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PMC2474967_pone-0002817-g002_25553.jpg | What is the dominant medical problem in this image? | Late D. melanogaster pupa.A) Exterior view and labelled schematic. At right, selected example slices from the B) head C) thorax and D) abdomen. Sequence: Spin Echo Multi-Slice, 41 slices, 100 micron thickness, resolution: 12.5 micron, in-plane. Matrix: 128×128, TR = 11300 ms, TE = 20 ms. |
PMC2474967_pone-0002817-g002_25551.jpg | What's the most prominent thing you notice in this picture? | Late D. melanogaster pupa.A) Exterior view and labelled schematic. At right, selected example slices from the B) head C) thorax and D) abdomen. Sequence: Spin Echo Multi-Slice, 41 slices, 100 micron thickness, resolution: 12.5 micron, in-plane. Matrix: 128×128, TR = 11300 ms, TE = 20 ms. |
PMC2474967_pone-0002817-g002_25555.jpg | What is being portrayed in this visual content? | Late D. melanogaster pupa.A) Exterior view and labelled schematic. At right, selected example slices from the B) head C) thorax and D) abdomen. Sequence: Spin Echo Multi-Slice, 41 slices, 100 micron thickness, resolution: 12.5 micron, in-plane. Matrix: 128×128, TR = 11300 ms, TE = 20 ms. |
PMC2474967_pone-0002817-g004_25547.jpg | What's the most prominent thing you notice in this picture? | Adult D. melanogaster, head and anterior thorax of specimen in figure 3.A) Dorsal view B) Anterior view, stereograph. The brain is highlighted blue-green, surfaces of the eyes red. Partial transparency of the head cuticle was achieved by adjusting per cent image density after 3D rendering. |
PMC2474967_pone-0002817-g005_25560.jpg | Describe the main subject of this image. | Adult D. bifurca.A,B) Two exterior views of 3D rendering. C) Example 2D slices from the image set, three from the head, left, and three from the thorax, right. Sequence: Spin Echo Multi-Slice, 12.5 micron in-plane resolution, 100 micron slice thickness, TR = 1500 ms, TE = 20 ms, matrix: 128×128, FOV: 1.6×1.6 mm. |
PMC2474967_pone-0002817-g005_25558.jpg | What is the principal component of this image? | Adult D. bifurca.A,B) Two exterior views of 3D rendering. C) Example 2D slices from the image set, three from the head, left, and three from the thorax, right. Sequence: Spin Echo Multi-Slice, 12.5 micron in-plane resolution, 100 micron slice thickness, TR = 1500 ms, TE = 20 ms, matrix: 128×128, FOV: 1.6×1.6 mm. |
PMC2474967_pone-0002817-g005_25559.jpg | What is the focal point of this photograph? | Adult D. bifurca.A,B) Two exterior views of 3D rendering. C) Example 2D slices from the image set, three from the head, left, and three from the thorax, right. Sequence: Spin Echo Multi-Slice, 12.5 micron in-plane resolution, 100 micron slice thickness, TR = 1500 ms, TE = 20 ms, matrix: 128×128, FOV: 1.6×1.6 mm. |
PMC2475515_F1_25563.jpg | What is the central feature of this picture? | Computed tomography scan. Axial view of patient's CT scan showing a large peri-splenic haematoma. |
PMC2475520_F2_25564.jpg | What is the core subject represented in this visual? | Computed Tomographic Scans revealed a large and calcified aneurysm of Kommerell's diverticulun. |
PMC2475522_F1_25566.jpg | What's the most prominent thing you notice in this picture? | Photomicrograph of a lung biopsy demonstrating hyaline masses lined by type II pneumocytes and blood in the alveolar spaces. Hematoxylin and eosin stain. |
PMC2475541_pbio-0060182-g001_25567.jpg | What does this image primarily show? | Genetic Labeling of Spinal Cord Ependymal CellsTransgenic mice with tamoxifen-inducible Cre recombinase (CreER) under the control of the FoxJ1 promoter (A and B) or the Nestin second intron enhancer (C and D) drive expression and induce recombination after 5 daily tamoxifen injections (resulting in β-gal expression) in... |
PMC2475541_pbio-0060182-g001_25570.jpg | What is the main focus of this visual representation? | Genetic Labeling of Spinal Cord Ependymal CellsTransgenic mice with tamoxifen-inducible Cre recombinase (CreER) under the control of the FoxJ1 promoter (A and B) or the Nestin second intron enhancer (C and D) drive expression and induce recombination after 5 daily tamoxifen injections (resulting in β-gal expression) in... |
PMC2475541_pbio-0060182-g001_25571.jpg | What key item or scene is captured in this photo? | Genetic Labeling of Spinal Cord Ependymal CellsTransgenic mice with tamoxifen-inducible Cre recombinase (CreER) under the control of the FoxJ1 promoter (A and B) or the Nestin second intron enhancer (C and D) drive expression and induce recombination after 5 daily tamoxifen injections (resulting in β-gal expression) in... |
PMC2475541_pbio-0060182-g001_25569.jpg | What is shown in this image? | Genetic Labeling of Spinal Cord Ependymal CellsTransgenic mice with tamoxifen-inducible Cre recombinase (CreER) under the control of the FoxJ1 promoter (A and B) or the Nestin second intron enhancer (C and D) drive expression and induce recombination after 5 daily tamoxifen injections (resulting in β-gal expression) in... |
