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PMC2148066_F2_15461.jpg | What key item or scene is captured in this photo? | Macro- and microscopic analysis of the fasting intestine. A) Change in whole-body and intestinal weight during fasting as percentage of the control. Asterisks label significant changes in weight compared to the fed condition. The line represents the daily percentual change in body weight. B) Histology of representative... |
PMC2148066_F2_15462.jpg | What key item or scene is captured in this photo? | Macro- and microscopic analysis of the fasting intestine. A) Change in whole-body and intestinal weight during fasting as percentage of the control. Asterisks label significant changes in weight compared to the fed condition. The line represents the daily percentual change in body weight. B) Histology of representative... |
PMC2148066_F2_15463.jpg | What key item or scene is captured in this photo? | Macro- and microscopic analysis of the fasting intestine. A) Change in whole-body and intestinal weight during fasting as percentage of the control. Asterisks label significant changes in weight compared to the fed condition. The line represents the daily percentual change in body weight. B) Histology of representative... |
PMC2148066_F2_15466.jpg | What is the dominant medical problem in this image? | Macro- and microscopic analysis of the fasting intestine. A) Change in whole-body and intestinal weight during fasting as percentage of the control. Asterisks label significant changes in weight compared to the fed condition. The line represents the daily percentual change in body weight. B) Histology of representative... |
PMC2148074_pone-0001394-g003_15469.jpg | What is the central feature of this picture? | Locations of the diagnostic voxels in object exemplar classification for the three participants having the highest accuracies are shown on the three-dimensional rendering of the T1 MNI single-subject brain.Yellow ellipses indicate the commonality of the voxel locations for object identification in LIPL across participa... |
PMC2148074_pone-0001394-g003_15471.jpg | What is being portrayed in this visual content? | Locations of the diagnostic voxels in object exemplar classification for the three participants having the highest accuracies are shown on the three-dimensional rendering of the T1 MNI single-subject brain.Yellow ellipses indicate the commonality of the voxel locations for object identification in LIPL across participa... |
PMC2148074_pone-0001394-g005_15472.jpg | What's the most prominent thing you notice in this picture? | Commonality in voxel locations across the three participants having the highest category classification accuracies.Voxel locations for the tools category are shown in red, and voxel locations for the dwellings category are shown in blue on the three-dimensional rendering of the T1 MNI single-subject brain. Yellow ellip... |
PMC2148074_pone-0001394-g005_15473.jpg | What object or scene is depicted here? | Commonality in voxel locations across the three participants having the highest category classification accuracies.Voxel locations for the tools category are shown in red, and voxel locations for the dwellings category are shown in blue on the three-dimensional rendering of the T1 MNI single-subject brain. Yellow ellip... |
PMC2151079_F4_15477.jpg | What is the focal point of this photograph? | Immunohistochemical analysis for HSP27, 60, and Prx-2 in human normal gastric cardia and GCA. Expressions of HSP27 (A), 60(C), and Prx-2 (E) were in the cytoplasm of tumour cells; Expressions of HSP27 (B), 60(D) and Prx-2 (F) were found in cytoplasm of normal columnar epithelial cells; Magnifications: A-F × 40, counter... |
PMC2151079_F4_15475.jpg | What stands out most in this visual? | Immunohistochemical analysis for HSP27, 60, and Prx-2 in human normal gastric cardia and GCA. Expressions of HSP27 (A), 60(C), and Prx-2 (E) were in the cytoplasm of tumour cells; Expressions of HSP27 (B), 60(D) and Prx-2 (F) were found in cytoplasm of normal columnar epithelial cells; Magnifications: A-F × 40, counter... |
PMC2151079_F4_15476.jpg | What can you see in this picture? | Immunohistochemical analysis for HSP27, 60, and Prx-2 in human normal gastric cardia and GCA. Expressions of HSP27 (A), 60(C), and Prx-2 (E) were in the cytoplasm of tumour cells; Expressions of HSP27 (B), 60(D) and Prx-2 (F) were found in cytoplasm of normal columnar epithelial cells; Magnifications: A-F × 40, counter... |
PMC2151079_F4_15479.jpg | What stands out most in this visual? | Immunohistochemical analysis for HSP27, 60, and Prx-2 in human normal gastric cardia and GCA. Expressions of HSP27 (A), 60(C), and Prx-2 (E) were in the cytoplasm of tumour cells; Expressions of HSP27 (B), 60(D) and Prx-2 (F) were found in cytoplasm of normal columnar epithelial cells; Magnifications: A-F × 40, counter... |
