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PMC2292717_F4_20123.jpg | Describe the main subject of this image. | Morphology of IPN neurons. (a-g, f') Three-dimensional projections of confocal z-stacks showing electroporated IPN neurons expressing membrane-Cherry (gold) and the surrounding IPN neuropil (grey), visualized using the Tg(ET16:GFP) transgenic line. All panels are dorsal views, anterior top, except (f'), which is a late... |
PMC2292717_F4_20132.jpg | What is the focal point of this photograph? | Morphology of IPN neurons. (a-g, f') Three-dimensional projections of confocal z-stacks showing electroporated IPN neurons expressing membrane-Cherry (gold) and the surrounding IPN neuropil (grey), visualized using the Tg(ET16:GFP) transgenic line. All panels are dorsal views, anterior top, except (f'), which is a late... |
PMC2292717_F4_20129.jpg | What is the core subject represented in this visual? | Morphology of IPN neurons. (a-g, f') Three-dimensional projections of confocal z-stacks showing electroporated IPN neurons expressing membrane-Cherry (gold) and the surrounding IPN neuropil (grey), visualized using the Tg(ET16:GFP) transgenic line. All panels are dorsal views, anterior top, except (f'), which is a late... |
PMC2292717_F4_20128.jpg | Describe the main subject of this image. | Morphology of IPN neurons. (a-g, f') Three-dimensional projections of confocal z-stacks showing electroporated IPN neurons expressing membrane-Cherry (gold) and the surrounding IPN neuropil (grey), visualized using the Tg(ET16:GFP) transgenic line. All panels are dorsal views, anterior top, except (f'), which is a late... |
PMC2292717_F4_20124.jpg | What is shown in this image? | Morphology of IPN neurons. (a-g, f') Three-dimensional projections of confocal z-stacks showing electroporated IPN neurons expressing membrane-Cherry (gold) and the surrounding IPN neuropil (grey), visualized using the Tg(ET16:GFP) transgenic line. All panels are dorsal views, anterior top, except (f'), which is a late... |
PMC2292717_F4_20131.jpg | What is the main focus of this visual representation? | Morphology of IPN neurons. (a-g, f') Three-dimensional projections of confocal z-stacks showing electroporated IPN neurons expressing membrane-Cherry (gold) and the surrounding IPN neuropil (grey), visualized using the Tg(ET16:GFP) transgenic line. All panels are dorsal views, anterior top, except (f'), which is a late... |
PMC2292717_F4_20135.jpg | What is the focal point of this photograph? | Morphology of IPN neurons. (a-g, f') Three-dimensional projections of confocal z-stacks showing electroporated IPN neurons expressing membrane-Cherry (gold) and the surrounding IPN neuropil (grey), visualized using the Tg(ET16:GFP) transgenic line. All panels are dorsal views, anterior top, except (f'), which is a late... |
PMC2292717_F5_20112.jpg | What is the central feature of this picture? | Parapineal ablation eliminates laterotopic habenular efferent connectivity. (a-c) Dorsal views of the pineal complex at 3 dpf, visualized in Tg(flh:eGFP); Tg(foxD3:GFP) transgenic larvae, following laser ablation of parapineal precursor cells at 24–28 hpf. (a) Unablated control larva. (b) Failed ablation control larva,... |
PMC2292717_F5_20121.jpg | What is the principal component of this image? | Parapineal ablation eliminates laterotopic habenular efferent connectivity. (a-c) Dorsal views of the pineal complex at 3 dpf, visualized in Tg(flh:eGFP); Tg(foxD3:GFP) transgenic larvae, following laser ablation of parapineal precursor cells at 24–28 hpf. (a) Unablated control larva. (b) Failed ablation control larva,... |
PMC2292717_F5_20117.jpg | What is the main focus of this visual representation? | Parapineal ablation eliminates laterotopic habenular efferent connectivity. (a-c) Dorsal views of the pineal complex at 3 dpf, visualized in Tg(flh:eGFP); Tg(foxD3:GFP) transgenic larvae, following laser ablation of parapineal precursor cells at 24–28 hpf. (a) Unablated control larva. (b) Failed ablation control larva,... |
PMC2292717_F5_20114.jpg | What is the principal component of this image? | Parapineal ablation eliminates laterotopic habenular efferent connectivity. (a-c) Dorsal views of the pineal complex at 3 dpf, visualized in Tg(flh:eGFP); Tg(foxD3:GFP) transgenic larvae, following laser ablation of parapineal precursor cells at 24–28 hpf. (a) Unablated control larva. (b) Failed ablation control larva,... |
PMC2292717_F5_20110.jpg | What is the central feature of this picture? | Parapineal ablation eliminates laterotopic habenular efferent connectivity. (a-c) Dorsal views of the pineal complex at 3 dpf, visualized in Tg(flh:eGFP); Tg(foxD3:GFP) transgenic larvae, following laser ablation of parapineal precursor cells at 24–28 hpf. (a) Unablated control larva. (b) Failed ablation control larva,... |
