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PMC2092435_F6_15029.jpg | What is the principal component of this image? | H&E, synaptophysin, chromogranin and S-100 staining of the resected tumor. A) H&E stain showing uniform cells arranged in chords. B) Synaptophysin and C) chromogranin staining were strongly positive. D) S-100 staining was negative (positive stain on the photograph represents a nerve which serves as an internal control)... |
PMC2092435_F6_15028.jpg | What key item or scene is captured in this photo? | H&E, synaptophysin, chromogranin and S-100 staining of the resected tumor. A) H&E stain showing uniform cells arranged in chords. B) Synaptophysin and C) chromogranin staining were strongly positive. D) S-100 staining was negative (positive stain on the photograph represents a nerve which serves as an internal control)... |
PMC2094712_F2_15033.jpg | What object or scene is depicted here? | Fine needle aspiration Cytology. A. A small cluster of spindle and round cells with pleomorphic nuclei. B. A medium sized cluster with loosely cohesive round cells with hyper chromatic nucleus. C&D. A Large cluster with very loosely cohesive signet ring cells with eccentric, hyperchromatic, pleomorphic nuclei. E&F A la... |
PMC2094712_F2_15035.jpg | What is shown in this image? | Fine needle aspiration Cytology. A. A small cluster of spindle and round cells with pleomorphic nuclei. B. A medium sized cluster with loosely cohesive round cells with hyper chromatic nucleus. C&D. A Large cluster with very loosely cohesive signet ring cells with eccentric, hyperchromatic, pleomorphic nuclei. E&F A la... |
PMC2094712_F2_15040.jpg | What is being portrayed in this visual content? | Fine needle aspiration Cytology. A. A small cluster of spindle and round cells with pleomorphic nuclei. B. A medium sized cluster with loosely cohesive round cells with hyper chromatic nucleus. C&D. A Large cluster with very loosely cohesive signet ring cells with eccentric, hyperchromatic, pleomorphic nuclei. E&F A la... |
PMC2094712_F2_15034.jpg | Describe the main subject of this image. | Fine needle aspiration Cytology. A. A small cluster of spindle and round cells with pleomorphic nuclei. B. A medium sized cluster with loosely cohesive round cells with hyper chromatic nucleus. C&D. A Large cluster with very loosely cohesive signet ring cells with eccentric, hyperchromatic, pleomorphic nuclei. E&F A la... |
PMC2094712_F2_15036.jpg | What is the central feature of this picture? | Fine needle aspiration Cytology. A. A small cluster of spindle and round cells with pleomorphic nuclei. B. A medium sized cluster with loosely cohesive round cells with hyper chromatic nucleus. C&D. A Large cluster with very loosely cohesive signet ring cells with eccentric, hyperchromatic, pleomorphic nuclei. E&F A la... |
PMC2094712_F6_15031.jpg | Can you identify the primary element in this image? | Electron microscopy of tumor section. A&B : High number of endoplasmic reticulam in the tumor epithelial cells. No viral-like particles detected. Magnification × 6000. |
PMC2094712_F6_15032.jpg | What is shown in this image? | Electron microscopy of tumor section. A&B : High number of endoplasmic reticulam in the tumor epithelial cells. No viral-like particles detected. Magnification × 6000. |
PMC2096620_F6_15043.jpg | What is the dominant medical problem in this image? | Confocal micrographs of incised skin. For these studies skin from the wound edges was collected 2 hours after the incisions were made. The tissue was sectioned and exposed to antibodies for IL-1β, G-CSF or KC then CY3 conjugated antibody allowing detection by fluorescence. Some sections were processed without primary a... |
PMC2096620_F6_15041.jpg | Can you identify the primary element in this image? | Confocal micrographs of incised skin. For these studies skin from the wound edges was collected 2 hours after the incisions were made. The tissue was sectioned and exposed to antibodies for IL-1β, G-CSF or KC then CY3 conjugated antibody allowing detection by fluorescence. Some sections were processed without primary a... |
PMC2096620_F6_15044.jpg | What object or scene is depicted here? | Confocal micrographs of incised skin. For these studies skin from the wound edges was collected 2 hours after the incisions were made. The tissue was sectioned and exposed to antibodies for IL-1β, G-CSF or KC then CY3 conjugated antibody allowing detection by fluorescence. Some sections were processed without primary a... |