PMC2475541_pbio-0060182-g001_25573.jpg | What is the core subject represented in this visual? | Genetic Labeling of Spinal Cord Ependymal CellsTransgenic mice with tamoxifen-inducible Cre recombinase (CreER) under the control of the FoxJ1 promoter (A and B) or the Nestin second intron enhancer (C and D) drive expression and induce recombination after 5 daily tamoxifen injections (resulting in β-gal expression) in... |
PMC2475541_pbio-0060182-g001_25572.jpg | What is the central feature of this picture? | Genetic Labeling of Spinal Cord Ependymal CellsTransgenic mice with tamoxifen-inducible Cre recombinase (CreER) under the control of the FoxJ1 promoter (A and B) or the Nestin second intron enhancer (C and D) drive expression and induce recombination after 5 daily tamoxifen injections (resulting in β-gal expression) in... |
PMC2475541_pbio-0060182-g001_25568.jpg | What's the most prominent thing you notice in this picture? | Genetic Labeling of Spinal Cord Ependymal CellsTransgenic mice with tamoxifen-inducible Cre recombinase (CreER) under the control of the FoxJ1 promoter (A and B) or the Nestin second intron enhancer (C and D) drive expression and induce recombination after 5 daily tamoxifen injections (resulting in β-gal expression) in... |
PMC2475541_pbio-0060182-g006_25578.jpg | What is the core subject represented in this visual? | Ependymal Cells Contribute to Scar Formation after Spinal Cord Injury(A) Distribution of β-gal–immunoreactive ependyma-derived cells in coronal sections from an uninjured segment (left) further towards the lesion epicenter (right).(B and C) Sagittal sections show the distribution of recombined cells 1 mo (B) and 10 mo ... |
PMC2475541_pbio-0060182-g006_25577.jpg | What is the central feature of this picture? | Ependymal Cells Contribute to Scar Formation after Spinal Cord Injury(A) Distribution of β-gal–immunoreactive ependyma-derived cells in coronal sections from an uninjured segment (left) further towards the lesion epicenter (right).(B and C) Sagittal sections show the distribution of recombined cells 1 mo (B) and 10 mo ... |
PMC2475541_pbio-0060182-g006_25584.jpg | What is the main focus of this visual representation? | Ependymal Cells Contribute to Scar Formation after Spinal Cord Injury(A) Distribution of β-gal–immunoreactive ependyma-derived cells in coronal sections from an uninjured segment (left) further towards the lesion epicenter (right).(B and C) Sagittal sections show the distribution of recombined cells 1 mo (B) and 10 mo ... |
PMC2475541_pbio-0060182-g006_25579.jpg | What is being portrayed in this visual content? | Ependymal Cells Contribute to Scar Formation after Spinal Cord Injury(A) Distribution of β-gal–immunoreactive ependyma-derived cells in coronal sections from an uninjured segment (left) further towards the lesion epicenter (right).(B and C) Sagittal sections show the distribution of recombined cells 1 mo (B) and 10 mo ... |
PMC2475541_pbio-0060182-g006_25583.jpg | What stands out most in this visual? | Ependymal Cells Contribute to Scar Formation after Spinal Cord Injury(A) Distribution of β-gal–immunoreactive ependyma-derived cells in coronal sections from an uninjured segment (left) further towards the lesion epicenter (right).(B and C) Sagittal sections show the distribution of recombined cells 1 mo (B) and 10 mo ... |
PMC2475541_pbio-0060182-g006_25581.jpg | What key item or scene is captured in this photo? | Ependymal Cells Contribute to Scar Formation after Spinal Cord Injury(A) Distribution of β-gal–immunoreactive ependyma-derived cells in coronal sections from an uninjured segment (left) further towards the lesion epicenter (right).(B and C) Sagittal sections show the distribution of recombined cells 1 mo (B) and 10 mo ... |
PMC2475541_pbio-0060182-g006_25576.jpg | What's the most prominent thing you notice in this picture? | Ependymal Cells Contribute to Scar Formation after Spinal Cord Injury(A) Distribution of β-gal–immunoreactive ependyma-derived cells in coronal sections from an uninjured segment (left) further towards the lesion epicenter (right).(B and C) Sagittal sections show the distribution of recombined cells 1 mo (B) and 10 mo ... |
PMC2475541_pbio-0060182-g006_25574.jpg | Describe the main subject of this image. | Ependymal Cells Contribute to Scar Formation after Spinal Cord Injury(A) Distribution of β-gal–immunoreactive ependyma-derived cells in coronal sections from an uninjured segment (left) further towards the lesion epicenter (right).(B and C) Sagittal sections show the distribution of recombined cells 1 mo (B) and 10 mo ... |