PMC2292717_F5_20115.jpg | What is shown in this image? | Parapineal ablation eliminates laterotopic habenular efferent connectivity. (a-c) Dorsal views of the pineal complex at 3 dpf, visualized in Tg(flh:eGFP); Tg(foxD3:GFP) transgenic larvae, following laser ablation of parapineal precursor cells at 24–28 hpf. (a) Unablated control larva. (b) Failed ablation control larva,... |
PMC2292717_F5_20118.jpg | What object or scene is depicted here? | Parapineal ablation eliminates laterotopic habenular efferent connectivity. (a-c) Dorsal views of the pineal complex at 3 dpf, visualized in Tg(flh:eGFP); Tg(foxD3:GFP) transgenic larvae, following laser ablation of parapineal precursor cells at 24–28 hpf. (a) Unablated control larva. (b) Failed ablation control larva,... |
PMC2292717_F5_20120.jpg | Can you identify the primary element in this image? | Parapineal ablation eliminates laterotopic habenular efferent connectivity. (a-c) Dorsal views of the pineal complex at 3 dpf, visualized in Tg(flh:eGFP); Tg(foxD3:GFP) transgenic larvae, following laser ablation of parapineal precursor cells at 24–28 hpf. (a) Unablated control larva. (b) Failed ablation control larva,... |
PMC2292720_F1_20148.jpg | What is the central feature of this picture? | a) Ultrasonography of the left breast showing the siliconoma (white triangle) and the tumor (black triangle). b) Microscopic appearance of the siliconoma and the tumor correlated with the ultrasonographic image (hematoxylin-eosin stain, low-power field). |
PMC2292720_F1_20149.jpg | Can you identify the primary element in this image? | a) Ultrasonography of the left breast showing the siliconoma (white triangle) and the tumor (black triangle). b) Microscopic appearance of the siliconoma and the tumor correlated with the ultrasonographic image (hematoxylin-eosin stain, low-power field). |
PMC2292720_F3_20151.jpg | What is the dominant medical problem in this image? | a) Microscopic appearance of the tumor diagnosed as IMPC (hematoxylin-eosin stain, high-power field), showing neoplastic cell clusters floating within clear spaces defined by a network of loose fibrocollagenous stroma. b) Microscopic appearance of the siliconoma on the border of the tumor (hematoxylin-eosin stain, high... |
PMC2292720_F3_20150.jpg | What is the principal component of this image? | a) Microscopic appearance of the tumor diagnosed as IMPC (hematoxylin-eosin stain, high-power field), showing neoplastic cell clusters floating within clear spaces defined by a network of loose fibrocollagenous stroma. b) Microscopic appearance of the siliconoma on the border of the tumor (hematoxylin-eosin stain, high... |
PMC2292745_F3_20152.jpg | What key item or scene is captured in this photo? | A-F Structure and FISH results of the mosaic inv dup(10) from case 2. 3A: FISH with WCP10 probe (green) with the (arrowed) inv dup(10) showing that the extra material is of chromosome 10 origin. Note the mid portion of the short-arm where the telomere to telomere join is located is poorly hybridized by the WCP10, possi... |
PMC2292745_F3_20157.jpg | What is shown in this image? | A-F Structure and FISH results of the mosaic inv dup(10) from case 2. 3A: FISH with WCP10 probe (green) with the (arrowed) inv dup(10) showing that the extra material is of chromosome 10 origin. Note the mid portion of the short-arm where the telomere to telomere join is located is poorly hybridized by the WCP10, possi... |
PMC2292745_F3_20154.jpg | What is being portrayed in this visual content? | A-F Structure and FISH results of the mosaic inv dup(10) from case 2. 3A: FISH with WCP10 probe (green) with the (arrowed) inv dup(10) showing that the extra material is of chromosome 10 origin. Note the mid portion of the short-arm where the telomere to telomere join is located is poorly hybridized by the WCP10, possi... |
PMC2292754_pbio-0060087-g002_20164.jpg | What is the focal point of this photograph? | Tfp from WT MS11 and MS11PilT in Different States of BundlingWT: MS11 not exposed to BSA; WT + BSA: MS11 incubated with BSA; PilT: MS11PilT not exposed to BSA; WT + polylysine: MS11 incubated with polylysine.(A) SEM micrographs. Scale bar = 500 nm.(B) Fluorescent images of microcolonies immunostained with monoclonal an... |
PMC2292754_pbio-0060087-g002_20159.jpg | What can you see in this picture? | Tfp from WT MS11 and MS11PilT in Different States of BundlingWT: MS11 not exposed to BSA; WT + BSA: MS11 incubated with BSA; PilT: MS11PilT not exposed to BSA; WT + polylysine: MS11 incubated with polylysine.(A) SEM micrographs. Scale bar = 500 nm.(B) Fluorescent images of microcolonies immunostained with monoclonal an... |