PMC2098691_fig2_15046.jpg | What is the central feature of this picture? | Transgenic expression of deletion constructs. Top: Diagrams of a series of 5′ and internal deletion fragments fused to GFP, as in Fig. 1. The endodermal element is marked and fragments giving vegetal expression in the early gastrula are colored red. Below is GFP expression in various transgenics, with the corresponding... |
PMC2098691_fig2_15049.jpg | What is the main focus of this visual representation? | Transgenic expression of deletion constructs. Top: Diagrams of a series of 5′ and internal deletion fragments fused to GFP, as in Fig. 1. The endodermal element is marked and fragments giving vegetal expression in the early gastrula are colored red. Below is GFP expression in various transgenics, with the corresponding... |
PMC2098691_fig2_15052.jpg | What is the focal point of this photograph? | Transgenic expression of deletion constructs. Top: Diagrams of a series of 5′ and internal deletion fragments fused to GFP, as in Fig. 1. The endodermal element is marked and fragments giving vegetal expression in the early gastrula are colored red. Below is GFP expression in various transgenics, with the corresponding... |
PMC2098691_fig2_15045.jpg | What can you see in this picture? | Transgenic expression of deletion constructs. Top: Diagrams of a series of 5′ and internal deletion fragments fused to GFP, as in Fig. 1. The endodermal element is marked and fragments giving vegetal expression in the early gastrula are colored red. Below is GFP expression in various transgenics, with the corresponding... |
PMC2098691_fig2_15047.jpg | What stands out most in this visual? | Transgenic expression of deletion constructs. Top: Diagrams of a series of 5′ and internal deletion fragments fused to GFP, as in Fig. 1. The endodermal element is marked and fragments giving vegetal expression in the early gastrula are colored red. Below is GFP expression in various transgenics, with the corresponding... |
PMC2098691_fig2_15050.jpg | What object or scene is depicted here? | Transgenic expression of deletion constructs. Top: Diagrams of a series of 5′ and internal deletion fragments fused to GFP, as in Fig. 1. The endodermal element is marked and fragments giving vegetal expression in the early gastrula are colored red. Below is GFP expression in various transgenics, with the corresponding... |
PMC2098753_F2_15057.jpg | What is shown in this image? | Plain x-ray showing the gastric volvulus. |
PMC2098753_F2_15058.jpg | What is the core subject represented in this visual? | Plain x-ray showing the gastric volvulus. |
PMC2098753_F3_15056.jpg | What is being portrayed in this visual content? | Upper GI contrast study via a gastric tube showing gastric volvulus and obstruction. |
PMC2098753_F4_15059.jpg | What is the core subject represented in this visual? | Laparoscopic view showing the Morgagni hernia. The arrow points to the ischaemic stomach, which is just visible. |
PMC2098758_F1_15066.jpg | What is the principal component of this image? | A typical echocardiographic appearance of apical ballooning syndrome. Left up: end-diastolic image on admission and left down end-diastolic image at discharge; right up: end-systolic image on admission and right down: end-systolic image at discharge. |
PMC2098758_F1_15067.jpg | What is being portrayed in this visual content? | A typical echocardiographic appearance of apical ballooning syndrome. Left up: end-diastolic image on admission and left down end-diastolic image at discharge; right up: end-systolic image on admission and right down: end-systolic image at discharge. |
PMC2098758_F1_15064.jpg | What is being portrayed in this visual content? | A typical echocardiographic appearance of apical ballooning syndrome. Left up: end-diastolic image on admission and left down end-diastolic image at discharge; right up: end-systolic image on admission and right down: end-systolic image at discharge. |
PMC2098758_F2_15061.jpg | What is the central feature of this picture? | A typical angiographic appearance of apical ballooning syndrome with normal coronary arteries. |
PMC2098758_F2_15063.jpg | What stands out most in this visual? | A typical angiographic appearance of apical ballooning syndrome with normal coronary arteries. |