PMC2475671_pone-0002831-g002_25586.jpg | What is shown in this image? | The Rbf1 amino-terminal domain, Rbf1N, is sufficient for nuclear localization and chromatin association.(A) S2 cells were transfected with a copper inducible construct containing Rbf1N (Rbf1 amino acids 1–345) tagged with a V5 epitope. Immunofluorescence using V5 antibodies shows Rbf1N is mostly nuclear with small amou... |
PMC2475671_pone-0002831-g002_25590.jpg | What can you see in this picture? | The Rbf1 amino-terminal domain, Rbf1N, is sufficient for nuclear localization and chromatin association.(A) S2 cells were transfected with a copper inducible construct containing Rbf1N (Rbf1 amino acids 1–345) tagged with a V5 epitope. Immunofluorescence using V5 antibodies shows Rbf1N is mostly nuclear with small amou... |
PMC2475671_pone-0002831-g002_25585.jpg | What can you see in this picture? | The Rbf1 amino-terminal domain, Rbf1N, is sufficient for nuclear localization and chromatin association.(A) S2 cells were transfected with a copper inducible construct containing Rbf1N (Rbf1 amino acids 1–345) tagged with a V5 epitope. Immunofluorescence using V5 antibodies shows Rbf1N is mostly nuclear with small amou... |
PMC2475671_pone-0002831-g002_25592.jpg | What is the core subject represented in this visual? | The Rbf1 amino-terminal domain, Rbf1N, is sufficient for nuclear localization and chromatin association.(A) S2 cells were transfected with a copper inducible construct containing Rbf1N (Rbf1 amino acids 1–345) tagged with a V5 epitope. Immunofluorescence using V5 antibodies shows Rbf1N is mostly nuclear with small amou... |
PMC2475671_pone-0002831-g002_25589.jpg | What stands out most in this visual? | The Rbf1 amino-terminal domain, Rbf1N, is sufficient for nuclear localization and chromatin association.(A) S2 cells were transfected with a copper inducible construct containing Rbf1N (Rbf1 amino acids 1–345) tagged with a V5 epitope. Immunofluorescence using V5 antibodies shows Rbf1N is mostly nuclear with small amou... |
PMC2475671_pone-0002831-g002_25591.jpg | What is the main focus of this visual representation? | The Rbf1 amino-terminal domain, Rbf1N, is sufficient for nuclear localization and chromatin association.(A) S2 cells were transfected with a copper inducible construct containing Rbf1N (Rbf1 amino acids 1–345) tagged with a V5 epitope. Immunofluorescence using V5 antibodies shows Rbf1N is mostly nuclear with small amou... |
PMC2475671_pone-0002831-g002_25588.jpg | What is the main focus of this visual representation? | The Rbf1 amino-terminal domain, Rbf1N, is sufficient for nuclear localization and chromatin association.(A) S2 cells were transfected with a copper inducible construct containing Rbf1N (Rbf1 amino acids 1–345) tagged with a V5 epitope. Immunofluorescence using V5 antibodies shows Rbf1N is mostly nuclear with small amou... |
PMC2475671_pone-0002831-g005_25597.jpg | What is the central feature of this picture? | Rbf1N physically interacts with ORC in vivo.Salivary glands from transgenic larvae expressing both Rbf1N-RFP and Orc2-GFP were chromatin washed and fixed for fluorescence microscopy. Rbf1N-RFP (C) and Orc2-GFP (B) colocalize on polytene chromosomes (D through F). DAPI stains the bands of the polytene chromosomes (A). P... |
PMC2475671_pone-0002831-g005_25595.jpg | What key item or scene is captured in this photo? | Rbf1N physically interacts with ORC in vivo.Salivary glands from transgenic larvae expressing both Rbf1N-RFP and Orc2-GFP were chromatin washed and fixed for fluorescence microscopy. Rbf1N-RFP (C) and Orc2-GFP (B) colocalize on polytene chromosomes (D through F). DAPI stains the bands of the polytene chromosomes (A). P... |
PMC2475671_pone-0002831-g005_25600.jpg | What's the most prominent thing you notice in this picture? | Rbf1N physically interacts with ORC in vivo.Salivary glands from transgenic larvae expressing both Rbf1N-RFP and Orc2-GFP were chromatin washed and fixed for fluorescence microscopy. Rbf1N-RFP (C) and Orc2-GFP (B) colocalize on polytene chromosomes (D through F). DAPI stains the bands of the polytene chromosomes (A). P... |
PMC2475671_pone-0002831-g005_25599.jpg | What stands out most in this visual? | Rbf1N physically interacts with ORC in vivo.Salivary glands from transgenic larvae expressing both Rbf1N-RFP and Orc2-GFP were chromatin washed and fixed for fluorescence microscopy. Rbf1N-RFP (C) and Orc2-GFP (B) colocalize on polytene chromosomes (D through F). DAPI stains the bands of the polytene chromosomes (A). P... |
PMC2475671_pone-0002831-g005_25602.jpg | What is the focal point of this photograph? | Rbf1N physically interacts with ORC in vivo.Salivary glands from transgenic larvae expressing both Rbf1N-RFP and Orc2-GFP were chromatin washed and fixed for fluorescence microscopy. Rbf1N-RFP (C) and Orc2-GFP (B) colocalize on polytene chromosomes (D through F). DAPI stains the bands of the polytene chromosomes (A). P... |