PMC2151079_F4_15480.jpg | Describe the main subject of this image. | Immunohistochemical analysis for HSP27, 60, and Prx-2 in human normal gastric cardia and GCA. Expressions of HSP27 (A), 60(C), and Prx-2 (E) were in the cytoplasm of tumour cells; Expressions of HSP27 (B), 60(D) and Prx-2 (F) were found in cytoplasm of normal columnar epithelial cells; Magnifications: A-F × 40, counter... |
PMC2151079_F4_15478.jpg | What is the main focus of this visual representation? | Immunohistochemical analysis for HSP27, 60, and Prx-2 in human normal gastric cardia and GCA. Expressions of HSP27 (A), 60(C), and Prx-2 (E) were in the cytoplasm of tumour cells; Expressions of HSP27 (B), 60(D) and Prx-2 (F) were found in cytoplasm of normal columnar epithelial cells; Magnifications: A-F × 40, counter... |
PMC2151087_ppat-0030192-g005_15483.jpg | What is being portrayed in this visual content? | Hemolysis of Human Blood in Mosquito MidgutMosquitoes were allowed to feed on a human volunteer. Representative photomicrographs of engorged mosquito gut sections 24 h after a blood meal are shown (HE staining, ×40 magnification for [A and B], and ×1,000 magnification for [C and D]). Midgut of non-transgenic mosquitoes... |
PMC2151087_ppat-0030192-g005_15482.jpg | What's the most prominent thing you notice in this picture? | Hemolysis of Human Blood in Mosquito MidgutMosquitoes were allowed to feed on a human volunteer. Representative photomicrographs of engorged mosquito gut sections 24 h after a blood meal are shown (HE staining, ×40 magnification for [A and B], and ×1,000 magnification for [C and D]). Midgut of non-transgenic mosquitoes... |
PMC2151087_ppat-0030192-g005_15481.jpg | What is the central feature of this picture? | Hemolysis of Human Blood in Mosquito MidgutMosquitoes were allowed to feed on a human volunteer. Representative photomicrographs of engorged mosquito gut sections 24 h after a blood meal are shown (HE staining, ×40 magnification for [A and B], and ×1,000 magnification for [C and D]). Midgut of non-transgenic mosquitoes... |
PMC2151087_ppat-0030192-g005_15484.jpg | What is the dominant medical problem in this image? | Hemolysis of Human Blood in Mosquito MidgutMosquitoes were allowed to feed on a human volunteer. Representative photomicrographs of engorged mosquito gut sections 24 h after a blood meal are shown (HE staining, ×40 magnification for [A and B], and ×1,000 magnification for [C and D]). Midgut of non-transgenic mosquitoes... |
PMC2151088_ppat-0030196-g002_15485.jpg | What is shown in this image? | Microscopic Analysis of a Blue Spleen Cell Containing Intracellular Salmonella
Mice were infected i.p. for 48 hours with 14028 expressing a chromosomal SteA-Bla construct and harboring pWKS30-Tomato, a red fluorescent protein expression vector (shown in red). Spleen cell suspensions were prepared then loaded with CCF2-... |
PMC2151088_ppat-0030196-g005_15487.jpg | What is the focal point of this photograph? | Microscopic Analysis Reveals That FACS Sorted Blue Spleen Cells Contain Intracellular Red-Fluorescent Salmonella
Mice were infected as described in Figure 2. Spleen cell suspensions were prepared then loaded with CCF2-AM to detect secretion (shown in blue). FACS sorted secretion positive cells (blue cells) were then st... |
PMC2151088_ppat-0030196-g005_15489.jpg | What is the dominant medical problem in this image? | Microscopic Analysis Reveals That FACS Sorted Blue Spleen Cells Contain Intracellular Red-Fluorescent Salmonella
Mice were infected as described in Figure 2. Spleen cell suspensions were prepared then loaded with CCF2-AM to detect secretion (shown in blue). FACS sorted secretion positive cells (blue cells) were then st... |
PMC2151088_ppat-0030196-g005_15492.jpg | What stands out most in this visual? | Microscopic Analysis Reveals That FACS Sorted Blue Spleen Cells Contain Intracellular Red-Fluorescent Salmonella
Mice were infected as described in Figure 2. Spleen cell suspensions were prepared then loaded with CCF2-AM to detect secretion (shown in blue). FACS sorted secretion positive cells (blue cells) were then st... |
PMC2151088_ppat-0030196-g005_15495.jpg | What can you see in this picture? | Microscopic Analysis Reveals That FACS Sorted Blue Spleen Cells Contain Intracellular Red-Fluorescent Salmonella
Mice were infected as described in Figure 2. Spleen cell suspensions were prepared then loaded with CCF2-AM to detect secretion (shown in blue). FACS sorted secretion positive cells (blue cells) were then st... |
PMC2151088_ppat-0030196-g005_15491.jpg | What is shown in this image? | Microscopic Analysis Reveals That FACS Sorted Blue Spleen Cells Contain Intracellular Red-Fluorescent Salmonella
Mice were infected as described in Figure 2. Spleen cell suspensions were prepared then loaded with CCF2-AM to detect secretion (shown in blue). FACS sorted secretion positive cells (blue cells) were then st... |
PMC2151088_ppat-0030196-g005_15488.jpg | What key item or scene is captured in this photo? | Microscopic Analysis Reveals That FACS Sorted Blue Spleen Cells Contain Intracellular Red-Fluorescent Salmonella