PMC2098842_pcbi-0030211-g005_15068.jpg | What's the most prominent thing you notice in this picture? | Coevolving Positions and Functional Sites in Ribosome Small SubunitColored spheres: coevolving positions from different domains. Red ribbon: P-site. Cyan ribbon: A-site. Magenta ribbon: E-site. |
PMC2098847_pcbi-0030217-g001_15069.jpg | What is the principal component of this image? | Comparison of the Predicted SERCA Ligand Binding Site with That of Known SERCA Inhibitors TG1 and BHQThe predicted binding site is represented by white spheres, BHQ by purple spheres, and TG1 by cyan spheres. (A) and (B) are two different perspectives centered on BHQ and TG1, respectively. |
PMC2098847_pcbi-0030217-g001_15070.jpg | What object or scene is depicted here? | Comparison of the Predicted SERCA Ligand Binding Site with That of Known SERCA Inhibitors TG1 and BHQThe predicted binding site is represented by white spheres, BHQ by purple spheres, and TG1 by cyan spheres. (A) and (B) are two different perspectives centered on BHQ and TG1, respectively. |
PMC2098868_pcbi-0030245-g004_15072.jpg | What is the central feature of this picture? | Distribution of Wave Initiation Points(A) Initiation points for 653 waves (60 min simulated time). Each dot shows the initiation point of exactly one wave, with waves sharing the same location being represented with adjacent dots. Points are uniformly distributed, consistent with physiological studies [14,15].(B) Densi... |
PMC2099449_F4_15078.jpg | Describe the main subject of this image. | Visualization. Left. Functional and structural volume data shown in the Slice Viewport, which displays three orthogonal slices. fMRI (warm colors), and 2 related source localized EEG volumes (green and magenta) are simultaneously shown superimposed on the structural MRI. Right. The same data shown in the Surface viewpo... |
PMC2099449_F4_15080.jpg | What is the core subject represented in this visual? | Visualization. Left. Functional and structural volume data shown in the Slice Viewport, which displays three orthogonal slices. fMRI (warm colors), and 2 related source localized EEG volumes (green and magenta) are simultaneously shown superimposed on the structural MRI. Right. The same data shown in the Surface viewpo... |
PMC2099449_F4_15076.jpg | What is the dominant medical problem in this image? | Visualization. Left. Functional and structural volume data shown in the Slice Viewport, which displays three orthogonal slices. fMRI (warm colors), and 2 related source localized EEG volumes (green and magenta) are simultaneously shown superimposed on the structural MRI. Right. The same data shown in the Surface viewpo... |
PMC2099449_F5_15075.jpg | What's the most prominent thing you notice in this picture? | Plotting Coordinates. Left. A surgical photograph with Cortical Stimulation Mapping (CSM) sites. Right. A cortical surface of the patient's own brain onto which we have plotted the CSM points. Veins are in blue, and provide landmarks that enable the user to more easily match the photograph with the surface than would b... |
PMC2100043_F3_15081.jpg | What is the focal point of this photograph? | Angiography shows the stenosis of RCA. |
PMC2100043_F4_15083.jpg | What is the focal point of this photograph? | Angiography shows RCA after PCI. |
PMC2100046_F4_15085.jpg | What is being portrayed in this visual content? | Chloroacetate esterase staining of heart and lung paraffin sections. Representative tissue samples for untreated healthy animals, animals undergoing CPB, and animals undergoing CPB with LIM. Magnification is 200-fold. |
PMC2100046_F4_15089.jpg | What key item or scene is captured in this photo? | Chloroacetate esterase staining of heart and lung paraffin sections. Representative tissue samples for untreated healthy animals, animals undergoing CPB, and animals undergoing CPB with LIM. Magnification is 200-fold. |
PMC2100046_F4_15087.jpg | What is the core subject represented in this visual? | Chloroacetate esterase staining of heart and lung paraffin sections. Representative tissue samples for untreated healthy animals, animals undergoing CPB, and animals undergoing CPB with LIM. Magnification is 200-fold. |
PMC2100046_F4_15091.jpg | What object or scene is depicted here? | Chloroacetate esterase staining of heart and lung paraffin sections. Representative tissue samples for untreated healthy animals, animals undergoing CPB, and animals undergoing CPB with LIM. Magnification is 200-fold. |