PMC2475671_pone-0002831-g005_25601.jpg | What's the most prominent thing you notice in this picture? | Rbf1N physically interacts with ORC in vivo.Salivary glands from transgenic larvae expressing both Rbf1N-RFP and Orc2-GFP were chromatin washed and fixed for fluorescence microscopy. Rbf1N-RFP (C) and Orc2-GFP (B) colocalize on polytene chromosomes (D through F). DAPI stains the bands of the polytene chromosomes (A). P... |
PMC2478651_F5_25605.jpg | What is the central feature of this picture? | Completion hepatic arteriogram. Coils in the segmental artery III (arrowheads) after embolisation. Due to hepatic redistribution the embolized segmental artery is opacified distally to the coils. A hepatic chemotherapy infusion catheter had been inserted into the gastroduodenal artery (arrow). |
PMC2478653_F1_25607.jpg | What can you see in this picture? | Chest radiograph showing consolidation in both lung fields and a cavity in the left upper lung field. |
PMC2478653_F2_25610.jpg | What stands out most in this visual? | Chest computed tomography scan showing multiple consolidations in both lung and a cavity in the left upper lobe. |
PMC2478653_F3_25606.jpg | What is the main focus of this visual representation? | Abdominal radiograph showing a markedly dilated small intestine. |
PMC2478653_F4_25608.jpg | What is the focal point of this photograph? | Abdominal computed tomography scan showing an inhomogenous soft tissue mass that is target- or sausage-shaped in an ileo-colonic intussusception caused by intestinal tuberculosis (Arrow). |
PMC2478664_F2_25614.jpg | What object or scene is depicted here? | ARR22 is predominantly localized in the cytoplasm of tobacco leaf cells. Confocal images of abaxial epidermal leaf cells expressing the indicated RFP and GFP fusion proteins are shown. The emission channels for the RFP (ARR22:RFP) and GFP (marker fusion proteins) fluorescence and the overlay are indicated at the left. ... |
PMC2478664_F2_25618.jpg | What stands out most in this visual? | ARR22 is predominantly localized in the cytoplasm of tobacco leaf cells. Confocal images of abaxial epidermal leaf cells expressing the indicated RFP and GFP fusion proteins are shown. The emission channels for the RFP (ARR22:RFP) and GFP (marker fusion proteins) fluorescence and the overlay are indicated at the left. ... |
PMC2478664_F2_25623.jpg | What is the central feature of this picture? | ARR22 is predominantly localized in the cytoplasm of tobacco leaf cells. Confocal images of abaxial epidermal leaf cells expressing the indicated RFP and GFP fusion proteins are shown. The emission channels for the RFP (ARR22:RFP) and GFP (marker fusion proteins) fluorescence and the overlay are indicated at the left. ... |
PMC2478664_F2_25627.jpg | What is the principal component of this image? | ARR22 is predominantly localized in the cytoplasm of tobacco leaf cells. Confocal images of abaxial epidermal leaf cells expressing the indicated RFP and GFP fusion proteins are shown. The emission channels for the RFP (ARR22:RFP) and GFP (marker fusion proteins) fluorescence and the overlay are indicated at the left. ... |
PMC2478664_F2_25615.jpg | What is the principal component of this image? | ARR22 is predominantly localized in the cytoplasm of tobacco leaf cells. Confocal images of abaxial epidermal leaf cells expressing the indicated RFP and GFP fusion proteins are shown. The emission channels for the RFP (ARR22:RFP) and GFP (marker fusion proteins) fluorescence and the overlay are indicated at the left. ... |
PMC2478664_F2_25622.jpg | What's the most prominent thing you notice in this picture? | ARR22 is predominantly localized in the cytoplasm of tobacco leaf cells. Confocal images of abaxial epidermal leaf cells expressing the indicated RFP and GFP fusion proteins are shown. The emission channels for the RFP (ARR22:RFP) and GFP (marker fusion proteins) fluorescence and the overlay are indicated at the left. ... |
PMC2478664_F2_25619.jpg | What is the focal point of this photograph? | ARR22 is predominantly localized in the cytoplasm of tobacco leaf cells. Confocal images of abaxial epidermal leaf cells expressing the indicated RFP and GFP fusion proteins are shown. The emission channels for the RFP (ARR22:RFP) and GFP (marker fusion proteins) fluorescence and the overlay are indicated at the left. ... |
PMC2478664_F2_25611.jpg | What can you see in this picture? | ARR22 is predominantly localized in the cytoplasm of tobacco leaf cells. Confocal images of abaxial epidermal leaf cells expressing the indicated RFP and GFP fusion proteins are shown. The emission channels for the RFP (ARR22:RFP) and GFP (marker fusion proteins) fluorescence and the overlay are indicated at the left. ... |
PMC2478664_F2_25626.jpg | What is being portrayed in this visual content? | ARR22 is predominantly localized in the cytoplasm of tobacco leaf cells. Confocal images of abaxial epidermal leaf cells expressing the indicated RFP and GFP fusion proteins are shown. The emission channels for the RFP (ARR22:RFP) and GFP (marker fusion proteins) fluorescence and the overlay are indicated at the left. ... |
