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PMC2274953_pgen-1000050-g004_19615.jpg | What object or scene is depicted here? | Expression patterns of crista-associated genes during differentiation.Sections of developing chicken cristae at E3.5 (A,B), E5.5 (C,D) and E10 (E–G). (A, A') Adjacent sections showing the co-expression of Bmp4 (A) with Gata3 (A') and p75Ngfr (B) in the anterior crista region at E3.5. (C–C”) Adjacent sections showing ex... |
PMC2274953_pgen-1000050-g004_19609.jpg | What can you see in this picture? | Expression patterns of crista-associated genes during differentiation.Sections of developing chicken cristae at E3.5 (A,B), E5.5 (C,D) and E10 (E–G). (A, A') Adjacent sections showing the co-expression of Bmp4 (A) with Gata3 (A') and p75Ngfr (B) in the anterior crista region at E3.5. (C–C”) Adjacent sections showing ex... |
PMC2274953_pgen-1000050-g004_19612.jpg | What is the principal component of this image? | Expression patterns of crista-associated genes during differentiation.Sections of developing chicken cristae at E3.5 (A,B), E5.5 (C,D) and E10 (E–G). (A, A') Adjacent sections showing the co-expression of Bmp4 (A) with Gata3 (A') and p75Ngfr (B) in the anterior crista region at E3.5. (C–C”) Adjacent sections showing ex... |
PMC2274953_pgen-1000050-g004_19618.jpg | What object or scene is depicted here? | Expression patterns of crista-associated genes during differentiation.Sections of developing chicken cristae at E3.5 (A,B), E5.5 (C,D) and E10 (E–G). (A, A') Adjacent sections showing the co-expression of Bmp4 (A) with Gata3 (A') and p75Ngfr (B) in the anterior crista region at E3.5. (C–C”) Adjacent sections showing ex... |
PMC2274953_pgen-1000050-g004_19613.jpg | What object or scene is depicted here? | Expression patterns of crista-associated genes during differentiation.Sections of developing chicken cristae at E3.5 (A,B), E5.5 (C,D) and E10 (E–G). (A, A') Adjacent sections showing the co-expression of Bmp4 (A) with Gata3 (A') and p75Ngfr (B) in the anterior crista region at E3.5. (C–C”) Adjacent sections showing ex... |
PMC2274953_pgen-1000050-g004_19604.jpg | What can you see in this picture? | Expression patterns of crista-associated genes during differentiation.Sections of developing chicken cristae at E3.5 (A,B), E5.5 (C,D) and E10 (E–G). (A, A') Adjacent sections showing the co-expression of Bmp4 (A) with Gata3 (A') and p75Ngfr (B) in the anterior crista region at E3.5. (C–C”) Adjacent sections showing ex... |
PMC2274953_pgen-1000050-g004_19605.jpg | What's the most prominent thing you notice in this picture? | Expression patterns of crista-associated genes during differentiation.Sections of developing chicken cristae at E3.5 (A,B), E5.5 (C,D) and E10 (E–G). (A, A') Adjacent sections showing the co-expression of Bmp4 (A) with Gata3 (A') and p75Ngfr (B) in the anterior crista region at E3.5. (C–C”) Adjacent sections showing ex... |
PMC2274953_pgen-1000050-g004_19614.jpg | What is the central feature of this picture? | Expression patterns of crista-associated genes during differentiation.Sections of developing chicken cristae at E3.5 (A,B), E5.5 (C,D) and E10 (E–G). (A, A') Adjacent sections showing the co-expression of Bmp4 (A) with Gata3 (A') and p75Ngfr (B) in the anterior crista region at E3.5. (C–C”) Adjacent sections showing ex... |
PMC2274953_pgen-1000050-g004_19611.jpg | What is the focal point of this photograph? | Expression patterns of crista-associated genes during differentiation.Sections of developing chicken cristae at E3.5 (A,B), E5.5 (C,D) and E10 (E–G). (A, A') Adjacent sections showing the co-expression of Bmp4 (A) with Gata3 (A') and p75Ngfr (B) in the anterior crista region at E3.5. (C–C”) Adjacent sections showing ex... |
PMC2274953_pgen-1000050-g004_19620.jpg | What is the core subject represented in this visual? | Expression patterns of crista-associated genes during differentiation.Sections of developing chicken cristae at E3.5 (A,B), E5.5 (C,D) and E10 (E–G). (A, A') Adjacent sections showing the co-expression of Bmp4 (A) with Gata3 (A') and p75Ngfr (B) in the anterior crista region at E3.5. (C–C”) Adjacent sections showing ex... |
PMC2274953_pgen-1000050-g004_19616.jpg | What does this image primarily show? | Expression patterns of crista-associated genes during differentiation.Sections of developing chicken cristae at E3.5 (A,B), E5.5 (C,D) and E10 (E–G). (A, A') Adjacent sections showing the co-expression of Bmp4 (A) with Gata3 (A') and p75Ngfr (B) in the anterior crista region at E3.5. (C–C”) Adjacent sections showing ex... |