PMC2100046_F4_15084.jpg | What is shown in this image? | Chloroacetate esterase staining of heart and lung paraffin sections. Representative tissue samples for untreated healthy animals, animals undergoing CPB, and animals undergoing CPB with LIM. Magnification is 200-fold. |
PMC2100046_F4_15092.jpg | What is shown in this image? | Chloroacetate esterase staining of heart and lung paraffin sections. Representative tissue samples for untreated healthy animals, animals undergoing CPB, and animals undergoing CPB with LIM. Magnification is 200-fold. |
PMC2100046_F4_15088.jpg | What stands out most in this visual? | Chloroacetate esterase staining of heart and lung paraffin sections. Representative tissue samples for untreated healthy animals, animals undergoing CPB, and animals undergoing CPB with LIM. Magnification is 200-fold. |
PMC2100048_F6_15095.jpg | What object or scene is depicted here? | Immunolabeling characteristics of OC in an AD case and preabsorption controls. Extensive OC labeling was observed in the hippocampus (A), subiculum (B) and frontal cortex (C) in AD. A higher magnification photograph illustrates that OC positive deposits were dense and consisted of fine fibrillar material (D). Preabsorp... |
PMC2100048_F6_15096.jpg | What's the most prominent thing you notice in this picture? | Immunolabeling characteristics of OC in an AD case and preabsorption controls. Extensive OC labeling was observed in the hippocampus (A), subiculum (B) and frontal cortex (C) in AD. A higher magnification photograph illustrates that OC positive deposits were dense and consisted of fine fibrillar material (D). Preabsorp... |
PMC2100048_F6_15100.jpg | What is the main focus of this visual representation? | Immunolabeling characteristics of OC in an AD case and preabsorption controls. Extensive OC labeling was observed in the hippocampus (A), subiculum (B) and frontal cortex (C) in AD. A higher magnification photograph illustrates that OC positive deposits were dense and consisted of fine fibrillar material (D). Preabsorp... |
PMC2100048_F6_15101.jpg | What is the principal component of this image? | Immunolabeling characteristics of OC in an AD case and preabsorption controls. Extensive OC labeling was observed in the hippocampus (A), subiculum (B) and frontal cortex (C) in AD. A higher magnification photograph illustrates that OC positive deposits were dense and consisted of fine fibrillar material (D). Preabsorp... |
PMC2100048_F6_15099.jpg | What is the focal point of this photograph? | Immunolabeling characteristics of OC in an AD case and preabsorption controls. Extensive OC labeling was observed in the hippocampus (A), subiculum (B) and frontal cortex (C) in AD. A higher magnification photograph illustrates that OC positive deposits were dense and consisted of fine fibrillar material (D). Preabsorp... |
PMC2100048_F6_15098.jpg | What is being portrayed in this visual content? | Immunolabeling characteristics of OC in an AD case and preabsorption controls. Extensive OC labeling was observed in the hippocampus (A), subiculum (B) and frontal cortex (C) in AD. A higher magnification photograph illustrates that OC positive deposits were dense and consisted of fine fibrillar material (D). Preabsorp... |
PMC2100048_F6_15093.jpg | What's the most prominent thing you notice in this picture? | Immunolabeling characteristics of OC in an AD case and preabsorption controls. Extensive OC labeling was observed in the hippocampus (A), subiculum (B) and frontal cortex (C) in AD. A higher magnification photograph illustrates that OC positive deposits were dense and consisted of fine fibrillar material (D). Preabsorp... |
PMC2100048_F6_15094.jpg | What is the core subject represented in this visual? | Immunolabeling characteristics of OC in an AD case and preabsorption controls. Extensive OC labeling was observed in the hippocampus (A), subiculum (B) and frontal cortex (C) in AD. A higher magnification photograph illustrates that OC positive deposits were dense and consisted of fine fibrillar material (D). Preabsorp... |
PMC2100048_F6_15097.jpg | What can you see in this picture? | Immunolabeling characteristics of OC in an AD case and preabsorption controls. Extensive OC labeling was observed in the hippocampus (A), subiculum (B) and frontal cortex (C) in AD. A higher magnification photograph illustrates that OC positive deposits were dense and consisted of fine fibrillar material (D). Preabsorp... |