PMC2478664_F2_25620.jpg | What is the main focus of this visual representation? | ARR22 is predominantly localized in the cytoplasm of tobacco leaf cells. Confocal images of abaxial epidermal leaf cells expressing the indicated RFP and GFP fusion proteins are shown. The emission channels for the RFP (ARR22:RFP) and GFP (marker fusion proteins) fluorescence and the overlay are indicated at the left. ... |
PMC2478664_F2_25617.jpg | What is the focal point of this photograph? | ARR22 is predominantly localized in the cytoplasm of tobacco leaf cells. Confocal images of abaxial epidermal leaf cells expressing the indicated RFP and GFP fusion proteins are shown. The emission channels for the RFP (ARR22:RFP) and GFP (marker fusion proteins) fluorescence and the overlay are indicated at the left. ... |
PMC2478664_F4_25631.jpg | What is the principal component of this image? | ARR22 specifically interacts with AHP2, 3 and 5 in tobacco leaf cells. (A) Confocal images of abaxial epidermal tobacco leaf cells expressing the indicated YFP-N and YFP-C fusion proteins (left column). The right column shows the corresponding bright field images of the transformed cells. The bars represent 25 μm. (B) ... |
PMC2478664_F4_25632.jpg | What object or scene is depicted here? | ARR22 specifically interacts with AHP2, 3 and 5 in tobacco leaf cells. (A) Confocal images of abaxial epidermal tobacco leaf cells expressing the indicated YFP-N and YFP-C fusion proteins (left column). The right column shows the corresponding bright field images of the transformed cells. The bars represent 25 μm. (B) ... |
PMC2478664_F4_25633.jpg | What is the dominant medical problem in this image? | ARR22 specifically interacts with AHP2, 3 and 5 in tobacco leaf cells. (A) Confocal images of abaxial epidermal tobacco leaf cells expressing the indicated YFP-N and YFP-C fusion proteins (left column). The right column shows the corresponding bright field images of the transformed cells. The bars represent 25 μm. (B) ... |
PMC2478665_F1_25635.jpg | Describe the main subject of this image. | Contrast-enhanced computed tomography of the abdomen reveals a well-delineated mucinous mass with curvilinear calcification. A) The axial view indicates that the mass is located at the inferior tip of the right liver lobe. The surrounding fat tissue does not show any fat-stranding. B) The coronal view clearly shows the... |
PMC2478665_F1_25636.jpg | What key item or scene is captured in this photo? | Contrast-enhanced computed tomography of the abdomen reveals a well-delineated mucinous mass with curvilinear calcification. A) The axial view indicates that the mass is located at the inferior tip of the right liver lobe. The surrounding fat tissue does not show any fat-stranding. B) The coronal view clearly shows the... |
PMC2478673_F1_25637.jpg | What is the focal point of this photograph? | TXL-mediated protection against PA-induced endothelial apoptosis. PA at the concentration of 0.5 mM was used to treat endothelial cells with or without TXL preconditioning. TXL preconditioning was carried out by adding ethanol extracted TXL (100 μg/ml) to cultured endothelial cells 30 min prior to the exposure of PA. A... |
PMC2478673_F1_25641.jpg | What object or scene is depicted here? | TXL-mediated protection against PA-induced endothelial apoptosis. PA at the concentration of 0.5 mM was used to treat endothelial cells with or without TXL preconditioning. TXL preconditioning was carried out by adding ethanol extracted TXL (100 μg/ml) to cultured endothelial cells 30 min prior to the exposure of PA. A... |
PMC2478673_F1_25638.jpg | What is the central feature of this picture? | TXL-mediated protection against PA-induced endothelial apoptosis. PA at the concentration of 0.5 mM was used to treat endothelial cells with or without TXL preconditioning. TXL preconditioning was carried out by adding ethanol extracted TXL (100 μg/ml) to cultured endothelial cells 30 min prior to the exposure of PA. A... |
PMC2478673_F1_25645.jpg | What is being portrayed in this visual content? | TXL-mediated protection against PA-induced endothelial apoptosis. PA at the concentration of 0.5 mM was used to treat endothelial cells with or without TXL preconditioning. TXL preconditioning was carried out by adding ethanol extracted TXL (100 μg/ml) to cultured endothelial cells 30 min prior to the exposure of PA. A... |
PMC2478673_F1_25642.jpg | What is the principal component of this image? | TXL-mediated protection against PA-induced endothelial apoptosis. PA at the concentration of 0.5 mM was used to treat endothelial cells with or without TXL preconditioning. TXL preconditioning was carried out by adding ethanol extracted TXL (100 μg/ml) to cultured endothelial cells 30 min prior to the exposure of PA. A... |