PMC2274953_pgen-1000050-g004_19617.jpg | What object or scene is depicted here? | Expression patterns of crista-associated genes during differentiation.Sections of developing chicken cristae at E3.5 (A,B), E5.5 (C,D) and E10 (E–G). (A, A') Adjacent sections showing the co-expression of Bmp4 (A) with Gata3 (A') and p75Ngfr (B) in the anterior crista region at E3.5. (C–C”) Adjacent sections showing ex... |
PMC2274953_pgen-1000050-g004_19621.jpg | What is the central feature of this picture? | Expression patterns of crista-associated genes during differentiation.Sections of developing chicken cristae at E3.5 (A,B), E5.5 (C,D) and E10 (E–G). (A, A') Adjacent sections showing the co-expression of Bmp4 (A) with Gata3 (A') and p75Ngfr (B) in the anterior crista region at E3.5. (C–C”) Adjacent sections showing ex... |
PMC2274953_pgen-1000050-g004_19610.jpg | What is the core subject represented in this visual? | Expression patterns of crista-associated genes during differentiation.Sections of developing chicken cristae at E3.5 (A,B), E5.5 (C,D) and E10 (E–G). (A, A') Adjacent sections showing the co-expression of Bmp4 (A) with Gata3 (A') and p75Ngfr (B) in the anterior crista region at E3.5. (C–C”) Adjacent sections showing ex... |
PMC2275208_f4_19627.jpg | What is the focal point of this photograph? | Membranes of MLBs. As shown in the transmission electron micrographs, MLBs from age-related nuclear cataracts often appear circular (B, C, and F) with an occasional doublet formation (E). MLBs are covered with multiple layers of lipid membranes, although these membranes can barely be visualized at low magnification (A)... |
PMC2275208_f4_19622.jpg | What is shown in this image? | Membranes of MLBs. As shown in the transmission electron micrographs, MLBs from age-related nuclear cataracts often appear circular (B, C, and F) with an occasional doublet formation (E). MLBs are covered with multiple layers of lipid membranes, although these membranes can barely be visualized at low magnification (A)... |
PMC2275208_f4_19624.jpg | What is the principal component of this image? | Membranes of MLBs. As shown in the transmission electron micrographs, MLBs from age-related nuclear cataracts often appear circular (B, C, and F) with an occasional doublet formation (E). MLBs are covered with multiple layers of lipid membranes, although these membranes can barely be visualized at low magnification (A)... |
PMC2275208_f4_19625.jpg | What is being portrayed in this visual content? | Membranes of MLBs. As shown in the transmission electron micrographs, MLBs from age-related nuclear cataracts often appear circular (B, C, and F) with an occasional doublet formation (E). MLBs are covered with multiple layers of lipid membranes, although these membranes can barely be visualized at low magnification (A)... |
PMC2275208_f4_19626.jpg | What can you see in this picture? | Membranes of MLBs. As shown in the transmission electron micrographs, MLBs from age-related nuclear cataracts often appear circular (B, C, and F) with an occasional doublet formation (E). MLBs are covered with multiple layers of lipid membranes, although these membranes can barely be visualized at low magnification (A)... |
PMC2275208_f6_19630.jpg | What is the dominant medical problem in this image? | Distribution of MLBs. A: An example of one of the many volumes examined is shown. This particular volume from an age-related nuclear cataract is 73 µm (x) by 73 µm (y) by 16 µm (z) for a total volume of approximately 85,000 µm3. The z distance of 16 µm resulted from the stacking of 40 optical sections of 0.4 µm each. M... |
PMC2275218_F1_19632.jpg | What object or scene is depicted here? | One glomerulus with circumferential cellular crescent and diffuse endocapillary proliferation infiltrated with few leucocytes and RBCs, and surrounded by focally atrophied or moderately degenerated tubules. Diffuse leucocytic infiltration in parenchyma noted; Hematoxylin and eosin stain, × 100. |
PMC2275218_F3_19631.jpg | Describe the main subject of this image. | Immunofluorescence study showing anti-human C3 deposition in mesangium and occasional capillaries of glomerulus. |
PMC2275225_F1_19635.jpg | Describe the main subject of this image. | Forelimbs of Ktcn-PITX2 mice exhibit severe bone malformations. (A) X-ray images and Alizarin Red staining of wild type (left panel) and Ktcn-PITX2 (right panel) adult forelimbs. Right panel: Alizarin Red staining of Ktcn-PITX2 forelimb (ventral view) shows a diminished and misplaced deltoid tuberosity. The humerus and... |
