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PMC1913206_pone-0000618-g002_12126.jpg | What is the dominant medical problem in this image? | FRAP reveals distinct anucleate cells in the cdc16-116 mutant.(a) Merged pseudo-colors image of cdc16-116 cells expressing Rad24p-GFP (green) stained with the cell wall tracer aniline blue (red). Temperature sensitive cdc16-116 cells were treated with hydroxyurea (HU) for 6 h to arrest cells at S phase, and shifted to ... |
PMC1913206_pone-0000618-g002_12129.jpg | What is the central feature of this picture? | FRAP reveals distinct anucleate cells in the cdc16-116 mutant.(a) Merged pseudo-colors image of cdc16-116 cells expressing Rad24p-GFP (green) stained with the cell wall tracer aniline blue (red). Temperature sensitive cdc16-116 cells were treated with hydroxyurea (HU) for 6 h to arrest cells at S phase, and shifted to ... |
PMC1913206_pone-0000618-g003_12110.jpg | Can you identify the primary element in this image? | Dynamic cytoplasmic microtubules are present in anucleate compartments.Shown are two time-lapse montages of cdc16-116 Pcp1p-GFP cells expressing GFP-Atb2p (α-tubulin). The larger nucleate cells, indicated by arrows, have multiple robust and dynamic microtubule bundles. In contrast, the smaller anucleate cells, indicate... |
PMC1913206_pone-0000618-g003_12106.jpg | What is the focal point of this photograph? | Dynamic cytoplasmic microtubules are present in anucleate compartments.Shown are two time-lapse montages of cdc16-116 Pcp1p-GFP cells expressing GFP-Atb2p (α-tubulin). The larger nucleate cells, indicated by arrows, have multiple robust and dynamic microtubule bundles. In contrast, the smaller anucleate cells, indicate... |
PMC1913206_pone-0000618-g003_12107.jpg | What does this image primarily show? | Dynamic cytoplasmic microtubules are present in anucleate compartments.Shown are two time-lapse montages of cdc16-116 Pcp1p-GFP cells expressing GFP-Atb2p (α-tubulin). The larger nucleate cells, indicated by arrows, have multiple robust and dynamic microtubule bundles. In contrast, the smaller anucleate cells, indicate... |
PMC1913206_pone-0000618-g003_12109.jpg | What is the focal point of this photograph? | Dynamic cytoplasmic microtubules are present in anucleate compartments.Shown are two time-lapse montages of cdc16-116 Pcp1p-GFP cells expressing GFP-Atb2p (α-tubulin). The larger nucleate cells, indicated by arrows, have multiple robust and dynamic microtubule bundles. In contrast, the smaller anucleate cells, indicate... |
PMC1913206_pone-0000618-g003_12112.jpg | What key item or scene is captured in this photo? | Dynamic cytoplasmic microtubules are present in anucleate compartments.Shown are two time-lapse montages of cdc16-116 Pcp1p-GFP cells expressing GFP-Atb2p (α-tubulin). The larger nucleate cells, indicated by arrows, have multiple robust and dynamic microtubule bundles. In contrast, the smaller anucleate cells, indicate... |
PMC1913206_pone-0000618-g003_12113.jpg | What is being portrayed in this visual content? | Dynamic cytoplasmic microtubules are present in anucleate compartments.Shown are two time-lapse montages of cdc16-116 Pcp1p-GFP cells expressing GFP-Atb2p (α-tubulin). The larger nucleate cells, indicated by arrows, have multiple robust and dynamic microtubule bundles. In contrast, the smaller anucleate cells, indicate... |
PMC1913206_pone-0000618-g003_12114.jpg | What stands out most in this visual? | Dynamic cytoplasmic microtubules are present in anucleate compartments.Shown are two time-lapse montages of cdc16-116 Pcp1p-GFP cells expressing GFP-Atb2p (α-tubulin). The larger nucleate cells, indicated by arrows, have multiple robust and dynamic microtubule bundles. In contrast, the smaller anucleate cells, indicate... |
PMC1913206_pone-0000618-g003_12111.jpg | What's the most prominent thing you notice in this picture? | Dynamic cytoplasmic microtubules are present in anucleate compartments.Shown are two time-lapse montages of cdc16-116 Pcp1p-GFP cells expressing GFP-Atb2p (α-tubulin). The larger nucleate cells, indicated by arrows, have multiple robust and dynamic microtubule bundles. In contrast, the smaller anucleate cells, indicate... |
PMC1913206_pone-0000618-g003_12108.jpg | What is being portrayed in this visual content? | Dynamic cytoplasmic microtubules are present in anucleate compartments.Shown are two time-lapse montages of cdc16-116 Pcp1p-GFP cells expressing GFP-Atb2p (α-tubulin). The larger nucleate cells, indicated by arrows, have multiple robust and dynamic microtubule bundles. In contrast, the smaller anucleate cells, indicate... |