Mice were infected as described in Figure 2. Spleen cell suspensions were prepared then loaded with CCF2-AM to detect secretion (shown in blue). FACS sorted secretion positive cells (blue cells) were then st... |
PMC2151088_ppat-0030196-g005_15493.jpg | What does this image primarily show? | Microscopic Analysis Reveals That FACS Sorted Blue Spleen Cells Contain Intracellular Red-Fluorescent Salmonella
Mice were infected as described in Figure 2. Spleen cell suspensions were prepared then loaded with CCF2-AM to detect secretion (shown in blue). FACS sorted secretion positive cells (blue cells) were then st... |
PMC2151088_ppat-0030196-g005_15490.jpg | What is the focal point of this photograph? | Microscopic Analysis Reveals That FACS Sorted Blue Spleen Cells Contain Intracellular Red-Fluorescent Salmonella
Mice were infected as described in Figure 2. Spleen cell suspensions were prepared then loaded with CCF2-AM to detect secretion (shown in blue). FACS sorted secretion positive cells (blue cells) were then st... |
PMC2151088_ppat-0030196-g005_15499.jpg | What does this image primarily show? | Microscopic Analysis Reveals That FACS Sorted Blue Spleen Cells Contain Intracellular Red-Fluorescent Salmonella
Mice were infected as described in Figure 2. Spleen cell suspensions were prepared then loaded with CCF2-AM to detect secretion (shown in blue). FACS sorted secretion positive cells (blue cells) were then st... |
PMC2151092_pgen-0030232-g002_15521.jpg | What can you see in this picture? | Histology of Neonatal HoxD Mutant Kidneys(A) Sagittal sections of newborn kidneys (strains are indicated on the top) were stained with hematoxylin and eosin (H&E, top). At high magnifications, tubular dilatations and large cysts were visible in both the cortical and medullary region of Del(4–11), Del(4–13) and Del(1–13... |
PMC2151092_pgen-0030232-g002_15517.jpg | What is the focal point of this photograph? | Histology of Neonatal HoxD Mutant Kidneys(A) Sagittal sections of newborn kidneys (strains are indicated on the top) were stained with hematoxylin and eosin (H&E, top). At high magnifications, tubular dilatations and large cysts were visible in both the cortical and medullary region of Del(4–11), Del(4–13) and Del(1–13... |
PMC2151092_pgen-0030232-g002_15519.jpg | What stands out most in this visual? | Histology of Neonatal HoxD Mutant Kidneys(A) Sagittal sections of newborn kidneys (strains are indicated on the top) were stained with hematoxylin and eosin (H&E, top). At high magnifications, tubular dilatations and large cysts were visible in both the cortical and medullary region of Del(4–11), Del(4–13) and Del(1–13... |
PMC2151092_pgen-0030232-g002_15520.jpg | What key item or scene is captured in this photo? | Histology of Neonatal HoxD Mutant Kidneys(A) Sagittal sections of newborn kidneys (strains are indicated on the top) were stained with hematoxylin and eosin (H&E, top). At high magnifications, tubular dilatations and large cysts were visible in both the cortical and medullary region of Del(4–11), Del(4–13) and Del(1–13... |
PMC2151092_pgen-0030232-g002_15515.jpg | What is the focal point of this photograph? | Histology of Neonatal HoxD Mutant Kidneys(A) Sagittal sections of newborn kidneys (strains are indicated on the top) were stained with hematoxylin and eosin (H&E, top). At high magnifications, tubular dilatations and large cysts were visible in both the cortical and medullary region of Del(4–11), Del(4–13) and Del(1–13... |
PMC2151092_pgen-0030232-g002_15523.jpg | What is shown in this image? | Histology of Neonatal HoxD Mutant Kidneys(A) Sagittal sections of newborn kidneys (strains are indicated on the top) were stained with hematoxylin and eosin (H&E, top). At high magnifications, tubular dilatations and large cysts were visible in both the cortical and medullary region of Del(4–11), Del(4–13) and Del(1–13... |
PMC2151092_pgen-0030232-g002_15525.jpg | Can you identify the primary element in this image? | Histology of Neonatal HoxD Mutant Kidneys(A) Sagittal sections of newborn kidneys (strains are indicated on the top) were stained with hematoxylin and eosin (H&E, top). At high magnifications, tubular dilatations and large cysts were visible in both the cortical and medullary region of Del(4–11), Del(4–13) and Del(1–13... |
PMC2151092_pgen-0030232-g002_15526.jpg | What stands out most in this visual? | Histology of Neonatal HoxD Mutant Kidneys(A) Sagittal sections of newborn kidneys (strains are indicated on the top) were stained with hematoxylin and eosin (H&E, top). At high magnifications, tubular dilatations and large cysts were visible in both the cortical and medullary region of Del(4–11), Del(4–13) and Del(1–13... |
PMC2151092_pgen-0030232-g002_15514.jpg | What is the principal component of this image? | Histology of Neonatal HoxD Mutant Kidneys(A) Sagittal sections of newborn kidneys (strains are indicated on the top) were stained with hematoxylin and eosin (H&E, top). At high magnifications, tubular dilatations and large cysts were visible in both the cortical and medullary region of Del(4–11), Del(4–13) and Del(1–13... |