PMC2100056_F1_15103.jpg | What is the core subject represented in this visual? | A). CT scan image and B). 18FDG-PET scan.18FDG-PET scan with CT anatomical image fusion (axial view) shows an intense abnormal FDG uptake within the adrenal gland suggestive of metastasis or possibly a primary tumour. |
PMC2100056_F1_15102.jpg | Can you identify the primary element in this image? | A). CT scan image and B). 18FDG-PET scan.18FDG-PET scan with CT anatomical image fusion (axial view) shows an intense abnormal FDG uptake within the adrenal gland suggestive of metastasis or possibly a primary tumour. |
PMC2100170_pone-0001282-g002_15112.jpg | What object or scene is depicted here? | Geometric Triangular chiral hexagon cristal like complexes assembled from helicoid pattern.Panel A. Microscopic GTCHC complex in prostate adenocarcinoma. Panel B. Macroscopic GTCHC complex in liposarcoma. Panel C. Microscopic GTCHC complex in lipoma .Helicoid border. Panel D. Macroscopic GTCHC complex in breast cancer.... |
PMC2100170_pone-0001282-g002_15110.jpg | What stands out most in this visual? | Geometric Triangular chiral hexagon cristal like complexes assembled from helicoid pattern.Panel A. Microscopic GTCHC complex in prostate adenocarcinoma. Panel B. Macroscopic GTCHC complex in liposarcoma. Panel C. Microscopic GTCHC complex in lipoma .Helicoid border. Panel D. Macroscopic GTCHC complex in breast cancer.... |
PMC2100170_pone-0001282-g002_15114.jpg | What object or scene is depicted here? | Geometric Triangular chiral hexagon cristal like complexes assembled from helicoid pattern.Panel A. Microscopic GTCHC complex in prostate adenocarcinoma. Panel B. Macroscopic GTCHC complex in liposarcoma. Panel C. Microscopic GTCHC complex in lipoma .Helicoid border. Panel D. Macroscopic GTCHC complex in breast cancer.... |
PMC2100170_pone-0001282-g002_15111.jpg | What object or scene is depicted here? | Geometric Triangular chiral hexagon cristal like complexes assembled from helicoid pattern.Panel A. Microscopic GTCHC complex in prostate adenocarcinoma. Panel B. Macroscopic GTCHC complex in liposarcoma. Panel C. Microscopic GTCHC complex in lipoma .Helicoid border. Panel D. Macroscopic GTCHC complex in breast cancer.... |
PMC2100170_pone-0001282-g003_15105.jpg | What stands out most in this visual? | Geometric Triangular chira lhexagon cristal like complexes.Panel A. Macroscopic GTCHC complex in fibrosarcoma. Panel B. Macroscopic GTCHC complex in liposarcoma that induces surprisingly clear tissue mirror images around it: ABC––A'B'C'. Panel C. Microscopic GTCHC complex in basal cell carcinoma that induces surprising... |
PMC2100170_pone-0001282-g003_15104.jpg | Describe the main subject of this image. | Geometric Triangular chira lhexagon cristal like complexes.Panel A. Macroscopic GTCHC complex in fibrosarcoma. Panel B. Macroscopic GTCHC complex in liposarcoma that induces surprisingly clear tissue mirror images around it: ABC––A'B'C'. Panel C. Microscopic GTCHC complex in basal cell carcinoma that induces surprising... |
PMC2100170_pone-0001282-g003_15107.jpg | What is being portrayed in this visual content? | Geometric Triangular chira lhexagon cristal like complexes.Panel A. Macroscopic GTCHC complex in fibrosarcoma. Panel B. Macroscopic GTCHC complex in liposarcoma that induces surprisingly clear tissue mirror images around it: ABC––A'B'C'. Panel C. Microscopic GTCHC complex in basal cell carcinoma that induces surprising... |
PMC2100170_pone-0001282-g003_15109.jpg | What key item or scene is captured in this photo? | Geometric Triangular chira lhexagon cristal like complexes.Panel A. Macroscopic GTCHC complex in fibrosarcoma. Panel B. Macroscopic GTCHC complex in liposarcoma that induces surprisingly clear tissue mirror images around it: ABC––A'B'C'. Panel C. Microscopic GTCHC complex in basal cell carcinoma that induces surprising... |
PMC2100170_pone-0001282-g004_15117.jpg | What is the focal point of this photograph? | Geometric Triangular chiral hexagon cristal like complexes.Panel A. Hexagon pattern of breast cancer. Panel B. Breast cancer tissue surface cut hexagonal pattern. Panel C. Malignant breast cells trapped by a network of hexagons. Panel D. Hexagon pattern of fibrosarcoma nodule. Panel E. GTCHC complexes obtained from per... |
PMC2100170_pone-0001282-g004_15119.jpg | Can you identify the primary element in this image? | Geometric Triangular chiral hexagon cristal like complexes.Panel A. Hexagon pattern of breast cancer. Panel B. Breast cancer tissue surface cut hexagonal pattern. Panel C. Malignant breast cells trapped by a network of hexagons. Panel D. Hexagon pattern of fibrosarcoma nodule. Panel E. GTCHC complexes obtained from per... |