PMC1913206_pone-0000618-g003_12115.jpg | What does this image primarily show? | Dynamic cytoplasmic microtubules are present in anucleate compartments.Shown are two time-lapse montages of cdc16-116 Pcp1p-GFP cells expressing GFP-Atb2p (α-tubulin). The larger nucleate cells, indicated by arrows, have multiple robust and dynamic microtubule bundles. In contrast, the smaller anucleate cells, indicate... |
PMC1913206_pone-0000618-g004_12121.jpg | What is the dominant medical problem in this image? | Assembly of cell division structures in anucleate cells.(a) F-actin ring assembly. Shown is a collage of fixed cdc16-116 cells expressing the nuclear membrane marker Uch2p-GFP stained with the F-actin specific dye Alexa 488-phalloidin. F-actin rings/cables present in the anucleate compartments are indicated with arrows... |
PMC1913206_pone-0000618-g004_12117.jpg | What is being portrayed in this visual content? | Assembly of cell division structures in anucleate cells.(a) F-actin ring assembly. Shown is a collage of fixed cdc16-116 cells expressing the nuclear membrane marker Uch2p-GFP stained with the F-actin specific dye Alexa 488-phalloidin. F-actin rings/cables present in the anucleate compartments are indicated with arrows... |
PMC1913206_pone-0000618-g004_12118.jpg | What can you see in this picture? | Assembly of cell division structures in anucleate cells.(a) F-actin ring assembly. Shown is a collage of fixed cdc16-116 cells expressing the nuclear membrane marker Uch2p-GFP stained with the F-actin specific dye Alexa 488-phalloidin. F-actin rings/cables present in the anucleate compartments are indicated with arrows... |
PMC1913206_pone-0000618-g004_12120.jpg | What does this image primarily show? | Assembly of cell division structures in anucleate cells.(a) F-actin ring assembly. Shown is a collage of fixed cdc16-116 cells expressing the nuclear membrane marker Uch2p-GFP stained with the F-actin specific dye Alexa 488-phalloidin. F-actin rings/cables present in the anucleate compartments are indicated with arrows... |
PMC1913496_F1_12132.jpg | What is the main focus of this visual representation? | Magnetic Resonance Imaging. Tumour measuring 11 × 7 × 7 cm. in the left quadriceps. |
PMC1913502_F6_12134.jpg | What can you see in this picture? | CAR expression in human tissue. Expression of the coxsackie adenovirus receptor (CAR) in biopsies of normal human colon (upper panel) and human colon cancer (lower panel). Red staining of CAR after reaction with a monoclonal anti-CAR antibody and an APAAP detection system. |
PMC1913510_F1_12145.jpg | What's the most prominent thing you notice in this picture? | Biphasic Zac1 expression in the retina. Zac1 (a-e) transcript and protein (f-j) distribution from E10.5 to P7. Arrowheads in (d,g,i) mark limits of higher expression domains. (k-o) Identification of Zac1+ P7 retinal cells. Co-labeling with Zac1 (red) and CRALBP (green (k,k')), calbindin (green (l,l')), Pax6 (green (m,m... |
PMC1913510_F1_12147.jpg | What is the main focus of this visual representation? | Biphasic Zac1 expression in the retina. Zac1 (a-e) transcript and protein (f-j) distribution from E10.5 to P7. Arrowheads in (d,g,i) mark limits of higher expression domains. (k-o) Identification of Zac1+ P7 retinal cells. Co-labeling with Zac1 (red) and CRALBP (green (k,k')), calbindin (green (l,l')), Pax6 (green (m,m... |
PMC1913510_F1_12149.jpg | What stands out most in this visual? | Biphasic Zac1 expression in the retina. Zac1 (a-e) transcript and protein (f-j) distribution from E10.5 to P7. Arrowheads in (d,g,i) mark limits of higher expression domains. (k-o) Identification of Zac1+ P7 retinal cells. Co-labeling with Zac1 (red) and CRALBP (green (k,k')), calbindin (green (l,l')), Pax6 (green (m,m... |
PMC1913510_F1_12138.jpg | Describe the main subject of this image. | Biphasic Zac1 expression in the retina. Zac1 (a-e) transcript and protein (f-j) distribution from E10.5 to P7. Arrowheads in (d,g,i) mark limits of higher expression domains. (k-o) Identification of Zac1+ P7 retinal cells. Co-labeling with Zac1 (red) and CRALBP (green (k,k')), calbindin (green (l,l')), Pax6 (green (m,m... |
PMC1913510_F1_12140.jpg | What is the main focus of this visual representation? | Biphasic Zac1 expression in the retina. Zac1 (a-e) transcript and protein (f-j) distribution from E10.5 to P7. Arrowheads in (d,g,i) mark limits of higher expression domains. (k-o) Identification of Zac1+ P7 retinal cells. Co-labeling with Zac1 (red) and CRALBP (green (k,k')), calbindin (green (l,l')), Pax6 (green (m,m... |