PMC2151092_pgen-0030232-g002_15510.jpg | What is shown in this image? | Histology of Neonatal HoxD Mutant Kidneys(A) Sagittal sections of newborn kidneys (strains are indicated on the top) were stained with hematoxylin and eosin (H&E, top). At high magnifications, tubular dilatations and large cysts were visible in both the cortical and medullary region of Del(4–11), Del(4–13) and Del(1–13... |
PMC2151092_pgen-0030232-g002_15518.jpg | Describe the main subject of this image. | Histology of Neonatal HoxD Mutant Kidneys(A) Sagittal sections of newborn kidneys (strains are indicated on the top) were stained with hematoxylin and eosin (H&E, top). At high magnifications, tubular dilatations and large cysts were visible in both the cortical and medullary region of Del(4–11), Del(4–13) and Del(1–13... |
PMC2151092_pgen-0030232-g002_15509.jpg | What key item or scene is captured in this photo? | Histology of Neonatal HoxD Mutant Kidneys(A) Sagittal sections of newborn kidneys (strains are indicated on the top) were stained with hematoxylin and eosin (H&E, top). At high magnifications, tubular dilatations and large cysts were visible in both the cortical and medullary region of Del(4–11), Del(4–13) and Del(1–13... |
PMC2151092_pgen-0030232-g003_15504.jpg | What does this image primarily show? | Development of Cystic KidneysH&E stained-sections illustrate microcystic changes in a subset of tubules in Del(4–11) and Del(4–13) kidneys (top). Cryosections of WT, Del(4–11) and Del(4–13) newborn kidneys were either stained with Dolichos biflorus agglutinin (DBA, middle panels), a specific marker of epithelial tubule... |
PMC2151092_pgen-0030232-g003_15502.jpg | Describe the main subject of this image. | Development of Cystic KidneysH&E stained-sections illustrate microcystic changes in a subset of tubules in Del(4–11) and Del(4–13) kidneys (top). Cryosections of WT, Del(4–11) and Del(4–13) newborn kidneys were either stained with Dolichos biflorus agglutinin (DBA, middle panels), a specific marker of epithelial tubule... |
PMC2151092_pgen-0030232-g003_15508.jpg | What is being portrayed in this visual content? | Development of Cystic KidneysH&E stained-sections illustrate microcystic changes in a subset of tubules in Del(4–11) and Del(4–13) kidneys (top). Cryosections of WT, Del(4–11) and Del(4–13) newborn kidneys were either stained with Dolichos biflorus agglutinin (DBA, middle panels), a specific marker of epithelial tubule... |
PMC2151092_pgen-0030232-g003_15507.jpg | What object or scene is depicted here? | Development of Cystic KidneysH&E stained-sections illustrate microcystic changes in a subset of tubules in Del(4–11) and Del(4–13) kidneys (top). Cryosections of WT, Del(4–11) and Del(4–13) newborn kidneys were either stained with Dolichos biflorus agglutinin (DBA, middle panels), a specific marker of epithelial tubule... |
PMC2151092_pgen-0030232-g003_15500.jpg | Can you identify the primary element in this image? | Development of Cystic KidneysH&E stained-sections illustrate microcystic changes in a subset of tubules in Del(4–11) and Del(4–13) kidneys (top). Cryosections of WT, Del(4–11) and Del(4–13) newborn kidneys were either stained with Dolichos biflorus agglutinin (DBA, middle panels), a specific marker of epithelial tubule... |
PMC2151092_pgen-0030232-g003_15503.jpg | Can you identify the primary element in this image? | Development of Cystic KidneysH&E stained-sections illustrate microcystic changes in a subset of tubules in Del(4–11) and Del(4–13) kidneys (top). Cryosections of WT, Del(4–11) and Del(4–13) newborn kidneys were either stained with Dolichos biflorus agglutinin (DBA, middle panels), a specific marker of epithelial tubule... |
PMC2151092_pgen-0030232-g003_15505.jpg | What is shown in this image? | Development of Cystic KidneysH&E stained-sections illustrate microcystic changes in a subset of tubules in Del(4–11) and Del(4–13) kidneys (top). Cryosections of WT, Del(4–11) and Del(4–13) newborn kidneys were either stained with Dolichos biflorus agglutinin (DBA, middle panels), a specific marker of epithelial tubule... |
PMC2151092_pgen-0030232-g003_15506.jpg | What is being portrayed in this visual content? | Development of Cystic KidneysH&E stained-sections illustrate microcystic changes in a subset of tubules in Del(4–11) and Del(4–13) kidneys (top). Cryosections of WT, Del(4–11) and Del(4–13) newborn kidneys were either stained with Dolichos biflorus agglutinin (DBA, middle panels), a specific marker of epithelial tubule... |
PMC2151853_F8_15527.jpg | What is the focal point of this photograph? | Apoptosis of airway epithelium during high-tidal volume (VT) ventilation with or without hyperoxia. Representative photomicrographs (×400) with TUNEL staining (a-c) (n = 5 per group) and electron micrographs (d-f) (n = 2 per group) of the lung sections after five hours of high-VT (30 ml/kg) mechanical ventilation witho... |