PMC2275225_F1_19633.jpg | Describe the main subject of this image. | Forelimbs of Ktcn-PITX2 mice exhibit severe bone malformations. (A) X-ray images and Alizarin Red staining of wild type (left panel) and Ktcn-PITX2 (right panel) adult forelimbs. Right panel: Alizarin Red staining of Ktcn-PITX2 forelimb (ventral view) shows a diminished and misplaced deltoid tuberosity. The humerus and... |
PMC2275225_F6_19641.jpg | What is the focal point of this photograph? | Unchanged expression of Ccnd2 and no differences in apoptotic activity in the Ktcn-PITX2 forelimbs. (A and B) H&E stained sagittal paraffin sections of forelimbs from E14.5 mice. The marked areas in A and B are magnified in C-H. (C-F) Double labeling immunohistochemistry reveals that the cells over-expressing PITX2 (D)... |
PMC2275225_F6_19639.jpg | What object or scene is depicted here? | Unchanged expression of Ccnd2 and no differences in apoptotic activity in the Ktcn-PITX2 forelimbs. (A and B) H&E stained sagittal paraffin sections of forelimbs from E14.5 mice. The marked areas in A and B are magnified in C-H. (C-F) Double labeling immunohistochemistry reveals that the cells over-expressing PITX2 (D)... |
PMC2275225_F6_19642.jpg | What is shown in this image? | Unchanged expression of Ccnd2 and no differences in apoptotic activity in the Ktcn-PITX2 forelimbs. (A and B) H&E stained sagittal paraffin sections of forelimbs from E14.5 mice. The marked areas in A and B are magnified in C-H. (C-F) Double labeling immunohistochemistry reveals that the cells over-expressing PITX2 (D)... |
PMC2275225_F6_19640.jpg | What is being portrayed in this visual content? | Unchanged expression of Ccnd2 and no differences in apoptotic activity in the Ktcn-PITX2 forelimbs. (A and B) H&E stained sagittal paraffin sections of forelimbs from E14.5 mice. The marked areas in A and B are magnified in C-H. (C-F) Double labeling immunohistochemistry reveals that the cells over-expressing PITX2 (D)... |
PMC2275225_F6_19644.jpg | What's the most prominent thing you notice in this picture? | Unchanged expression of Ccnd2 and no differences in apoptotic activity in the Ktcn-PITX2 forelimbs. (A and B) H&E stained sagittal paraffin sections of forelimbs from E14.5 mice. The marked areas in A and B are magnified in C-H. (C-F) Double labeling immunohistochemistry reveals that the cells over-expressing PITX2 (D)... |
PMC2275225_F6_19638.jpg | What is the central feature of this picture? | Unchanged expression of Ccnd2 and no differences in apoptotic activity in the Ktcn-PITX2 forelimbs. (A and B) H&E stained sagittal paraffin sections of forelimbs from E14.5 mice. The marked areas in A and B are magnified in C-H. (C-F) Double labeling immunohistochemistry reveals that the cells over-expressing PITX2 (D)... |
PMC2275225_F6_19643.jpg | What key item or scene is captured in this photo? | Unchanged expression of Ccnd2 and no differences in apoptotic activity in the Ktcn-PITX2 forelimbs. (A and B) H&E stained sagittal paraffin sections of forelimbs from E14.5 mice. The marked areas in A and B are magnified in C-H. (C-F) Double labeling immunohistochemistry reveals that the cells over-expressing PITX2 (D)... |
PMC2275225_F6_19645.jpg | What is the dominant medical problem in this image? | Unchanged expression of Ccnd2 and no differences in apoptotic activity in the Ktcn-PITX2 forelimbs. (A and B) H&E stained sagittal paraffin sections of forelimbs from E14.5 mice. The marked areas in A and B are magnified in C-H. (C-F) Double labeling immunohistochemistry reveals that the cells over-expressing PITX2 (D)... |
PMC2275265_F2_19647.jpg | What is the central feature of this picture? | Differential localization of GFP-ATM1(IQ-tail) in root cells. Serial optic sections (30–70, 0.8 μm apart) of roots were acquired by confocal microscopy. A. Root of 5-day-old seedling. Scale bar: 50 μm. B. Lateral root of 20-day-old seedling. Scale bar: 20 μm. C(1) and C(2). Two images of the same 20-day-old seedling ro... |
PMC2275265_F2_19650.jpg | What is the focal point of this photograph? | Differential localization of GFP-ATM1(IQ-tail) in root cells. Serial optic sections (30–70, 0.8 μm apart) of roots were acquired by confocal microscopy. A. Root of 5-day-old seedling. Scale bar: 50 μm. B. Lateral root of 20-day-old seedling. Scale bar: 20 μm. C(1) and C(2). Two images of the same 20-day-old seedling ro... |
PMC2275265_F2_19646.jpg | What is the central feature of this picture? | Differential localization of GFP-ATM1(IQ-tail) in root cells. Serial optic sections (30–70, 0.8 μm apart) of roots were acquired by confocal microscopy. A. Root of 5-day-old seedling. Scale bar: 50 μm. B. Lateral root of 20-day-old seedling. Scale bar: 20 μm. C(1) and C(2). Two images of the same 20-day-old seedling ro... |