PMC1913510_F1_12142.jpg | What is the main focus of this visual representation? | Biphasic Zac1 expression in the retina. Zac1 (a-e) transcript and protein (f-j) distribution from E10.5 to P7. Arrowheads in (d,g,i) mark limits of higher expression domains. (k-o) Identification of Zac1+ P7 retinal cells. Co-labeling with Zac1 (red) and CRALBP (green (k,k')), calbindin (green (l,l')), Pax6 (green (m,m... |
PMC1913510_F1_12141.jpg | What is the main focus of this visual representation? | Biphasic Zac1 expression in the retina. Zac1 (a-e) transcript and protein (f-j) distribution from E10.5 to P7. Arrowheads in (d,g,i) mark limits of higher expression domains. (k-o) Identification of Zac1+ P7 retinal cells. Co-labeling with Zac1 (red) and CRALBP (green (k,k')), calbindin (green (l,l')), Pax6 (green (m,m... |
PMC1913510_F1_12139.jpg | What is the main focus of this visual representation? | Biphasic Zac1 expression in the retina. Zac1 (a-e) transcript and protein (f-j) distribution from E10.5 to P7. Arrowheads in (d,g,i) mark limits of higher expression domains. (k-o) Identification of Zac1+ P7 retinal cells. Co-labeling with Zac1 (red) and CRALBP (green (k,k')), calbindin (green (l,l')), Pax6 (green (m,m... |
PMC1913510_F1_12144.jpg | What key item or scene is captured in this photo? | Biphasic Zac1 expression in the retina. Zac1 (a-e) transcript and protein (f-j) distribution from E10.5 to P7. Arrowheads in (d,g,i) mark limits of higher expression domains. (k-o) Identification of Zac1+ P7 retinal cells. Co-labeling with Zac1 (red) and CRALBP (green (k,k')), calbindin (green (l,l')), Pax6 (green (m,m... |
PMC1913510_F1_12136.jpg | What key item or scene is captured in this photo? | Biphasic Zac1 expression in the retina. Zac1 (a-e) transcript and protein (f-j) distribution from E10.5 to P7. Arrowheads in (d,g,i) mark limits of higher expression domains. (k-o) Identification of Zac1+ P7 retinal cells. Co-labeling with Zac1 (red) and CRALBP (green (k,k')), calbindin (green (l,l')), Pax6 (green (m,m... |
PMC1913510_F1_12146.jpg | What does this image primarily show? | Biphasic Zac1 expression in the retina. Zac1 (a-e) transcript and protein (f-j) distribution from E10.5 to P7. Arrowheads in (d,g,i) mark limits of higher expression domains. (k-o) Identification of Zac1+ P7 retinal cells. Co-labeling with Zac1 (red) and CRALBP (green (k,k')), calbindin (green (l,l')), Pax6 (green (m,m... |
PMC1913510_F1_12135.jpg | What is the dominant medical problem in this image? | Biphasic Zac1 expression in the retina. Zac1 (a-e) transcript and protein (f-j) distribution from E10.5 to P7. Arrowheads in (d,g,i) mark limits of higher expression domains. (k-o) Identification of Zac1+ P7 retinal cells. Co-labeling with Zac1 (red) and CRALBP (green (k,k')), calbindin (green (l,l')), Pax6 (green (m,m... |
PMC1913531_F1_12151.jpg | What can you see in this picture? | Computerized Tomography. A homogeneous lesion in the left superior orbit, molding to the globe and other orbital structures. |
PMC1913531_F1_12152.jpg | Can you identify the primary element in this image? | Computerized Tomography. A homogeneous lesion in the left superior orbit, molding to the globe and other orbital structures. |
PMC1913531_F2_12155.jpg | What is the central feature of this picture? | A) Low-power photomicrography showing structures resembling lymphoid follicles surrounded by loose connective tissue (H&E; original magnification × 25). B) Plump endothelial cells, surrounded by an inflammatory infiltrate containing a large number of eosinophils (H&E; original magnification × 400). C) Factor VIII immun... |
PMC1913531_F2_12154.jpg | What can you see in this picture? | A) Low-power photomicrography showing structures resembling lymphoid follicles surrounded by loose connective tissue (H&E; original magnification × 25). B) Plump endothelial cells, surrounded by an inflammatory infiltrate containing a large number of eosinophils (H&E; original magnification × 400). C) Factor VIII immun... |
PMC1913531_F2_12153.jpg | What is shown in this image? | A) Low-power photomicrography showing structures resembling lymphoid follicles surrounded by loose connective tissue (H&E; original magnification × 25). B) Plump endothelial cells, surrounded by an inflammatory infiltrate containing a large number of eosinophils (H&E; original magnification × 400). C) Factor VIII immun... |
PMC1913531_F2_12156.jpg | What does this image primarily show? | A) Low-power photomicrography showing structures resembling lymphoid follicles surrounded by loose connective tissue (H&E; original magnification × 25). B) Plump endothelial cells, surrounded by an inflammatory infiltrate containing a large number of eosinophils (H&E; original magnification × 400). C) Factor VIII immun... |