PMC2478709_pone-0002868-g002_25649.jpg | Describe the main subject of this image. | fMRI and attachment style results for the social support (SF-W) condition.a) Statistical parametric map for Smiling vs Angry expressions in success feedback context (contrast SF-W>AF-W), showing selective activation in left ventral striatum (xyz = −24 18 −12, z-score = 3.46, p<.001). b) Activation of the left ventral s... |
PMC2478709_pone-0002868-g002_25648.jpg | What stands out most in this visual? | fMRI and attachment style results for the social support (SF-W) condition.a) Statistical parametric map for Smiling vs Angry expressions in success feedback context (contrast SF-W>AF-W), showing selective activation in left ventral striatum (xyz = −24 18 −12, z-score = 3.46, p<.001). b) Activation of the left ventral s... |
PMC2478710_pone-0002882-g002_25653.jpg | Can you identify the primary element in this image? |
S.enterica/GFP colonization and pathogen susceptibility of epa mutants.
C. elegans epa mutants were analyzed for S. enterica/GFP colonization (a). Nineteen mutants from a subset of 25 mutant strains assayed displayed an enhanced susceptibility to killing by S. enterica (b). |
PMC2478714_pone-0002853-g002_25658.jpg | What object or scene is depicted here? | Surface renderings of embryonic vascular structures.(A) Reconstructed FDR-deconvolution OPT data of the 19 somite embryo is shown as a surface rendered object. (B) The surface rendered object can be zoomed in to any magnification, as in this magnified image of the vasculature in the mouse head. (C) The surface renderin... |
PMC2478714_pone-0002853-g002_25659.jpg | What is the dominant medical problem in this image? | Surface renderings of embryonic vascular structures.(A) Reconstructed FDR-deconvolution OPT data of the 19 somite embryo is shown as a surface rendered object. (B) The surface rendered object can be zoomed in to any magnification, as in this magnified image of the vasculature in the mouse head. (C) The surface renderin... |
PMC2478714_pone-0002853-g002_25662.jpg | Describe the main subject of this image. | Surface renderings of embryonic vascular structures.(A) Reconstructed FDR-deconvolution OPT data of the 19 somite embryo is shown as a surface rendered object. (B) The surface rendered object can be zoomed in to any magnification, as in this magnified image of the vasculature in the mouse head. (C) The surface renderin... |
PMC2478714_pone-0002853-g002_25661.jpg | What is shown in this image? | Surface renderings of embryonic vascular structures.(A) Reconstructed FDR-deconvolution OPT data of the 19 somite embryo is shown as a surface rendered object. (B) The surface rendered object can be zoomed in to any magnification, as in this magnified image of the vasculature in the mouse head. (C) The surface renderin... |
PMC2478714_pone-0002853-g002_25660.jpg | What is the focal point of this photograph? | Surface renderings of embryonic vascular structures.(A) Reconstructed FDR-deconvolution OPT data of the 19 somite embryo is shown as a surface rendered object. (B) The surface rendered object can be zoomed in to any magnification, as in this magnified image of the vasculature in the mouse head. (C) The surface renderin... |
PMC2478714_pone-0002853-g003_25655.jpg | What is the core subject represented in this visual? | Volume renderings of embryonic vascular structures.(A) Reconstructed FDR-deconvolution OPT data can be visualized as a volume rendering. The vasculature of a 19 somite mouse embryo is visualized as a volume rendering using a hot metal colour map. (B) OPT data acquired for the mouse atlas include a co-registered 3D auto... |
PMC2478714_pone-0002853-g004_25664.jpg | What object or scene is depicted here? | Stages of vascular development from 5 to 20 somites.(A) In the 5 somite embryo the vasculature, volume rendered with a hot metal colourmap, is confined mostly to a completed DA, a developing heart, the allantois, the extraembryonic circulation, and clusters of PECAM-1 expressing cells dispersed throughout the cephalic ... |
PMC2478714_pone-0002853-g004_25668.jpg | What object or scene is depicted here? | Stages of vascular development from 5 to 20 somites.(A) In the 5 somite embryo the vasculature, volume rendered with a hot metal colourmap, is confined mostly to a completed DA, a developing heart, the allantois, the extraembryonic circulation, and clusters of PECAM-1 expressing cells dispersed throughout the cephalic ... |
PMC2478714_pone-0002853-g004_25666.jpg | What is the dominant medical problem in this image? | Stages of vascular development from 5 to 20 somites.(A) In the 5 somite embryo the vasculature, volume rendered with a hot metal colourmap, is confined mostly to a completed DA, a developing heart, the allantois, the extraembryonic circulation, and clusters of PECAM-1 expressing cells dispersed throughout the cephalic ... |