PMC2275265_F3_19663.jpg | What's the most prominent thing you notice in this picture? | Association of ATM1 with BFA bodies in specific cells. Seedlings were treated with BFA and FM4-64 and image acquisition was performed with a confocal microscope. A-B. Cells with GFP-ATM1(IQ-tail) organized in dots (arrows). A. GFP-ATM1. B. BFA bodies formed in these cells, shown by FM4-64. Note that the dotted pattern ... |
PMC2275265_F3_19667.jpg | What is the central feature of this picture? | Association of ATM1 with BFA bodies in specific cells. Seedlings were treated with BFA and FM4-64 and image acquisition was performed with a confocal microscope. A-B. Cells with GFP-ATM1(IQ-tail) organized in dots (arrows). A. GFP-ATM1. B. BFA bodies formed in these cells, shown by FM4-64. Note that the dotted pattern ... |
PMC2275265_F3_19664.jpg | Describe the main subject of this image. | Association of ATM1 with BFA bodies in specific cells. Seedlings were treated with BFA and FM4-64 and image acquisition was performed with a confocal microscope. A-B. Cells with GFP-ATM1(IQ-tail) organized in dots (arrows). A. GFP-ATM1. B. BFA bodies formed in these cells, shown by FM4-64. Note that the dotted pattern ... |
PMC2275265_F3_19665.jpg | What is the dominant medical problem in this image? | Association of ATM1 with BFA bodies in specific cells. Seedlings were treated with BFA and FM4-64 and image acquisition was performed with a confocal microscope. A-B. Cells with GFP-ATM1(IQ-tail) organized in dots (arrows). A. GFP-ATM1. B. BFA bodies formed in these cells, shown by FM4-64. Note that the dotted pattern ... |
PMC2275265_F3_19666.jpg | What is the dominant medical problem in this image? | Association of ATM1 with BFA bodies in specific cells. Seedlings were treated with BFA and FM4-64 and image acquisition was performed with a confocal microscope. A-B. Cells with GFP-ATM1(IQ-tail) organized in dots (arrows). A. GFP-ATM1. B. BFA bodies formed in these cells, shown by FM4-64. Note that the dotted pattern ... |
PMC2275265_F4_19658.jpg | What is the dominant medical problem in this image? | Subcellular localization of myosin VIII in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail). Scale bar 10 μm, 15 optic sections, 0.5 μm apart. B. GFP-ATM2 (IQ-tail) Scale bar 5 μm, 1 optic section. C. GFP-myosin VIIIA (IQ-tail). S... |
PMC2275265_F4_19652.jpg | What object or scene is depicted here? | Subcellular localization of myosin VIII in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail). Scale bar 10 μm, 15 optic sections, 0.5 μm apart. B. GFP-ATM2 (IQ-tail) Scale bar 5 μm, 1 optic section. C. GFP-myosin VIIIA (IQ-tail). S... |
PMC2275265_F4_19657.jpg | What key item or scene is captured in this photo? | Subcellular localization of myosin VIII in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail). Scale bar 10 μm, 15 optic sections, 0.5 μm apart. B. GFP-ATM2 (IQ-tail) Scale bar 5 μm, 1 optic section. C. GFP-myosin VIIIA (IQ-tail). S... |
PMC2275265_F4_19660.jpg | What is shown in this image? | Subcellular localization of myosin VIII in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail). Scale bar 10 μm, 15 optic sections, 0.5 μm apart. B. GFP-ATM2 (IQ-tail) Scale bar 5 μm, 1 optic section. C. GFP-myosin VIIIA (IQ-tail). S... |
PMC2275265_F4_19651.jpg | What is shown in this image? | Subcellular localization of myosin VIII in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail). Scale bar 10 μm, 15 optic sections, 0.5 μm apart. B. GFP-ATM2 (IQ-tail) Scale bar 5 μm, 1 optic section. C. GFP-myosin VIIIA (IQ-tail). S... |
PMC2275265_F4_19654.jpg | What's the most prominent thing you notice in this picture? | Subcellular localization of myosin VIII in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail). Scale bar 10 μm, 15 optic sections, 0.5 μm apart. B. GFP-ATM2 (IQ-tail) Scale bar 5 μm, 1 optic section. C. GFP-myosin VIIIA (IQ-tail). S... |
PMC2275265_F4_19655.jpg | What does this image primarily show? | Subcellular localization of myosin VIII in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail). Scale bar 10 μm, 15 optic sections, 0.5 μm apart. B. GFP-ATM2 (IQ-tail) Scale bar 5 μm, 1 optic section. C. GFP-myosin VIIIA (IQ-tail). S... |
PMC2275265_F4_19662.jpg | What stands out most in this visual? | Subcellular localization of myosin VIII in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail). Scale bar 10 μm, 15 optic sections, 0.5 μm apart. B. GFP-ATM2 (IQ-tail) Scale bar 5 μm, 1 optic section. C. GFP-myosin VIIIA (IQ-tail). S... |