PMC2151853_F8_15531.jpg | What's the most prominent thing you notice in this picture? | Apoptosis of airway epithelium during high-tidal volume (VT) ventilation with or without hyperoxia. Representative photomicrographs (×400) with TUNEL staining (a-c) (n = 5 per group) and electron micrographs (d-f) (n = 2 per group) of the lung sections after five hours of high-VT (30 ml/kg) mechanical ventilation witho... |
PMC2151853_F8_15532.jpg | What is shown in this image? | Apoptosis of airway epithelium during high-tidal volume (VT) ventilation with or without hyperoxia. Representative photomicrographs (×400) with TUNEL staining (a-c) (n = 5 per group) and electron micrographs (d-f) (n = 2 per group) of the lung sections after five hours of high-VT (30 ml/kg) mechanical ventilation witho... |
PMC2151853_F8_15529.jpg | What can you see in this picture? | Apoptosis of airway epithelium during high-tidal volume (VT) ventilation with or without hyperoxia. Representative photomicrographs (×400) with TUNEL staining (a-c) (n = 5 per group) and electron micrographs (d-f) (n = 2 per group) of the lung sections after five hours of high-VT (30 ml/kg) mechanical ventilation witho... |
PMC2151853_F8_15528.jpg | What can you see in this picture? | Apoptosis of airway epithelium during high-tidal volume (VT) ventilation with or without hyperoxia. Representative photomicrographs (×400) with TUNEL staining (a-c) (n = 5 per group) and electron micrographs (d-f) (n = 2 per group) of the lung sections after five hours of high-VT (30 ml/kg) mechanical ventilation witho... |
PMC2151872_F4_15534.jpg | What is the core subject represented in this visual? | Accumulation of inflammatory cells in liver sinusoids. Representative centrolobular parts of liver tissue sections stained with haematoxylin and eosin are shown as low-power fields (a,b) and high-power fields (c,d) of the same area (optical magnification of microscope × 10 and × 40). (a,c) Animal from the PCV group. Fe... |
PMC2151872_F4_15533.jpg | What is the central feature of this picture? | Accumulation of inflammatory cells in liver sinusoids. Representative centrolobular parts of liver tissue sections stained with haematoxylin and eosin are shown as low-power fields (a,b) and high-power fields (c,d) of the same area (optical magnification of microscope × 10 and × 40). (a,c) Animal from the PCV group. Fe... |
PMC2151872_F4_15535.jpg | What is the dominant medical problem in this image? | Accumulation of inflammatory cells in liver sinusoids. Representative centrolobular parts of liver tissue sections stained with haematoxylin and eosin are shown as low-power fields (a,b) and high-power fields (c,d) of the same area (optical magnification of microscope × 10 and × 40). (a,c) Animal from the PCV group. Fe... |
PMC2151875_F5_15537.jpg | What can you see in this picture? | Computed tomography (CT) scans for identification of catheter tip position (body weight of 50 kg). All images are derived from a pig that was treated with intravenous contrast media. Although the time span between application and CT scan allowed contrasting ureters, contrast in the vascular system did not pronounce the... |
PMC2151952_F4_15540.jpg | What's the most prominent thing you notice in this picture? | Cellular LASP-1 expression pattern visualized by confocal microscopy. Non-confocal (A+B) and confocal (C-E) microscopy of LASP-1 immunostaining in BT-20 breast cancer cells revealed that LASP-1 (red) is mainly detectable in focal contacts (A) and in the cytosol (C). In addition, more than 30% of the cells show a nuclea... |
PMC2151952_F4_15539.jpg | What is the focal point of this photograph? | Cellular LASP-1 expression pattern visualized by confocal microscopy. Non-confocal (A+B) and confocal (C-E) microscopy of LASP-1 immunostaining in BT-20 breast cancer cells revealed that LASP-1 (red) is mainly detectable in focal contacts (A) and in the cytosol (C). In addition, more than 30% of the cells show a nuclea... |
PMC2151952_F4_15541.jpg | What stands out most in this visual? | Cellular LASP-1 expression pattern visualized by confocal microscopy. Non-confocal (A+B) and confocal (C-E) microscopy of LASP-1 immunostaining in BT-20 breast cancer cells revealed that LASP-1 (red) is mainly detectable in focal contacts (A) and in the cytosol (C). In addition, more than 30% of the cells show a nuclea... |
PMC2151952_F4_15542.jpg | What stands out most in this visual? | Cellular LASP-1 expression pattern visualized by confocal microscopy. Non-confocal (A+B) and confocal (C-E) microscopy of LASP-1 immunostaining in BT-20 breast cancer cells revealed that LASP-1 (red) is mainly detectable in focal contacts (A) and in the cytosol (C). In addition, more than 30% of the cells show a nuclea... |
PMC2151952_F4_15538.jpg | What object or scene is depicted here? | Cellular LASP-1 expression pattern visualized by confocal microscopy. Non-confocal (A+B) and confocal (C-E) microscopy of LASP-1 immunostaining in BT-20 breast cancer cells revealed that LASP-1 (red) is mainly detectable in focal contacts (A) and in the cytosol (C). In addition, more than 30% of the cells show a nuclea... |