PMC2478714_pone-0002853-g004_25667.jpg | What can you see in this picture? | Stages of vascular development from 5 to 20 somites.(A) In the 5 somite embryo the vasculature, volume rendered with a hot metal colourmap, is confined mostly to a completed DA, a developing heart, the allantois, the extraembryonic circulation, and clusters of PECAM-1 expressing cells dispersed throughout the cephalic ... |
PMC2478714_pone-0002853-g004_25665.jpg | What can you see in this picture? | Stages of vascular development from 5 to 20 somites.(A) In the 5 somite embryo the vasculature, volume rendered with a hot metal colourmap, is confined mostly to a completed DA, a developing heart, the allantois, the extraembryonic circulation, and clusters of PECAM-1 expressing cells dispersed throughout the cephalic ... |
PMC2478714_pone-0002853-g004_25663.jpg | What can you see in this picture? | Stages of vascular development from 5 to 20 somites.(A) In the 5 somite embryo the vasculature, volume rendered with a hot metal colourmap, is confined mostly to a completed DA, a developing heart, the allantois, the extraembryonic circulation, and clusters of PECAM-1 expressing cells dispersed throughout the cephalic ... |
PMC2478714_pone-0002853-g005_25671.jpg | What is the main focus of this visual representation? | Development of the cephalic plexus between the 5 and 20 somite embryo.(A) The vasculature in the 5 somite mouse embryo is a series of disconnected clusters of PECAM-1-expressing cells. The DA and the heart are surface rendered red, PECAM-1 expression throughout the cephalic mesenchyme is surface rendered orange, and th... |
PMC2478714_pone-0002853-g005_25672.jpg | What is the dominant medical problem in this image? | Development of the cephalic plexus between the 5 and 20 somite embryo.(A) The vasculature in the 5 somite mouse embryo is a series of disconnected clusters of PECAM-1-expressing cells. The DA and the heart are surface rendered red, PECAM-1 expression throughout the cephalic mesenchyme is surface rendered orange, and th... |
PMC2478714_pone-0002853-g005_25669.jpg | What does this image primarily show? | Development of the cephalic plexus between the 5 and 20 somite embryo.(A) The vasculature in the 5 somite mouse embryo is a series of disconnected clusters of PECAM-1-expressing cells. The DA and the heart are surface rendered red, PECAM-1 expression throughout the cephalic mesenchyme is surface rendered orange, and th... |
PMC2478714_pone-0002853-g005_25670.jpg | What is the focal point of this photograph? | Development of the cephalic plexus between the 5 and 20 somite embryo.(A) The vasculature in the 5 somite mouse embryo is a series of disconnected clusters of PECAM-1-expressing cells. The DA and the heart are surface rendered red, PECAM-1 expression throughout the cephalic mesenchyme is surface rendered orange, and th... |
PMC2478714_pone-0002853-g006_25679.jpg | What does this image primarily show? | Connections between the embryonic and extraembryonic circulation in the early mouse embryo.(A) At 7 somites, the omphalomesenteric arteries and veins (green) are large structures. The UA (dark pink) connects to the DA and traverses the allantois, but is quite small. The DA and heart is surface rendered red, and the emb... |
PMC2478714_pone-0002853-g006_25680.jpg | What is being portrayed in this visual content? | Connections between the embryonic and extraembryonic circulation in the early mouse embryo.(A) At 7 somites, the omphalomesenteric arteries and veins (green) are large structures. The UA (dark pink) connects to the DA and traverses the allantois, but is quite small. The DA and heart is surface rendered red, and the emb... |
PMC2478714_pone-0002853-g006_25677.jpg | What is the central feature of this picture? | Connections between the embryonic and extraembryonic circulation in the early mouse embryo.(A) At 7 somites, the omphalomesenteric arteries and veins (green) are large structures. The UA (dark pink) connects to the DA and traverses the allantois, but is quite small. The DA and heart is surface rendered red, and the emb... |
PMC2478714_pone-0002853-g007_25676.jpg | What is the dominant medical problem in this image? | The development of the umbilical vein in the mouse embryo.(A) Discrete clusters of PECAM-1 expressing cells (dark pink) were evident along the length of the body wall immediately next to the junction of the body wall to amnion. The DA and heart is surface rendered yellow, and the embryo autofluorescence volume rendered... |
PMC2478714_pone-0002853-g007_25673.jpg | What stands out most in this visual? | The development of the umbilical vein in the mouse embryo.(A) Discrete clusters of PECAM-1 expressing cells (dark pink) were evident along the length of the body wall immediately next to the junction of the body wall to amnion. The DA and heart is surface rendered yellow, and the embryo autofluorescence volume rendered... |