PMC2275265_F4_19656.jpg | What is the dominant medical problem in this image? | Subcellular localization of myosin VIII in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail). Scale bar 10 μm, 15 optic sections, 0.5 μm apart. B. GFP-ATM2 (IQ-tail) Scale bar 5 μm, 1 optic section. C. GFP-myosin VIIIA (IQ-tail). S... |
PMC2275265_F4_19661.jpg | What can you see in this picture? | Subcellular localization of myosin VIII in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail). Scale bar 10 μm, 15 optic sections, 0.5 μm apart. B. GFP-ATM2 (IQ-tail) Scale bar 5 μm, 1 optic section. C. GFP-myosin VIIIA (IQ-tail). S... |
PMC2275265_F5_19674.jpg | What is the focal point of this photograph? | ATM1 co-localizes with internalized FM4-64 and with endosomal markers in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail) (dots of 980 ± 145 nm in diameter). B. FM4-64. C. Overlay of A and B (1 optic section). D. GFP-ATM1(IQ-tail)... |
PMC2275265_F5_19672.jpg | What can you see in this picture? | ATM1 co-localizes with internalized FM4-64 and with endosomal markers in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail) (dots of 980 ± 145 nm in diameter). B. FM4-64. C. Overlay of A and B (1 optic section). D. GFP-ATM1(IQ-tail)... |
PMC2275265_F5_19680.jpg | What is the dominant medical problem in this image? | ATM1 co-localizes with internalized FM4-64 and with endosomal markers in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail) (dots of 980 ± 145 nm in diameter). B. FM4-64. C. Overlay of A and B (1 optic section). D. GFP-ATM1(IQ-tail)... |
PMC2275265_F5_19679.jpg | What is the core subject represented in this visual? | ATM1 co-localizes with internalized FM4-64 and with endosomal markers in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail) (dots of 980 ± 145 nm in diameter). B. FM4-64. C. Overlay of A and B (1 optic section). D. GFP-ATM1(IQ-tail)... |
PMC2275265_F5_19676.jpg | What is the dominant medical problem in this image? | ATM1 co-localizes with internalized FM4-64 and with endosomal markers in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail) (dots of 980 ± 145 nm in diameter). B. FM4-64. C. Overlay of A and B (1 optic section). D. GFP-ATM1(IQ-tail)... |
PMC2275265_F5_19677.jpg | What's the most prominent thing you notice in this picture? | ATM1 co-localizes with internalized FM4-64 and with endosomal markers in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail) (dots of 980 ± 145 nm in diameter). B. FM4-64. C. Overlay of A and B (1 optic section). D. GFP-ATM1(IQ-tail)... |
PMC2275265_F5_19670.jpg | What is shown in this image? | ATM1 co-localizes with internalized FM4-64 and with endosomal markers in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail) (dots of 980 ± 145 nm in diameter). B. FM4-64. C. Overlay of A and B (1 optic section). D. GFP-ATM1(IQ-tail)... |
PMC2275265_F5_19675.jpg | What key item or scene is captured in this photo? | ATM1 co-localizes with internalized FM4-64 and with endosomal markers in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail) (dots of 980 ± 145 nm in diameter). B. FM4-64. C. Overlay of A and B (1 optic section). D. GFP-ATM1(IQ-tail)... |
PMC2275265_F5_19678.jpg | What can you see in this picture? | ATM1 co-localizes with internalized FM4-64 and with endosomal markers in abaxial leaf epidermis cells of N. benthamiana. Fluorescent chimeras were co-expressed by Agrobacterium infiltration. A. GFP-ATM1(IQ-tail) (dots of 980 ± 145 nm in diameter). B. FM4-64. C. Overlay of A and B (1 optic section). D. GFP-ATM1(IQ-tail)... |
PMC2275273_F1_19681.jpg | What key item or scene is captured in this photo? | Clusters of goblet cells (arrow) infiltrated the muscle layer of the appendix. (Hematoxyllin and eosin). Magnification × 300. |
PMC2275273_F2_19687.jpg | What is the focal point of this photograph? | a. Chromogranin A-positive cells (arrows) in the normal appendiceal glands (G) and in submucosa (S), b. Chromogranin A-positive endocrine cells (arrows) delineate the tumour nests of goblet cells, c. Somatostatin-positive endocrine cells (arrows) in the normal appendiceal mucosa, d. Somatostatin-positive cells (arrows)... |
PMC2275273_F2_19685.jpg | What is shown in this image? | a. Chromogranin A-positive cells (arrows) in the normal appendiceal glands (G) and in submucosa (S), b. Chromogranin A-positive endocrine cells (arrows) delineate the tumour nests of goblet cells, c. Somatostatin-positive endocrine cells (arrows) in the normal appendiceal mucosa, d. Somatostatin-positive cells (arrows)... |