PMC2164940_F2_15550.jpg | What can you see in this picture? | Microscopic findings. A. Cellular smears from left lobe showing tumor cells with eccentric nuclei, mostly dispersed singly with hyperchromatic nuclei. Giemsa staining 400 ×. B. Section from the left lobe nodule showing sheets of plasmacytoid cells (arrow) with 'salt and pepper-like' chromatin amidst amyloid (Am) stroma... |
PMC2164940_F2_15549.jpg | What's the most prominent thing you notice in this picture? | Microscopic findings. A. Cellular smears from left lobe showing tumor cells with eccentric nuclei, mostly dispersed singly with hyperchromatic nuclei. Giemsa staining 400 ×. B. Section from the left lobe nodule showing sheets of plasmacytoid cells (arrow) with 'salt and pepper-like' chromatin amidst amyloid (Am) stroma... |
PMC2164940_F2_15543.jpg | What is the dominant medical problem in this image? | Microscopic findings. A. Cellular smears from left lobe showing tumor cells with eccentric nuclei, mostly dispersed singly with hyperchromatic nuclei. Giemsa staining 400 ×. B. Section from the left lobe nodule showing sheets of plasmacytoid cells (arrow) with 'salt and pepper-like' chromatin amidst amyloid (Am) stroma... |
PMC2164940_F2_15545.jpg | What is shown in this image? | Microscopic findings. A. Cellular smears from left lobe showing tumor cells with eccentric nuclei, mostly dispersed singly with hyperchromatic nuclei. Giemsa staining 400 ×. B. Section from the left lobe nodule showing sheets of plasmacytoid cells (arrow) with 'salt and pepper-like' chromatin amidst amyloid (Am) stroma... |
PMC2164940_F2_15544.jpg | What is the dominant medical problem in this image? | Microscopic findings. A. Cellular smears from left lobe showing tumor cells with eccentric nuclei, mostly dispersed singly with hyperchromatic nuclei. Giemsa staining 400 ×. B. Section from the left lobe nodule showing sheets of plasmacytoid cells (arrow) with 'salt and pepper-like' chromatin amidst amyloid (Am) stroma... |
PMC2164940_F2_15546.jpg | Can you identify the primary element in this image? | Microscopic findings. A. Cellular smears from left lobe showing tumor cells with eccentric nuclei, mostly dispersed singly with hyperchromatic nuclei. Giemsa staining 400 ×. B. Section from the left lobe nodule showing sheets of plasmacytoid cells (arrow) with 'salt and pepper-like' chromatin amidst amyloid (Am) stroma... |
PMC2164940_F2_15551.jpg | What is the central feature of this picture? | Microscopic findings. A. Cellular smears from left lobe showing tumor cells with eccentric nuclei, mostly dispersed singly with hyperchromatic nuclei. Giemsa staining 400 ×. B. Section from the left lobe nodule showing sheets of plasmacytoid cells (arrow) with 'salt and pepper-like' chromatin amidst amyloid (Am) stroma... |
PMC2164940_F2_15548.jpg | What can you see in this picture? | Microscopic findings. A. Cellular smears from left lobe showing tumor cells with eccentric nuclei, mostly dispersed singly with hyperchromatic nuclei. Giemsa staining 400 ×. B. Section from the left lobe nodule showing sheets of plasmacytoid cells (arrow) with 'salt and pepper-like' chromatin amidst amyloid (Am) stroma... |
PMC2164949_F1_15557.jpg | What is shown in this image? | DMBT1 expression in hyaline membranes. Analysis of DMBT1 expression in post-mortem lung sections of preterm infants. Binding of anti-DMBT1p84 displayed as red staining (arrows). (A) Lung section of a preterm infant born at 23 weeks of gestation without infection, who died at the same day because of primary surfactant d... |
PMC2164949_F1_15554.jpg | What is the main focus of this visual representation? | DMBT1 expression in hyaline membranes. Analysis of DMBT1 expression in post-mortem lung sections of preterm infants. Binding of anti-DMBT1p84 displayed as red staining (arrows). (A) Lung section of a preterm infant born at 23 weeks of gestation without infection, who died at the same day because of primary surfactant d... |
PMC2164949_F1_15553.jpg | What is being portrayed in this visual content? | DMBT1 expression in hyaline membranes. Analysis of DMBT1 expression in post-mortem lung sections of preterm infants. Binding of anti-DMBT1p84 displayed as red staining (arrows). (A) Lung section of a preterm infant born at 23 weeks of gestation without infection, who died at the same day because of primary surfactant d... |
PMC2164949_F1_15556.jpg | What object or scene is depicted here? | DMBT1 expression in hyaline membranes. Analysis of DMBT1 expression in post-mortem lung sections of preterm infants. Binding of anti-DMBT1p84 displayed as red staining (arrows). (A) Lung section of a preterm infant born at 23 weeks of gestation without infection, who died at the same day because of primary surfactant d... |
PMC2164949_F1_15555.jpg | What is the core subject represented in this visual? | DMBT1 expression in hyaline membranes. Analysis of DMBT1 expression in post-mortem lung sections of preterm infants. Binding of anti-DMBT1p84 displayed as red staining (arrows). (A) Lung section of a preterm infant born at 23 weeks of gestation without infection, who died at the same day because of primary surfactant d... |