PMC2478714_pone-0002853-g007_25674.jpg | What is the dominant medical problem in this image? | The development of the umbilical vein in the mouse embryo.(A) Discrete clusters of PECAM-1 expressing cells (dark pink) were evident along the length of the body wall immediately next to the junction of the body wall to amnion. The DA and heart is surface rendered yellow, and the embryo autofluorescence volume rendered... |
PMC2478718_pone-0002878-g003_25682.jpg | What is the central feature of this picture? | Detection of abnormal PrP in the mouse brain.Immunocytochemical detection of abnormal PrP deposition in hippocampus and thalamus (lateral posterior nucleus) of HuMM transgenic (with additional 40× magnification of florid plaque structure, see box lower left) and VM wild-type mice following inoculation with vCJD (BSE) a... |
PMC2478718_pone-0002878-g003_25683.jpg | What does this image primarily show? | Detection of abnormal PrP in the mouse brain.Immunocytochemical detection of abnormal PrP deposition in hippocampus and thalamus (lateral posterior nucleus) of HuMM transgenic (with additional 40× magnification of florid plaque structure, see box lower left) and VM wild-type mice following inoculation with vCJD (BSE) a... |
PMC2478718_pone-0002878-g003_25681.jpg | What can you see in this picture? | Detection of abnormal PrP in the mouse brain.Immunocytochemical detection of abnormal PrP deposition in hippocampus and thalamus (lateral posterior nucleus) of HuMM transgenic (with additional 40× magnification of florid plaque structure, see box lower left) and VM wild-type mice following inoculation with vCJD (BSE) a... |
PMC2480964_fig1_25685.jpg | What is shown in this image? | A case with synchronous liver metastasis (case 13). At the primary site, (A) MAGE family proteins were observed in the nuclei of tumour cells ( × 80). (B) High-power view of (A). They were dominantly and homogeneously localised in the nuclei of tumour cells ( × 200). (C) At the normal gastric mucosa, MAGE family protei... |
PMC2480964_fig1_25686.jpg | What is the focal point of this photograph? | A case with synchronous liver metastasis (case 13). At the primary site, (A) MAGE family proteins were observed in the nuclei of tumour cells ( × 80). (B) High-power view of (A). They were dominantly and homogeneously localised in the nuclei of tumour cells ( × 200). (C) At the normal gastric mucosa, MAGE family protei... |
PMC2480964_fig1_25684.jpg | What object or scene is depicted here? | A case with synchronous liver metastasis (case 13). At the primary site, (A) MAGE family proteins were observed in the nuclei of tumour cells ( × 80). (B) High-power view of (A). They were dominantly and homogeneously localised in the nuclei of tumour cells ( × 200). (C) At the normal gastric mucosa, MAGE family protei... |
PMC2480967_fig1_25693.jpg | What is the central feature of this picture? | Expression patterns of FGFR2 and FGF10 in normal pancreas and pancreatic cancer. The magnification is shown in the right bottom corner of each figure. (A and B) Immunostaining of FGFR2 (A) and FGF10 (B) in normal pancreas, showing that FGFR2 is expressed weakly in ductal cells (A, arrow) and acinar cells (A, arrow head... |
PMC2480967_fig1_25696.jpg | What is the central feature of this picture? | Expression patterns of FGFR2 and FGF10 in normal pancreas and pancreatic cancer. The magnification is shown in the right bottom corner of each figure. (A and B) Immunostaining of FGFR2 (A) and FGF10 (B) in normal pancreas, showing that FGFR2 is expressed weakly in ductal cells (A, arrow) and acinar cells (A, arrow head... |
PMC2480967_fig1_25690.jpg | What stands out most in this visual? | Expression patterns of FGFR2 and FGF10 in normal pancreas and pancreatic cancer. The magnification is shown in the right bottom corner of each figure. (A and B) Immunostaining of FGFR2 (A) and FGF10 (B) in normal pancreas, showing that FGFR2 is expressed weakly in ductal cells (A, arrow) and acinar cells (A, arrow head... |
PMC2480967_fig1_25695.jpg | What is being portrayed in this visual content? | Expression patterns of FGFR2 and FGF10 in normal pancreas and pancreatic cancer. The magnification is shown in the right bottom corner of each figure. (A and B) Immunostaining of FGFR2 (A) and FGF10 (B) in normal pancreas, showing that FGFR2 is expressed weakly in ductal cells (A, arrow) and acinar cells (A, arrow head... |
PMC2480967_fig1_25692.jpg | What is the principal component of this image? | Expression patterns of FGFR2 and FGF10 in normal pancreas and pancreatic cancer. The magnification is shown in the right bottom corner of each figure. (A and B) Immunostaining of FGFR2 (A) and FGF10 (B) in normal pancreas, showing that FGFR2 is expressed weakly in ductal cells (A, arrow) and acinar cells (A, arrow head... |
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