PMC2275273_F2_19686.jpg | What is the dominant medical problem in this image? | a. Chromogranin A-positive cells (arrows) in the normal appendiceal glands (G) and in submucosa (S), b. Chromogranin A-positive endocrine cells (arrows) delineate the tumour nests of goblet cells, c. Somatostatin-positive endocrine cells (arrows) in the normal appendiceal mucosa, d. Somatostatin-positive cells (arrows)... |
PMC2275273_F2_19684.jpg | What is shown in this image? | a. Chromogranin A-positive cells (arrows) in the normal appendiceal glands (G) and in submucosa (S), b. Chromogranin A-positive endocrine cells (arrows) delineate the tumour nests of goblet cells, c. Somatostatin-positive endocrine cells (arrows) in the normal appendiceal mucosa, d. Somatostatin-positive cells (arrows)... |
PMC2275273_F3_19683.jpg | What is the dominant medical problem in this image? | Serotonin-positive endocrine cells in the muscle layer of the caecum. Magnification × 300. |
PMC2275273_F4_19692.jpg | What is being portrayed in this visual content? | a. PAS-positive mucous cells (pink, star), and brown chromogranin A-positive endocrine cells (arrow) in the normal appendiceal mucosa, b. PAS-positive mucin-secreting cells (pink, star), surrounded by brown chromogranin A-positive endocrine cells (arrow) in a tumour gland in the submucosa, c. Alciane blue-positive muco... |
PMC2275273_F4_19690.jpg | What stands out most in this visual? | a. PAS-positive mucous cells (pink, star), and brown chromogranin A-positive endocrine cells (arrow) in the normal appendiceal mucosa, b. PAS-positive mucin-secreting cells (pink, star), surrounded by brown chromogranin A-positive endocrine cells (arrow) in a tumour gland in the submucosa, c. Alciane blue-positive muco... |
PMC2275273_F4_19693.jpg | Describe the main subject of this image. | a. PAS-positive mucous cells (pink, star), and brown chromogranin A-positive endocrine cells (arrow) in the normal appendiceal mucosa, b. PAS-positive mucin-secreting cells (pink, star), surrounded by brown chromogranin A-positive endocrine cells (arrow) in a tumour gland in the submucosa, c. Alciane blue-positive muco... |
PMC2275287_F2_19698.jpg | Describe the main subject of this image. | Giemsa- and DAPI-stained peripheral fingerprick blood smears from children 5 years old and younger presenting with uncomplicated malaria. (A) low magnification field of a control smear from a child presenting with fever but no detectable P. falciparum; (B) field showing neutrophil exhibiting toxic granulation and lack ... |
PMC2275287_F2_19699.jpg | What is the core subject represented in this visual? | Giemsa- and DAPI-stained peripheral fingerprick blood smears from children 5 years old and younger presenting with uncomplicated malaria. (A) low magnification field of a control smear from a child presenting with fever but no detectable P. falciparum; (B) field showing neutrophil exhibiting toxic granulation and lack ... |
PMC2275287_F2_19696.jpg | What can you see in this picture? | Giemsa- and DAPI-stained peripheral fingerprick blood smears from children 5 years old and younger presenting with uncomplicated malaria. (A) low magnification field of a control smear from a child presenting with fever but no detectable P. falciparum; (B) field showing neutrophil exhibiting toxic granulation and lack ... |
PMC2275287_F2_19700.jpg | What is the focal point of this photograph? | Giemsa- and DAPI-stained peripheral fingerprick blood smears from children 5 years old and younger presenting with uncomplicated malaria. (A) low magnification field of a control smear from a child presenting with fever but no detectable P. falciparum; (B) field showing neutrophil exhibiting toxic granulation and lack ... |
PMC2275287_F2_19695.jpg | Can you identify the primary element in this image? | Giemsa- and DAPI-stained peripheral fingerprick blood smears from children 5 years old and younger presenting with uncomplicated malaria. (A) low magnification field of a control smear from a child presenting with fever but no detectable P. falciparum; (B) field showing neutrophil exhibiting toxic granulation and lack ... |
PMC2275310_pcbi-1000055-g001_19704.jpg | What is the focal point of this photograph? | Venation pattern of a Gloeospermum sphaerocarpum leaf.This leaf was subjected to a chemical treatment to remove all the soft tissues, leaving only the veins. The network-like structure as well as many open ends of the thinnest segments can be observed. |
PMC2275310_pcbi-1000055-g001_19705.jpg | What object or scene is depicted here? | Venation pattern of a Gloeospermum sphaerocarpum leaf.This leaf was subjected to a chemical treatment to remove all the soft tissues, leaving only the veins. The network-like structure as well as many open ends of the thinnest segments can be observed. |