PMC1913551_pone-0000588-g004_12157.jpg | What is shown in this image? | MRI imaging post radiation.Representative sagittal (A, upper panel) and axial (A, lower panel) images of control or irradiated rats. At 12 months, subtle T2 changes are seen in the corpus callosum (arrows) that correspond to demyelination changes observed histologically. At 14 months post radiation, the T2 signal chang... |
PMC1913551_pone-0000588-g004_12161.jpg | What is the principal component of this image? | MRI imaging post radiation.Representative sagittal (A, upper panel) and axial (A, lower panel) images of control or irradiated rats. At 12 months, subtle T2 changes are seen in the corpus callosum (arrows) that correspond to demyelination changes observed histologically. At 14 months post radiation, the T2 signal chang... |
PMC1913551_pone-0000588-g004_12163.jpg | What can you see in this picture? | MRI imaging post radiation.Representative sagittal (A, upper panel) and axial (A, lower panel) images of control or irradiated rats. At 12 months, subtle T2 changes are seen in the corpus callosum (arrows) that correspond to demyelination changes observed histologically. At 14 months post radiation, the T2 signal chang... |
PMC1913551_pone-0000588-g004_12159.jpg | What object or scene is depicted here? | MRI imaging post radiation.Representative sagittal (A, upper panel) and axial (A, lower panel) images of control or irradiated rats. At 12 months, subtle T2 changes are seen in the corpus callosum (arrows) that correspond to demyelination changes observed histologically. At 14 months post radiation, the T2 signal chang... |
PMC1913551_pone-0000588-g004_12162.jpg | What is the main focus of this visual representation? | MRI imaging post radiation.Representative sagittal (A, upper panel) and axial (A, lower panel) images of control or irradiated rats. At 12 months, subtle T2 changes are seen in the corpus callosum (arrows) that correspond to demyelination changes observed histologically. At 14 months post radiation, the T2 signal chang... |
PMC1913551_pone-0000588-g007_12168.jpg | What is shown in this image? | Ultrastructural features of irradiated rat and human brain tissue.Electron microscopy of rat (upper panel) and human (lower panel) tissues in normal controls (A, D), an early/intermediate time point post radiation (B, E, 11 months and 7 months, respectively) and a late time point (15 months in the rat (C) and 7 years i... |
PMC1913551_pone-0000588-g007_12166.jpg | What is the focal point of this photograph? | Ultrastructural features of irradiated rat and human brain tissue.Electron microscopy of rat (upper panel) and human (lower panel) tissues in normal controls (A, D), an early/intermediate time point post radiation (B, E, 11 months and 7 months, respectively) and a late time point (15 months in the rat (C) and 7 years i... |
PMC1913551_pone-0000588-g007_12165.jpg | What does this image primarily show? | Ultrastructural features of irradiated rat and human brain tissue.Electron microscopy of rat (upper panel) and human (lower panel) tissues in normal controls (A, D), an early/intermediate time point post radiation (B, E, 11 months and 7 months, respectively) and a late time point (15 months in the rat (C) and 7 years i... |
PMC1913551_pone-0000588-g007_12170.jpg | What is the dominant medical problem in this image? | Ultrastructural features of irradiated rat and human brain tissue.Electron microscopy of rat (upper panel) and human (lower panel) tissues in normal controls (A, D), an early/intermediate time point post radiation (B, E, 11 months and 7 months, respectively) and a late time point (15 months in the rat (C) and 7 years i... |
PMC1913551_pone-0000588-g007_12164.jpg | What is the central feature of this picture? | Ultrastructural features of irradiated rat and human brain tissue.Electron microscopy of rat (upper panel) and human (lower panel) tissues in normal controls (A, D), an early/intermediate time point post radiation (B, E, 11 months and 7 months, respectively) and a late time point (15 months in the rat (C) and 7 years i... |
PMC1913551_pone-0000588-g007_12167.jpg | What is the principal component of this image? | Ultrastructural features of irradiated rat and human brain tissue.Electron microscopy of rat (upper panel) and human (lower panel) tissues in normal controls (A, D), an early/intermediate time point post radiation (B, E, 11 months and 7 months, respectively) and a late time point (15 months in the rat (C) and 7 years i... |