PMC2164954_F2_15566.jpg | What is shown in this image? | A. Rhabdomyosarcoma (RMS). Hypercellular smear with round cells, including plasmacytoid and binucleate forms (arrow), against a 'lacy' background MGG × 200. B. Smear with singly scattered round cells and an isolated strap cell/tumor rhabdomyoblast (arrow). Pap × 200. C. Diffuse desmin positivity in the round cells. DAB... |
PMC2164954_F2_15565.jpg | What can you see in this picture? | A. Rhabdomyosarcoma (RMS). Hypercellular smear with round cells, including plasmacytoid and binucleate forms (arrow), against a 'lacy' background MGG × 200. B. Smear with singly scattered round cells and an isolated strap cell/tumor rhabdomyoblast (arrow). Pap × 200. C. Diffuse desmin positivity in the round cells. DAB... |
PMC2164954_F2_15567.jpg | What is being portrayed in this visual content? | A. Rhabdomyosarcoma (RMS). Hypercellular smear with round cells, including plasmacytoid and binucleate forms (arrow), against a 'lacy' background MGG × 200. B. Smear with singly scattered round cells and an isolated strap cell/tumor rhabdomyoblast (arrow). Pap × 200. C. Diffuse desmin positivity in the round cells. DAB... |
PMC2164954_F2_15570.jpg | What does this image primarily show? | A. Rhabdomyosarcoma (RMS). Hypercellular smear with round cells, including plasmacytoid and binucleate forms (arrow), against a 'lacy' background MGG × 200. B. Smear with singly scattered round cells and an isolated strap cell/tumor rhabdomyoblast (arrow). Pap × 200. C. Diffuse desmin positivity in the round cells. DAB... |
PMC2164954_F2_15573.jpg | What is the main focus of this visual representation? | A. Rhabdomyosarcoma (RMS). Hypercellular smear with round cells, including plasmacytoid and binucleate forms (arrow), against a 'lacy' background MGG × 200. B. Smear with singly scattered round cells and an isolated strap cell/tumor rhabdomyoblast (arrow). Pap × 200. C. Diffuse desmin positivity in the round cells. DAB... |
PMC2164954_F2_15569.jpg | What stands out most in this visual? | A. Rhabdomyosarcoma (RMS). Hypercellular smear with round cells, including plasmacytoid and binucleate forms (arrow), against a 'lacy' background MGG × 200. B. Smear with singly scattered round cells and an isolated strap cell/tumor rhabdomyoblast (arrow). Pap × 200. C. Diffuse desmin positivity in the round cells. DAB... |
PMC2164954_F2_15572.jpg | What object or scene is depicted here? | A. Rhabdomyosarcoma (RMS). Hypercellular smear with round cells, including plasmacytoid and binucleate forms (arrow), against a 'lacy' background MGG × 200. B. Smear with singly scattered round cells and an isolated strap cell/tumor rhabdomyoblast (arrow). Pap × 200. C. Diffuse desmin positivity in the round cells. DAB... |
PMC2164954_F2_15568.jpg | What does this image primarily show? | A. Rhabdomyosarcoma (RMS). Hypercellular smear with round cells, including plasmacytoid and binucleate forms (arrow), against a 'lacy' background MGG × 200. B. Smear with singly scattered round cells and an isolated strap cell/tumor rhabdomyoblast (arrow). Pap × 200. C. Diffuse desmin positivity in the round cells. DAB... |
PMC2164954_F2_15562.jpg | What is the core subject represented in this visual? | A. Rhabdomyosarcoma (RMS). Hypercellular smear with round cells, including plasmacytoid and binucleate forms (arrow), against a 'lacy' background MGG × 200. B. Smear with singly scattered round cells and an isolated strap cell/tumor rhabdomyoblast (arrow). Pap × 200. C. Diffuse desmin positivity in the round cells. DAB... |
PMC2164954_F2_15571.jpg | What is the main focus of this visual representation? | A. Rhabdomyosarcoma (RMS). Hypercellular smear with round cells, including plasmacytoid and binucleate forms (arrow), against a 'lacy' background MGG × 200. B. Smear with singly scattered round cells and an isolated strap cell/tumor rhabdomyoblast (arrow). Pap × 200. C. Diffuse desmin positivity in the round cells. DAB... |
PMC2164954_F2_15564.jpg | Can you identify the primary element in this image? | A. Rhabdomyosarcoma (RMS). Hypercellular smear with round cells, including plasmacytoid and binucleate forms (arrow), against a 'lacy' background MGG × 200. B. Smear with singly scattered round cells and an isolated strap cell/tumor rhabdomyoblast (arrow). Pap × 200. C. Diffuse desmin positivity in the round cells. DAB... |
PMC2164954_F4_15561.jpg | What is being portrayed in this visual content? | Tumors with epithelioid/polygonal shapes, exactly categorized on biopsy. A. Epithelioid sarcoma (recurrent case). Hypercellular smear with polygonal cells, scattered singly, displaying fine vacuoles in a minority of cells (inset). Pap × 400. B. Anaplastic large cell lymphoma. Hypercellular smear with singly scattered c... |