PMC2275483_fig2_19706.jpg | What is the main focus of this visual representation? | Differential expression of FOXO1 in drug sensitive and resistant ovarian cancer cell lines and ovarian cancer samples. (A) Comparative analysis of FOXO1, FOXO3a, FOXO4, total and phosphorylated Akt (pAkt) expression in KF28, KFr13 and KFr13Tx cells by western blot analysis. β-Actin served as a loading control. (B) RTQ–... |
PMC2275483_fig2_19707.jpg | Can you identify the primary element in this image? | Differential expression of FOXO1 in drug sensitive and resistant ovarian cancer cell lines and ovarian cancer samples. (A) Comparative analysis of FOXO1, FOXO3a, FOXO4, total and phosphorylated Akt (pAkt) expression in KF28, KFr13 and KFr13Tx cells by western blot analysis. β-Actin served as a loading control. (B) RTQ–... |
PMC2275734_F5_19710.jpg | What is being portrayed in this visual content? | Centres of PDF's Compared to the Target. PDF's and target for the Ltn family. The centres of each PDF shown as a space filled sphere with the ribbon trace of the target in red. Note that the size of the sphere does not represent the size of the PDF sphere enforced in RAPPER. |
PMC2275795_pone-0001947-g002_19713.jpg | What object or scene is depicted here? | DTAB causes anterior-posterior axis defects.a) Chemical structure of DTAB. b) Embryos treated with higher concentrations of DTAB showed more anterior-posterior patterning defects than those treated with lower concentrations. Zebrafish embryos were treated from 1hpf to 48hpf with different concentrations of DTAB. c) Emb... |
PMC2275795_pone-0001947-g002_19714.jpg | What is the central feature of this picture? | DTAB causes anterior-posterior axis defects.a) Chemical structure of DTAB. b) Embryos treated with higher concentrations of DTAB showed more anterior-posterior patterning defects than those treated with lower concentrations. Zebrafish embryos were treated from 1hpf to 48hpf with different concentrations of DTAB. c) Emb... |
PMC2276182_f4_19719.jpg | What does this image primarily show? | Immunocytochemical analyses of cultured Müller cells in medium with G5. Types I (A) and V (C) collagen show clear extracellular fibrillar threads and less intracellular staining compared to Figures 2A and 2E, respectively. Types II (B) and XI (D) collagen show some fine extracellular threads and small granules (arrows)... |
PMC2276182_f4_19716.jpg | What is the focal point of this photograph? | Immunocytochemical analyses of cultured Müller cells in medium with G5. Types I (A) and V (C) collagen show clear extracellular fibrillar threads and less intracellular staining compared to Figures 2A and 2E, respectively. Types II (B) and XI (D) collagen show some fine extracellular threads and small granules (arrows)... |
PMC2276182_f4_19717.jpg | What's the most prominent thing you notice in this picture? | Immunocytochemical analyses of cultured Müller cells in medium with G5. Types I (A) and V (C) collagen show clear extracellular fibrillar threads and less intracellular staining compared to Figures 2A and 2E, respectively. Types II (B) and XI (D) collagen show some fine extracellular threads and small granules (arrows)... |
PMC2276182_f4_19718.jpg | What is the core subject represented in this visual? | Immunocytochemical analyses of cultured Müller cells in medium with G5. Types I (A) and V (C) collagen show clear extracellular fibrillar threads and less intracellular staining compared to Figures 2A and 2E, respectively. Types II (B) and XI (D) collagen show some fine extracellular threads and small granules (arrows)... |
PMC2276182_f4_19715.jpg | Describe the main subject of this image. | Immunocytochemical analyses of cultured Müller cells in medium with G5. Types I (A) and V (C) collagen show clear extracellular fibrillar threads and less intracellular staining compared to Figures 2A and 2E, respectively. Types II (B) and XI (D) collagen show some fine extracellular threads and small granules (arrows)... |
PMC2276183_f2_19725.jpg | What does this image primarily show? | Allosplenocytes are rapidly cleared from host anterior chamber following intracameral inoculation. BALB/c eyes were enucleated at 3 to 24 h post intracameral inoculation (at least n=2 per micrograph) with enhanced green fluorescent protein (eGFP)+ allosplenocytes (green). Some sections were counterstained with DAPI (bl... |
PMC2276183_f2_19720.jpg | What is the central feature of this picture? | Allosplenocytes are rapidly cleared from host anterior chamber following intracameral inoculation. BALB/c eyes were enucleated at 3 to 24 h post intracameral inoculation (at least n=2 per micrograph) with enhanced green fluorescent protein (eGFP)+ allosplenocytes (green). Some sections were counterstained with DAPI (bl... |
