stained positively for BAFF (Pannel A, arrowhead). In D, a higher magnification is shown, in which a homogeneous cytoplasmic BAFF immunoreactivity is shown, with more ... |
PMC2323393_F2_20523.jpg | What is the principal component of this image? | APRIL immunoreactivity in invasive breast carcinoma (A), DCIS component of the same carcinoma (B, arrowhead), and normal looking ducts (C, arrow) and lobules (C, arrowhead). In D, a higher magnification is shown. APRIL immunoreactivity is presented as discrete cytoplasmic dots. E: Normal Ig isotype staining. |
PMC2323393_F2_20526.jpg | What stands out most in this visual? | APRIL immunoreactivity in invasive breast carcinoma (A), DCIS component of the same carcinoma (B, arrowhead), and normal looking ducts (C, arrow) and lobules (C, arrowhead). In D, a higher magnification is shown. APRIL immunoreactivity is presented as discrete cytoplasmic dots. E: Normal Ig isotype staining. |
PMC2323393_F2_20522.jpg | What is being portrayed in this visual content? | APRIL immunoreactivity in invasive breast carcinoma (A), DCIS component of the same carcinoma (B, arrowhead), and normal looking ducts (C, arrow) and lobules (C, arrowhead). In D, a higher magnification is shown. APRIL immunoreactivity is presented as discrete cytoplasmic dots. E: Normal Ig isotype staining. |
PMC2323393_F2_20524.jpg | What is the central feature of this picture? | APRIL immunoreactivity in invasive breast carcinoma (A), DCIS component of the same carcinoma (B, arrowhead), and normal looking ducts (C, arrow) and lobules (C, arrowhead). In D, a higher magnification is shown. APRIL immunoreactivity is presented as discrete cytoplasmic dots. E: Normal Ig isotype staining. |
PMC2323394_F4_20527.jpg | What does this image primarily show? | Study of SMA expression among high and low grade ductal carcinoma in situ, revealed that there are no SMA positive myofibroblasts around DCIS-L (B) while around high grade DCIS, SMA positive myofibroblasts are identified (A). The opposite phenomenon is observed regarding CD34 expression upon stroma fibroblasts. It is s... |
PMC2323394_F4_20530.jpg | What is the dominant medical problem in this image? | Study of SMA expression among high and low grade ductal carcinoma in situ, revealed that there are no SMA positive myofibroblasts around DCIS-L (B) while around high grade DCIS, SMA positive myofibroblasts are identified (A). The opposite phenomenon is observed regarding CD34 expression upon stroma fibroblasts. It is s... |
PMC2323394_F4_20528.jpg | What is the focal point of this photograph? | Study of SMA expression among high and low grade ductal carcinoma in situ, revealed that there are no SMA positive myofibroblasts around DCIS-L (B) while around high grade DCIS, SMA positive myofibroblasts are identified (A). The opposite phenomenon is observed regarding CD34 expression upon stroma fibroblasts. It is s... |
PMC2323394_F4_20529.jpg | What is the dominant medical problem in this image? | Study of SMA expression among high and low grade ductal carcinoma in situ, revealed that there are no SMA positive myofibroblasts around DCIS-L (B) while around high grade DCIS, SMA positive myofibroblasts are identified (A). The opposite phenomenon is observed regarding CD34 expression upon stroma fibroblasts. It is s... |
PMC2323394_F4_20531.jpg | What is the dominant medical problem in this image? | Study of SMA expression among high and low grade ductal carcinoma in situ, revealed that there are no SMA positive myofibroblasts around DCIS-L (B) while around high grade DCIS, SMA positive myofibroblasts are identified (A). The opposite phenomenon is observed regarding CD34 expression upon stroma fibroblasts. It is s... |
PMC2323578_pone-0002035-g009_20534.jpg | What is shown in this image? | Defective virus budding in HIV infected mouse T cells.Electron microscopy of infected human (upper panel) and mouse (lower panel) T cells. On the left, low magnification of infected cells; in the middle, higher magnification of infected cells; on the right (for mouse T cells), aberrant budding of VLP into nuclear membr... |
PMC2323578_pone-0002035-g009_20532.jpg | What is the central feature of this picture? | Defective virus budding in HIV infected mouse T cells.Electron microscopy of infected human (upper panel) and mouse (lower panel) T cells. On the left, low magnification of infected cells; in the middle, higher magnification of infected cells; on the right (for mouse T cells), aberrant budding of VLP into nuclear membr... |
PMC2323578_pone-0002035-g009_20535.jpg | Describe the main subject of this image. | Defective virus budding in HIV infected mouse T cells.Electron microscopy of infected human (upper panel) and mouse (lower panel) T cells. On the left, low magnification of infected cells; in the middle, higher magnification of infected cells; on the right (for mouse T cells), aberrant budding of VLP into nuclear membr... |
PMC2323578_pone-0002035-g009_20533.jpg | What object or scene is depicted here? | Defective virus budding in HIV infected mouse T cells.Electron microscopy of infected human (upper panel) and mouse (lower panel) T cells. On the left, low magnification of infected cells; in the middle, higher magnification of infected cells; on the right (for mouse T cells), aberrant budding of VLP into nuclear membr... |
PMC2323594_pone-0002053-g001_20539.jpg | What is being portrayed in this visual content? | A South-American head now housed in Turin's Museum of Anthropology and Ethnography:(a) The specimen (TSA n° 1); (b) 3D virtual reconstruction of the head showing the fracture of the right maxilla and of the right mandibular condyle. The fractures are not communicating with the oropharinx. By inference it is unlikely th... |
PMC2323594_pone-0002053-g002_20546.jpg | What is the core subject represented in this visual? | Light and transmission electron microscopy of skin and soft tissues from TSA n°1:(a) 5 µm section from the skin on the edge of facial wound stained with Masson's trichrome compared with contemporary skin (b); (c) semi-thin resin sections from the same area as (a) showing clearly visible nuclei in the epidermis. Note, b... |
PMC2323594_pone-0002053-g002_20541.jpg | What key item or scene is captured in this photo? | Light and transmission electron microscopy of skin and soft tissues from TSA n°1:(a) 5 µm section from the skin on the edge of facial wound stained with Masson's trichrome compared with contemporary skin (b); (c) semi-thin resin sections from the same area as (a) showing clearly visible nuclei in the epidermis. Note, b... |
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