PMC2100170_pone-0001282-g004_15120.jpg | What's the most prominent thing you notice in this picture? | Geometric Triangular chiral hexagon cristal like complexes.Panel A. Hexagon pattern of breast cancer. Panel B. Breast cancer tissue surface cut hexagonal pattern. Panel C. Malignant breast cells trapped by a network of hexagons. Panel D. Hexagon pattern of fibrosarcoma nodule. Panel E. GTCHC complexes obtained from per... |
PMC2100170_pone-0001282-g004_15116.jpg | Describe the main subject of this image. | Geometric Triangular chiral hexagon cristal like complexes.Panel A. Hexagon pattern of breast cancer. Panel B. Breast cancer tissue surface cut hexagonal pattern. Panel C. Malignant breast cells trapped by a network of hexagons. Panel D. Hexagon pattern of fibrosarcoma nodule. Panel E. GTCHC complexes obtained from per... |
PMC2100170_pone-0001282-g004_15118.jpg | What is the core subject represented in this visual? | Geometric Triangular chiral hexagon cristal like complexes.Panel A. Hexagon pattern of breast cancer. Panel B. Breast cancer tissue surface cut hexagonal pattern. Panel C. Malignant breast cells trapped by a network of hexagons. Panel D. Hexagon pattern of fibrosarcoma nodule. Panel E. GTCHC complexes obtained from per... |
PMC2100170_pone-0001282-g004_15121.jpg | What key item or scene is captured in this photo? | Geometric Triangular chiral hexagon cristal like complexes.Panel A. Hexagon pattern of breast cancer. Panel B. Breast cancer tissue surface cut hexagonal pattern. Panel C. Malignant breast cells trapped by a network of hexagons. Panel D. Hexagon pattern of fibrosarcoma nodule. Panel E. GTCHC complexes obtained from per... |
PMC2100170_pone-0001282-g007_15124.jpg | What stands out most in this visual? | Collagen type I helicoid hypertrophy in GTCHC complexes.Panel A–B. Microscopic helicoid hypertrophy of individual collagen type I bundle, observed in malignant peritoneal effusion. Panel C. Macroscopic Triangular complex organization observed in breast cancer associate with helicoid hypertrophy of individual collagen t... |
PMC2100170_pone-0001282-g007_15123.jpg | What object or scene is depicted here? | Collagen type I helicoid hypertrophy in GTCHC complexes.Panel A–B. Microscopic helicoid hypertrophy of individual collagen type I bundle, observed in malignant peritoneal effusion. Panel C. Macroscopic Triangular complex organization observed in breast cancer associate with helicoid hypertrophy of individual collagen t... |
PMC2100170_pone-0001282-g007_15127.jpg | Can you identify the primary element in this image? | Collagen type I helicoid hypertrophy in GTCHC complexes.Panel A–B. Microscopic helicoid hypertrophy of individual collagen type I bundle, observed in malignant peritoneal effusion. Panel C. Macroscopic Triangular complex organization observed in breast cancer associate with helicoid hypertrophy of individual collagen t... |
PMC2100170_pone-0001282-g007_15125.jpg | What's the most prominent thing you notice in this picture? | Collagen type I helicoid hypertrophy in GTCHC complexes.Panel A–B. Microscopic helicoid hypertrophy of individual collagen type I bundle, observed in malignant peritoneal effusion. Panel C. Macroscopic Triangular complex organization observed in breast cancer associate with helicoid hypertrophy of individual collagen t... |
PMC2100374_pntd-0000084-g003_15130.jpg | What is the core subject represented in this visual? | Histological aspects in animals immunized with L. intermedia SGS.Mice received three inoculations with SGS (A and B) or PBS (C and D). Two weeks after the last inoculation, mice received a challenge with SGS in the contra-lateral ear. Tissue sections were obtained 24 h after challenge and stained with hematoxylin and e... |
PMC2100374_pntd-0000084-g003_15131.jpg | What does this image primarily show? | Histological aspects in animals immunized with L. intermedia SGS.Mice received three inoculations with SGS (A and B) or PBS (C and D). Two weeks after the last inoculation, mice received a challenge with SGS in the contra-lateral ear. Tissue sections were obtained 24 h after challenge and stained with hematoxylin and e... |