PMC1913917_F1_12172.jpg | What is shown in this image? | Cytological differences in leaf explants of chicory genotypes K59 and C15 cultured under SE-inducing conditions. Light microscopic images of stages in direct SE in leaf explants from the genotypes K59 (a, b, c) and C15 (d, e, f); semi-thin (3 μm) sections from leaf explants at day 4 (a, b, d, e) and day 8 (c, f) of cul... |
PMC1913917_F1_12173.jpg | What is being portrayed in this visual content? | Cytological differences in leaf explants of chicory genotypes K59 and C15 cultured under SE-inducing conditions. Light microscopic images of stages in direct SE in leaf explants from the genotypes K59 (a, b, c) and C15 (d, e, f); semi-thin (3 μm) sections from leaf explants at day 4 (a, b, d, e) and day 8 (c, f) of cul... |
PMC1913917_F1_12176.jpg | What's the most prominent thing you notice in this picture? | Cytological differences in leaf explants of chicory genotypes K59 and C15 cultured under SE-inducing conditions. Light microscopic images of stages in direct SE in leaf explants from the genotypes K59 (a, b, c) and C15 (d, e, f); semi-thin (3 μm) sections from leaf explants at day 4 (a, b, d, e) and day 8 (c, f) of cul... |
PMC1913917_F1_12174.jpg | What is being portrayed in this visual content? | Cytological differences in leaf explants of chicory genotypes K59 and C15 cultured under SE-inducing conditions. Light microscopic images of stages in direct SE in leaf explants from the genotypes K59 (a, b, c) and C15 (d, e, f); semi-thin (3 μm) sections from leaf explants at day 4 (a, b, d, e) and day 8 (c, f) of cul... |
PMC1913918_F2_12178.jpg | What can you see in this picture? | 18F-FDG PET scan (A) a small area of minimal uptake is detectable in the pelvis (black arrow) B) 11C-Choline PET scan of a MM patient. no Choline uptake is shown. |
PMC1913918_F2_12179.jpg | Describe the main subject of this image. | 18F-FDG PET scan (A) a small area of minimal uptake is detectable in the pelvis (black arrow) B) 11C-Choline PET scan of a MM patient. no Choline uptake is shown. |
PMC1913918_F2_12181.jpg | What is shown in this image? | 18F-FDG PET scan (A) a small area of minimal uptake is detectable in the pelvis (black arrow) B) 11C-Choline PET scan of a MM patient. no Choline uptake is shown. |
PMC1913929_F2_12183.jpg | What is the principal component of this image? | Ultrasound and histology images in a human subject undergoing surgery (ultrasound images and biopsy taken at the same location on the back). A,B: Sample single ultrasound and corresponding digitized (grey scale) histology section of human subcutaneous tissue. C,D: Three-dimensional isocontour visualizations based on ul... |
PMC1913929_F2_12185.jpg | What is the focal point of this photograph? | Ultrasound and histology images in a human subject undergoing surgery (ultrasound images and biopsy taken at the same location on the back). A,B: Sample single ultrasound and corresponding digitized (grey scale) histology section of human subcutaneous tissue. C,D: Three-dimensional isocontour visualizations based on ul... |
PMC1914049_F1_12186.jpg | What object or scene is depicted here? | Contrast enhanced CT scan showing leak from the inferior pancreaticoduodenal arterial arcade with intramesenteric bleed. |
PMC1914049_F2_12188.jpg | Can you identify the primary element in this image? | Digital subtraction angiogram showing contrast leak from the ruptured aneurysm. |
PMC1914049_F2_12187.jpg | What is the dominant medical problem in this image? | Digital subtraction angiogram showing contrast leak from the ruptured aneurysm. |
PMC1914052_F2_12190.jpg | What can you see in this picture? | Uterine histology. Hematoxylin and eosin stained sections of uterine tissue at 100× magnification after three daily doses of A) sesame oil, B) 1 mg/kg TAM and C) 100 μg/kg EE. TAM and EE treatment induced increases in luminal epithelial cell height. Luminal circumference is increased to a greater degree by EE than TAM.... |
PMC1914052_F2_12191.jpg | What object or scene is depicted here? | Uterine histology. Hematoxylin and eosin stained sections of uterine tissue at 100× magnification after three daily doses of A) sesame oil, B) 1 mg/kg TAM and C) 100 μg/kg EE. TAM and EE treatment induced increases in luminal epithelial cell height. Luminal circumference is increased to a greater degree by EE than TAM.... |
PMC1914052_F2_12192.jpg | What can you see in this picture? | Uterine histology. Hematoxylin and eosin stained sections of uterine tissue at 100× magnification after three daily doses of A) sesame oil, B) 1 mg/kg TAM and C) 100 μg/kg EE. TAM and EE treatment induced increases in luminal epithelial cell height. Luminal circumference is increased to a greater degree by EE than TAM.... |