PMC2276183_f2_19726.jpg | Describe the main subject of this image. | Allosplenocytes are rapidly cleared from host anterior chamber following intracameral inoculation. BALB/c eyes were enucleated at 3 to 24 h post intracameral inoculation (at least n=2 per micrograph) with enhanced green fluorescent protein (eGFP)+ allosplenocytes (green). Some sections were counterstained with DAPI (bl... |
PMC2276183_f2_19723.jpg | What object or scene is depicted here? | Allosplenocytes are rapidly cleared from host anterior chamber following intracameral inoculation. BALB/c eyes were enucleated at 3 to 24 h post intracameral inoculation (at least n=2 per micrograph) with enhanced green fluorescent protein (eGFP)+ allosplenocytes (green). Some sections were counterstained with DAPI (bl... |
PMC2276183_f2_19722.jpg | What is the dominant medical problem in this image? | Allosplenocytes are rapidly cleared from host anterior chamber following intracameral inoculation. BALB/c eyes were enucleated at 3 to 24 h post intracameral inoculation (at least n=2 per micrograph) with enhanced green fluorescent protein (eGFP)+ allosplenocytes (green). Some sections were counterstained with DAPI (bl... |
PMC2276183_f2_19724.jpg | What is the central feature of this picture? | Allosplenocytes are rapidly cleared from host anterior chamber following intracameral inoculation. BALB/c eyes were enucleated at 3 to 24 h post intracameral inoculation (at least n=2 per micrograph) with enhanced green fluorescent protein (eGFP)+ allosplenocytes (green). Some sections were counterstained with DAPI (bl... |
PMC2276222_F1_19727.jpg | What stands out most in this visual? | Radiographic pantogram showed total anodontia, in addition there was inverted V shaped dysplastic mental protuberance (arrow). |
PMC2276222_F2_19728.jpg | What stands out most in this visual? | Radiograph of the forearms showed, typical cortical thickening, mostly along the right radius, massive extensive thickening and sclerosis extends along the carpal bones respectively. There was mild sclerosis of the ulnae with bowing; similarly the radius on the left side is also mildly sclerotic. |
PMC2276222_F2_19729.jpg | What can you see in this picture? | Radiograph of the forearms showed, typical cortical thickening, mostly along the right radius, massive extensive thickening and sclerosis extends along the carpal bones respectively. There was mild sclerosis of the ulnae with bowing; similarly the radius on the left side is also mildly sclerotic. |
PMC2276224_F1_19730.jpg | What object or scene is depicted here? | Plain radiograph taken at the time of initial presentation and reported as 'no bony injury'. |
PMC2276224_F3_19731.jpg | What key item or scene is captured in this photo? | Three month follow-up plain radiograph showing healed undisplaced neck of femur fractures. |
PMC2276226_F4_19732.jpg | What is the main focus of this visual representation? | Differential activation to Foils relative to derived relations. Three-dimensional renderings of activation to Foils contrasted with Symmetrical, Transitive and Equivalence relations. Results highlight pronounced frontal and parietal activation to Foils relative to Transitive and Equivalence relations. These considerabl... |
PMC2276226_F4_19734.jpg | What is the central feature of this picture? | Differential activation to Foils relative to derived relations. Three-dimensional renderings of activation to Foils contrasted with Symmetrical, Transitive and Equivalence relations. Results highlight pronounced frontal and parietal activation to Foils relative to Transitive and Equivalence relations. These considerabl... |
PMC2276226_F4_19733.jpg | What's the most prominent thing you notice in this picture? | Differential activation to Foils relative to derived relations. Three-dimensional renderings of activation to Foils contrasted with Symmetrical, Transitive and Equivalence relations. Results highlight pronounced frontal and parietal activation to Foils relative to Transitive and Equivalence relations. These considerabl... |
PMC2276314_pone-0001961-g003_19741.jpg | What is shown in this image? | Rapamycin decreases phosphorylation of downstream targets of mTOR in the skin.
A, Immunoblots probed with anti-phospho-4E-BP1/2, anti-phospho-S6K and anti-phospho-S6 antibodies after gel electrophoresis of lysates from skin tissue of the plantar surface of the hindpaw. Animals received an injection of rapamycin or vehi... |
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