PMC2100374_pntd-0000084-g003_15129.jpg | What is the core subject represented in this visual? | Histological aspects in animals immunized with L. intermedia SGS.Mice received three inoculations with SGS (A and B) or PBS (C and D). Two weeks after the last inoculation, mice received a challenge with SGS in the contra-lateral ear. Tissue sections were obtained 24 h after challenge and stained with hematoxylin and e... |
PMC2104526_F2_15133.jpg | What is the focal point of this photograph? | Selective right coronary angiogram showing a normally situated coronary ostium, a small atretic RCA giving off SA nodal, right atrial and right ventricular branches and petering out thereafter. |
PMC2104526_F3_15132.jpg | What is being portrayed in this visual content? | Selective left coronary angiogram demonstrating normal left main stem and circumflex and continuation of LAD as PDA. |
PMC2110888_F8_15137.jpg | What is the core subject represented in this visual? | Representative FEG-SEM images of organic structures observed in the fossil terrace layers (a-c) compared to a fresh sinter rim sample from the active pool rim(d): (a) large organic matter cluster that showed no distinguishing morphological microbial features even at higher resolution (b). Only one structure could be in... |
PMC2110888_F8_15134.jpg | What stands out most in this visual? | Representative FEG-SEM images of organic structures observed in the fossil terrace layers (a-c) compared to a fresh sinter rim sample from the active pool rim(d): (a) large organic matter cluster that showed no distinguishing morphological microbial features even at higher resolution (b). Only one structure could be in... |
PMC2110892_F4_15139.jpg | What stands out most in this visual? | Ectopic expression of Nrg3 in the epidermis results in the formation of ectopic nipples and mammary glands. (A) Ventral surface of non-transgenic littermate at P12 with the five pairs of nipples marked. Numbers denote the positions of the five normal nipples. External genitalia of female non-transgenic littermate is in... |
PMC2110892_F4_15141.jpg | What is the core subject represented in this visual? | Ectopic expression of Nrg3 in the epidermis results in the formation of ectopic nipples and mammary glands. (A) Ventral surface of non-transgenic littermate at P12 with the five pairs of nipples marked. Numbers denote the positions of the five normal nipples. External genitalia of female non-transgenic littermate is in... |
PMC2110892_F4_15146.jpg | What key item or scene is captured in this photo? | Ectopic expression of Nrg3 in the epidermis results in the formation of ectopic nipples and mammary glands. (A) Ventral surface of non-transgenic littermate at P12 with the five pairs of nipples marked. Numbers denote the positions of the five normal nipples. External genitalia of female non-transgenic littermate is in... |
PMC2110892_F4_15144.jpg | What is the main focus of this visual representation? | Ectopic expression of Nrg3 in the epidermis results in the formation of ectopic nipples and mammary glands. (A) Ventral surface of non-transgenic littermate at P12 with the five pairs of nipples marked. Numbers denote the positions of the five normal nipples. External genitalia of female non-transgenic littermate is in... |
PMC2110892_F4_15138.jpg | What's the most prominent thing you notice in this picture? | Ectopic expression of Nrg3 in the epidermis results in the formation of ectopic nipples and mammary glands. (A) Ventral surface of non-transgenic littermate at P12 with the five pairs of nipples marked. Numbers denote the positions of the five normal nipples. External genitalia of female non-transgenic littermate is in... |
PMC2110892_F4_15145.jpg | What is the principal component of this image? | Ectopic expression of Nrg3 in the epidermis results in the formation of ectopic nipples and mammary glands. (A) Ventral surface of non-transgenic littermate at P12 with the five pairs of nipples marked. Numbers denote the positions of the five normal nipples. External genitalia of female non-transgenic littermate is in... |
PMC2116995_F1_15150.jpg | What can you see in this picture? | Scanning electron micrographs of primary breast cancer cells. (A) Low magnification overview showing a part of tissue fragment of the breast cancer biopsy and the cells with epithelial and fibroblast-like morphology which migrate out from it. (B) Higher magnification of the boxed area in figure 1A exhibiting the mixed ... |