PMC1914052_F5_12193.jpg | What stands out most in this visual? | Immunohistochemical detection of differential Pcna protein levels due to TAM. Twelve-hour vehicle (A) and TAM (B) treated uteri sections were immunohistochemically stained (NovaRED®) with Pcna specific antibodies. Treated samples have darker nuclear staining, indicating greater levels of Pcna protein expression, in agr... |
PMC1914052_F5_12194.jpg | What does this image primarily show? | Immunohistochemical detection of differential Pcna protein levels due to TAM. Twelve-hour vehicle (A) and TAM (B) treated uteri sections were immunohistochemically stained (NovaRED®) with Pcna specific antibodies. Treated samples have darker nuclear staining, indicating greater levels of Pcna protein expression, in agr... |
PMC1914053_F4_12196.jpg | What can you see in this picture? | Localization of pSmad1 and pSmad2 on late endosomes in P3 mouse lens cells. A. Rab7 (red), pSmad1 (green), TOTO-1 (blue). B. Rab7 (red), pSmad2 (green), TOTO-1 (blue). Both pSmad1 and pSmad2 co-localize with Rab7 on a small number of cytoplasmic vesicles. Nuclear staining for pSmad1 and pSmad2 is mostly obscured by the... |
PMC1914053_F4_12195.jpg | Can you identify the primary element in this image? | Localization of pSmad1 and pSmad2 on late endosomes in P3 mouse lens cells. A. Rab7 (red), pSmad1 (green), TOTO-1 (blue). B. Rab7 (red), pSmad2 (green), TOTO-1 (blue). Both pSmad1 and pSmad2 co-localize with Rab7 on a small number of cytoplasmic vesicles. Nuclear staining for pSmad1 and pSmad2 is mostly obscured by the... |
PMC1914053_F7_12199.jpg | What is the focal point of this photograph? | Localization of Smad4 and pSmad1/5/8 on early endosomes in E7 chicken lenses. A. EEA1 (green), Smad4 (red) and TOPRO (blue). C. EEA1 (green), pSmad1/5/8 (red) and TOPRO (blue). B and D are higher magnification images of the regions outlined in figures A and C respectively. The insets in B and D show 2X higher magnifica... |
PMC1914053_F7_12197.jpg | What is the central feature of this picture? | Localization of Smad4 and pSmad1/5/8 on early endosomes in E7 chicken lenses. A. EEA1 (green), Smad4 (red) and TOPRO (blue). C. EEA1 (green), pSmad1/5/8 (red) and TOPRO (blue). B and D are higher magnification images of the regions outlined in figures A and C respectively. The insets in B and D show 2X higher magnifica... |
PMC1914053_F7_12198.jpg | What is being portrayed in this visual content? | Localization of Smad4 and pSmad1/5/8 on early endosomes in E7 chicken lenses. A. EEA1 (green), Smad4 (red) and TOPRO (blue). C. EEA1 (green), pSmad1/5/8 (red) and TOPRO (blue). B and D are higher magnification images of the regions outlined in figures A and C respectively. The insets in B and D show 2X higher magnifica... |
PMC1914053_F7_12200.jpg | What object or scene is depicted here? | Localization of Smad4 and pSmad1/5/8 on early endosomes in E7 chicken lenses. A. EEA1 (green), Smad4 (red) and TOPRO (blue). C. EEA1 (green), pSmad1/5/8 (red) and TOPRO (blue). B and D are higher magnification images of the regions outlined in figures A and C respectively. The insets in B and D show 2X higher magnifica... |
PMC1914066_ppat-0030097-g005_12204.jpg | What is shown in this image? | Histopathologic sections on Liver, Kidney, and Lung of Guinea Pigs Infected by Complemented Strain TK2 6 d Post-InoculationLeft panel: Hematoxylin and eosin staining (×200) of infected guinea pigs. Right panel: Immunochemistry with antiserum specific for LipL32 (×200; except [C], ×1,000). Pictures of histopathology wer... |
PMC1914066_ppat-0030097-g005_12203.jpg | What is the central feature of this picture? | Histopathologic sections on Liver, Kidney, and Lung of Guinea Pigs Infected by Complemented Strain TK2 6 d Post-InoculationLeft panel: Hematoxylin and eosin staining (×200) of infected guinea pigs. Right panel: Immunochemistry with antiserum specific for LipL32 (×200; except [C], ×1,000). Pictures of histopathology wer... |
PMC1914066_ppat-0030097-g005_12205.jpg | What is the dominant medical problem in this image? | Histopathologic sections on Liver, Kidney, and Lung of Guinea Pigs Infected by Complemented Strain TK2 6 d Post-InoculationLeft panel: Hematoxylin and eosin staining (×200) of infected guinea pigs. Right panel: Immunochemistry with antiserum specific for LipL32 (×200; except [C], ×1,000). Pictures of histopathology wer... |
PMC1914069_pgen-0030117-g004_12208.jpg | What does this image primarily show? | Subcellular Localization of FtsKSL-GFP Proteins in L. lactis
Phase-contrast (A) and fluorescence (B) microscopy of L. lactis NZ900 overexpressing full-length lactococcal FtsK-GFP (upper) or N-ter Ftsk-GFP (lower) are presented. Cells were analyzed by microscopy on midexponential growth phase. |