PMC2164954_F4_15559.jpg | What is the focal point of this photograph? | Tumors with epithelioid/polygonal shapes, exactly categorized on biopsy. A. Epithelioid sarcoma (recurrent case). Hypercellular smear with polygonal cells, scattered singly, displaying fine vacuoles in a minority of cells (inset). Pap × 400. B. Anaplastic large cell lymphoma. Hypercellular smear with singly scattered c... |
PMC2164954_F4_15558.jpg | What is the main focus of this visual representation? | Tumors with epithelioid/polygonal shapes, exactly categorized on biopsy. A. Epithelioid sarcoma (recurrent case). Hypercellular smear with polygonal cells, scattered singly, displaying fine vacuoles in a minority of cells (inset). Pap × 400. B. Anaplastic large cell lymphoma. Hypercellular smear with singly scattered c... |
PMC2164954_F4_15560.jpg | What key item or scene is captured in this photo? | Tumors with epithelioid/polygonal shapes, exactly categorized on biopsy. A. Epithelioid sarcoma (recurrent case). Hypercellular smear with polygonal cells, scattered singly, displaying fine vacuoles in a minority of cells (inset). Pap × 400. B. Anaplastic large cell lymphoma. Hypercellular smear with singly scattered c... |
PMC2164955_F7_15575.jpg | What is being portrayed in this visual content? | Test protocol -One leg stance. From normal standing to one leg stance: measurement of lateral movement of the belly button. (Position: feet one third of trochanter distance apart). Correct – The distance of the transfer is symmetrical right and left. Not more than 2 cm difference between sides. B Not correct Lateral tr... |
PMC2164957_F4_15580.jpg | What can you see in this picture? | Packaging and infection of pBG78 replicons in BHK and C6/36 cells. pBG78 PIPS were generated by co-transfecting pBG78 and pBG44 plasmid DNA into BHK cells. Media was collected 24 hrs post transfection and 100 ul of the clarified media was added to new BHK or C6/36 cells. 24 hrs after infection the media was replaced wi... |
PMC2164957_F4_15583.jpg | What object or scene is depicted here? | Packaging and infection of pBG78 replicons in BHK and C6/36 cells. pBG78 PIPS were generated by co-transfecting pBG78 and pBG44 plasmid DNA into BHK cells. Media was collected 24 hrs post transfection and 100 ul of the clarified media was added to new BHK or C6/36 cells. 24 hrs after infection the media was replaced wi... |
PMC2164957_F4_15582.jpg | Can you identify the primary element in this image? | Packaging and infection of pBG78 replicons in BHK and C6/36 cells. pBG78 PIPS were generated by co-transfecting pBG78 and pBG44 plasmid DNA into BHK cells. Media was collected 24 hrs post transfection and 100 ul of the clarified media was added to new BHK or C6/36 cells. 24 hrs after infection the media was replaced wi... |
PMC2164957_F4_15581.jpg | What's the most prominent thing you notice in this picture? | Packaging and infection of pBG78 replicons in BHK and C6/36 cells. pBG78 PIPS were generated by co-transfecting pBG78 and pBG44 plasmid DNA into BHK cells. Media was collected 24 hrs post transfection and 100 ul of the clarified media was added to new BHK or C6/36 cells. 24 hrs after infection the media was replaced wi... |
PMC2164957_F4_15576.jpg | What is the core subject represented in this visual? | Packaging and infection of pBG78 replicons in BHK and C6/36 cells. pBG78 PIPS were generated by co-transfecting pBG78 and pBG44 plasmid DNA into BHK cells. Media was collected 24 hrs post transfection and 100 ul of the clarified media was added to new BHK or C6/36 cells. 24 hrs after infection the media was replaced wi... |
PMC2164958_F4_15585.jpg | Describe the main subject of this image. | Gross liver abnormalities upon necropsy of scid mice infected with 'scid-adapted' MARV. (A) Livers of uninfected scid mice appear normal at the time of necropsy. (B) The livers from MARV-Ci67-infected scid mice were diffusely enlarged with rounded edges filling up to one-third of the abdominal cavity and mildly displac... |
PMC2164958_F4_15586.jpg | What is the focal point of this photograph? | Gross liver abnormalities upon necropsy of scid mice infected with 'scid-adapted' MARV. (A) Livers of uninfected scid mice appear normal at the time of necropsy. (B) The livers from MARV-Ci67-infected scid mice were diffusely enlarged with rounded edges filling up to one-third of the abdominal cavity and mildly displac... |
PMC2164958_F4_15584.jpg | What can you see in this picture? | Gross liver abnormalities upon necropsy of scid mice infected with 'scid-adapted' MARV. (A) Livers of uninfected scid mice appear normal at the time of necropsy. (B) The livers from MARV-Ci67-infected scid mice were diffusely enlarged with rounded edges filling up to one-third of the abdominal cavity and mildly displac... |
PMC2164958_F6_15594.jpg | What does this image primarily show? | Histological changes in spleens of mice infected with 'scid-adapted' MARV. Scid mice were challenged IP with 1000 pfu of 'scid-adapted' MARV-Ci67 and tissue samples were collected on days 0, 2, 4, 6, and 8 after challenge (n = 4–5/group). (A-G) Tissues from the MARV-infected mice were stained with hematoxylin and eosin... |
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