PMC2116995_F1_15149.jpg | What is the focal point of this photograph? | Scanning electron micrographs of primary breast cancer cells. (A) Low magnification overview showing a part of tissue fragment of the breast cancer biopsy and the cells with epithelial and fibroblast-like morphology which migrate out from it. (B) Higher magnification of the boxed area in figure 1A exhibiting the mixed ... |
PMC2116995_F1_15148.jpg | What key item or scene is captured in this photo? | Scanning electron micrographs of primary breast cancer cells. (A) Low magnification overview showing a part of tissue fragment of the breast cancer biopsy and the cells with epithelial and fibroblast-like morphology which migrate out from it. (B) Higher magnification of the boxed area in figure 1A exhibiting the mixed ... |
PMC2116995_F6_15154.jpg | What can you see in this picture? | Electron micrographs showing the integrin alphavbeta3 immunogold labeling in epithelial cells of primary cultures of normal breast tissues (A, B) and of breast cancer biopsies (C, D). In both cases staining pattern is essentially the same i.e. mostly single gold particles (arrows), and occasionally aggregates (arrowhea... |
PMC2116995_F6_15155.jpg | What object or scene is depicted here? | Electron micrographs showing the integrin alphavbeta3 immunogold labeling in epithelial cells of primary cultures of normal breast tissues (A, B) and of breast cancer biopsies (C, D). In both cases staining pattern is essentially the same i.e. mostly single gold particles (arrows), and occasionally aggregates (arrowhea... |
PMC2116995_F6_15152.jpg | What is the central feature of this picture? | Electron micrographs showing the integrin alphavbeta3 immunogold labeling in epithelial cells of primary cultures of normal breast tissues (A, B) and of breast cancer biopsies (C, D). In both cases staining pattern is essentially the same i.e. mostly single gold particles (arrows), and occasionally aggregates (arrowhea... |
PMC2116996_F1_15156.jpg | What does this image primarily show? | (A) and (B) Endometrioid adenocarcinoma with a cribriform glandular architecture. Foci of benign squamous (morular) metaplasia (arrows) are present between glandular structures. Haematoxylin and eosin; objective magnification ×20 (A), ×40 (B). (C) Alcian blue and PAS-positive cytoplasmic mucin (arrows) in the mucinous ... |
PMC2116996_F1_15158.jpg | What is shown in this image? | (A) and (B) Endometrioid adenocarcinoma with a cribriform glandular architecture. Foci of benign squamous (morular) metaplasia (arrows) are present between glandular structures. Haematoxylin and eosin; objective magnification ×20 (A), ×40 (B). (C) Alcian blue and PAS-positive cytoplasmic mucin (arrows) in the mucinous ... |
PMC2117000_F1_15160.jpg | What stands out most in this visual? | (1A): Representative cryostat section of the first biopsy (exposed, prior to freezing, to 10% neutral buffered formalin) stained with haematoxylin and eosin (magnification ×400); (1B) Representative cryostat section of the second biopsy (which had not been exposed to fixative prior to freezing) stained with haematoxyli... |
PMC2117000_F1_15161.jpg | What is the focal point of this photograph? | (1A): Representative cryostat section of the first biopsy (exposed, prior to freezing, to 10% neutral buffered formalin) stained with haematoxylin and eosin (magnification ×400); (1B) Representative cryostat section of the second biopsy (which had not been exposed to fixative prior to freezing) stained with haematoxyli... |
PMC2117003_F2_15163.jpg | What does this image primarily show? | The chest computed tomography image of the first patient on the 1st day, revealing multiple contusion areas and pneumothorax as well as two separate traumatic pulmonary pseudocyst. |
PMC2117003_F3_15162.jpg | Describe the main subject of this image. | The chest computed tomography image of the second patient. A traumatic pulmonary pseudocyst. |
PMC2117009_F4_15165.jpg | What is the central feature of this picture? | Immunoelectron microscopy for identification of BaMV CP and FMDV VP1 on the surface of virus particles. Leaf dips from C. quinoa infected with pBVP1 (A, B) or pBaMV-S (C) were obtained 10 days post-inoculation. Grids were first incubated with leaf extract and coated with diluted anti-BaMV CP serum (A) or anti-FMDV VP1 ... |
PMC2117013_F2_15169.jpg | What does this image primarily show? | Intraoperative resection of tumor (A) from adrenal vein and IVC (B). |
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