PMC1914069_pgen-0030117-g004_12209.jpg | What is the focal point of this photograph? | Subcellular Localization of FtsKSL-GFP Proteins in L. lactis
Phase-contrast (A) and fluorescence (B) microscopy of L. lactis NZ900 overexpressing full-length lactococcal FtsK-GFP (upper) or N-ter Ftsk-GFP (lower) are presented. Cells were analyzed by microscopy on midexponential growth phase. |
PMC1914069_pgen-0030117-g004_12211.jpg | Can you identify the primary element in this image? | Subcellular Localization of FtsKSL-GFP Proteins in L. lactis
Phase-contrast (A) and fluorescence (B) microscopy of L. lactis NZ900 overexpressing full-length lactococcal FtsK-GFP (upper) or N-ter Ftsk-GFP (lower) are presented. Cells were analyzed by microscopy on midexponential growth phase. |
PMC1914070_pgen-0030113-g006_12215.jpg | What can you see in this picture? | Polo and BubR1 Are Also Present in Ald-Containing Filaments(A) Polo-GFP/Ald colocalization A fixed oocyte from a polo-GFP homozygous female, showing that only Polo localizes along the meiotic tubulin spindle, while both Ald and Polo colocalize to kinetochores and along the cytoplasmic filaments. The chiasmate chromosom... |
PMC1914070_pgen-0030113-g006_12213.jpg | What is the dominant medical problem in this image? | Polo and BubR1 Are Also Present in Ald-Containing Filaments(A) Polo-GFP/Ald colocalization A fixed oocyte from a polo-GFP homozygous female, showing that only Polo localizes along the meiotic tubulin spindle, while both Ald and Polo colocalize to kinetochores and along the cytoplasmic filaments. The chiasmate chromosom... |
PMC1914070_pgen-0030113-g006_12214.jpg | What is the principal component of this image? | Polo and BubR1 Are Also Present in Ald-Containing Filaments(A) Polo-GFP/Ald colocalization A fixed oocyte from a polo-GFP homozygous female, showing that only Polo localizes along the meiotic tubulin spindle, while both Ald and Polo colocalize to kinetochores and along the cytoplasmic filaments. The chiasmate chromosom... |
PMC1914070_pgen-0030113-g006_12217.jpg | Can you identify the primary element in this image? | Polo and BubR1 Are Also Present in Ald-Containing Filaments(A) Polo-GFP/Ald colocalization A fixed oocyte from a polo-GFP homozygous female, showing that only Polo localizes along the meiotic tubulin spindle, while both Ald and Polo colocalize to kinetochores and along the cytoplasmic filaments. The chiasmate chromosom... |
PMC1914070_pgen-0030113-g006_12212.jpg | What is the main focus of this visual representation? | Polo and BubR1 Are Also Present in Ald-Containing Filaments(A) Polo-GFP/Ald colocalization A fixed oocyte from a polo-GFP homozygous female, showing that only Polo localizes along the meiotic tubulin spindle, while both Ald and Polo colocalize to kinetochores and along the cytoplasmic filaments. The chiasmate chromosom... |
PMC1914070_pgen-0030113-g008_12223.jpg | What stands out most in this visual? | Incenp and Aurora-B Colocalize to the Meiotic Spindle but Not to Ald FilamentsAll oocytes are from FM7/yw; pol females, hybridized with anti-Ald plus either anti-Aurora-B, anti-Incenp, or anti-BubR1 antibodies. Each oocyte shows Ald, (left panel); Aurora-B, Incenp, or BubR1 (middle panel); and DAPI (right panel). The h... |
PMC1914070_pgen-0030113-g008_12222.jpg | What can you see in this picture? | Incenp and Aurora-B Colocalize to the Meiotic Spindle but Not to Ald FilamentsAll oocytes are from FM7/yw; pol females, hybridized with anti-Ald plus either anti-Aurora-B, anti-Incenp, or anti-BubR1 antibodies. Each oocyte shows Ald, (left panel); Aurora-B, Incenp, or BubR1 (middle panel); and DAPI (right panel). The h... |
PMC1914070_pgen-0030113-g008_12220.jpg | What's the most prominent thing you notice in this picture? | Incenp and Aurora-B Colocalize to the Meiotic Spindle but Not to Ald FilamentsAll oocytes are from FM7/yw; pol females, hybridized with anti-Ald plus either anti-Aurora-B, anti-Incenp, or anti-BubR1 antibodies. Each oocyte shows Ald, (left panel); Aurora-B, Incenp, or BubR1 (middle panel); and DAPI (right panel). The h... |
PMC1914070_pgen-0030113-g008_12218.jpg | Describe the main subject of this image. | Incenp and Aurora-B Colocalize to the Meiotic Spindle but Not to Ald FilamentsAll oocytes are from FM7/yw; pol females, hybridized with anti-Ald plus either anti-Aurora-B, anti-Incenp, or anti-BubR1 antibodies. Each oocyte shows Ald, (left panel); Aurora-B, Incenp, or BubR1 (middle panel); and DAPI (right panel). The h... |
PMC1914083_F1_12224.jpg | What is shown in this image? | Radiograph of the elbow showing a dislocated radial head. |
PMC1914083_F2_12225.jpg | What is shown in this image? | Radiograph of the elbow showing a dislocated radial head. |
PMC1914083_F4_12226.jpg | What is being portrayed in this visual content? | Post reduction anteroposterior radiograph of the elbow showing the radial head in reduced position. |
PMC1914365_F5_12231.jpg | What is the focal point of this photograph? | Confocal microscopy of LAK and Listeria specific T cells labeled for granulysin. LAK cells (A) after 15 days of IL-2 stimulation, L. innocua (B) as well as L. monocytogenes specific T cells (C) after 12 days culture. Bar 10 μm. |
PMC1914365_F5_12228.jpg | What key item or scene is captured in this photo? | Confocal microscopy of LAK and Listeria specific T cells labeled for granulysin. LAK cells (A) after 15 days of IL-2 stimulation, L. innocua (B) as well as L. monocytogenes specific T cells (C) after 12 days culture. Bar 10 μm. |
PMC1914365_F5_12227.jpg | What object or scene is depicted here? | Confocal microscopy of LAK and Listeria specific T cells labeled for granulysin. LAK cells (A) after 15 days of IL-2 stimulation, L. innocua (B) as well as L. monocytogenes specific T cells (C) after 12 days culture. Bar 10 μm. |
PMC1914365_F5_12232.jpg | What is shown in this image? | Confocal microscopy of LAK and Listeria specific T cells labeled for granulysin. LAK cells (A) after 15 days of IL-2 stimulation, L. innocua (B) as well as L. monocytogenes specific T cells (C) after 12 days culture. Bar 10 μm. |
PMC1914365_F5_12230.jpg | What key item or scene is captured in this photo? | Confocal microscopy of LAK and Listeria specific T cells labeled for granulysin. LAK cells (A) after 15 days of IL-2 stimulation, L. innocua (B) as well as L. monocytogenes specific T cells (C) after 12 days culture. Bar 10 μm. |
PMC1914368_pcbi-0030115-g001_12234.jpg | What object or scene is depicted here? | Multi-Filament GeometryThe multi-filament model comprises four thick and eight thin filaments.(A) A cross-sectional representation of model geometry shows thick filaments in red and thin filaments in blue. Toroidal boundary conditions (outlined by the dotted white square) reflect the behavior at each edge onto the oppo... |
PMC1914403_pbio-0050189-g001_12238.jpg | Describe the main subject of this image. | Loading Populations of L2/3 Neurons with Ca Indicators In Vivo(A) Left: cortical region stained with Fluo-4 AM (green fluorescence). Right: the distribution of Alexa 594 during loading (red fluorescence). The dark band is a shadow cast by a blood vessel in the imaging area.(B) Higher magnification of cortical cells. Le... |
PMC1914403_pbio-0050189-g001_12236.jpg | What object or scene is depicted here? | Loading Populations of L2/3 Neurons with Ca Indicators In Vivo(A) Left: cortical region stained with Fluo-4 AM (green fluorescence). Right: the distribution of Alexa 594 during loading (red fluorescence). The dark band is a shadow cast by a blood vessel in the imaging area.(B) Higher magnification of cortical cells. Le... |
PMC1914403_pbio-0050189-g001_12240.jpg | What is the focal point of this photograph? | Loading Populations of L2/3 Neurons with Ca Indicators In Vivo(A) Left: cortical region stained with Fluo-4 AM (green fluorescence). Right: the distribution of Alexa 594 during loading (red fluorescence). The dark band is a shadow cast by a blood vessel in the imaging area.(B) Higher magnification of cortical cells. Le... |
PMC1914403_pbio-0050189-g001_12239.jpg | What is the central feature of this picture? | Loading Populations of L2/3 Neurons with Ca Indicators In Vivo(A) Left: cortical region stained with Fluo-4 AM (green fluorescence). Right: the distribution of Alexa 594 during loading (red fluorescence). The dark band is a shadow cast by a blood vessel in the imaging area.(B) Higher magnification of cortical cells. Le... |
PMC1919353_F1_12247.jpg | What key item or scene is captured in this photo? | Testicular tumor. A, Sectioned surface of testicular tumor shows an expansile hemorrhagic nodule displacing surrounding testicular tissue (gross). B, Angiosarcoma with classic architectural pattern composed of proliferation of anastomosing blood-filled channels, and focal solid pattern (hematoxylin-eosin, original magn... |
PMC1919353_F1_12244.jpg | What is being portrayed in this visual content? | Testicular tumor. A, Sectioned surface of testicular tumor shows an expansile hemorrhagic nodule displacing surrounding testicular tissue (gross). B, Angiosarcoma with classic architectural pattern composed of proliferation of anastomosing blood-filled channels, and focal solid pattern (hematoxylin-eosin, original magn... |
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