PMC2292754_pbio-0060087-g002_20166.jpg | What stands out most in this visual? | Tfp from WT MS11 and MS11PilT in Different States of BundlingWT: MS11 not exposed to BSA; WT + BSA: MS11 incubated with BSA; PilT: MS11PilT not exposed to BSA; WT + polylysine: MS11 incubated with polylysine.(A) SEM micrographs. Scale bar = 500 nm.(B) Fluorescent images of microcolonies immunostained with monoclonal an... |
PMC2292754_pbio-0060087-g002_20167.jpg | What does this image primarily show? | Tfp from WT MS11 and MS11PilT in Different States of BundlingWT: MS11 not exposed to BSA; WT + BSA: MS11 incubated with BSA; PilT: MS11PilT not exposed to BSA; WT + polylysine: MS11 incubated with polylysine.(A) SEM micrographs. Scale bar = 500 nm.(B) Fluorescent images of microcolonies immunostained with monoclonal an... |
PMC2292754_pbio-0060087-g002_20161.jpg | What is the dominant medical problem in this image? | Tfp from WT MS11 and MS11PilT in Different States of BundlingWT: MS11 not exposed to BSA; WT + BSA: MS11 incubated with BSA; PilT: MS11PilT not exposed to BSA; WT + polylysine: MS11 incubated with polylysine.(A) SEM micrographs. Scale bar = 500 nm.(B) Fluorescent images of microcolonies immunostained with monoclonal an... |
PMC2292754_pbio-0060087-g002_20160.jpg | What is the dominant medical problem in this image? | Tfp from WT MS11 and MS11PilT in Different States of BundlingWT: MS11 not exposed to BSA; WT + BSA: MS11 incubated with BSA; PilT: MS11PilT not exposed to BSA; WT + polylysine: MS11 incubated with polylysine.(A) SEM micrographs. Scale bar = 500 nm.(B) Fluorescent images of microcolonies immunostained with monoclonal an... |
PMC2292754_pbio-0060087-g002_20163.jpg | What is the central feature of this picture? | Tfp from WT MS11 and MS11PilT in Different States of BundlingWT: MS11 not exposed to BSA; WT + BSA: MS11 incubated with BSA; PilT: MS11PilT not exposed to BSA; WT + polylysine: MS11 incubated with polylysine.(A) SEM micrographs. Scale bar = 500 nm.(B) Fluorescent images of microcolonies immunostained with monoclonal an... |
PMC2292754_pbio-0060087-g002_20158.jpg | What's the most prominent thing you notice in this picture? | Tfp from WT MS11 and MS11PilT in Different States of BundlingWT: MS11 not exposed to BSA; WT + BSA: MS11 incubated with BSA; PilT: MS11PilT not exposed to BSA; WT + polylysine: MS11 incubated with polylysine.(A) SEM micrographs. Scale bar = 500 nm.(B) Fluorescent images of microcolonies immunostained with monoclonal an... |
PMC2292807_fig3_20175.jpg | What is shown in this image? | Workflow. First, the noisy image I is denoised with two sets of filtering parameters S
u and S
o. Then, I
u and I
o are decomposed into low- and high-frequency subbands by 3D DWT. The four lowest frequency
subbands of I
u (i.e., LLL1, LLH1, LHL1, and HLL1) are mixed with the four highest-frequency subbands of I
o (i.e... |
PMC2292807_fig3_20177.jpg | Can you identify the primary element in this image? | Workflow. First, the noisy image I is denoised with two sets of filtering parameters S
u and S
o. Then, I
u and I
o are decomposed into low- and high-frequency subbands by 3D DWT. The four lowest frequency
subbands of I
u (i.e., LLL1, LLH1, LHL1, and HLL1) are mixed with the four highest-frequency subbands of I
o (i.e... |
PMC2292807_fig6_20171.jpg | What does this image primarily show? | Fully automatic restoration obtained with the optimized
blockwise NL-means with wavelet mixing filter in 3 minutes on a DualCore
Intel(R) Pentium(R) D CPU 3.40 GHz. The image is a T2-w phantom MRI with MS of 181 × 217 × 181 voxels and 9%
of noise. |
PMC2292807_fig6_20173.jpg | What key item or scene is captured in this photo? | Fully automatic restoration obtained with the optimized
blockwise NL-means with wavelet mixing filter in 3 minutes on a DualCore
Intel(R) Pentium(R) D CPU 3.40 GHz. The image is a T2-w phantom MRI with MS of 181 × 217 × 181 voxels and 9%
of noise. |
PMC2292807_fig6_20172.jpg | What is being portrayed in this visual content? | Fully automatic restoration obtained with the optimized
blockwise NL-means with wavelet mixing filter in 3 minutes on a DualCore
Intel(R) Pentium(R) D CPU 3.40 GHz. The image is a T2-w phantom MRI with MS of 181 × 217 × 181 voxels and 9%
of noise. |
PMC2292807_fig6_20170.jpg | What stands out most in this visual? | Fully automatic restoration obtained with the optimized
blockwise NL-means with wavelet mixing filter in 3 minutes on a DualCore
Intel(R) Pentium(R) D CPU 3.40 GHz. The image is a T2-w phantom MRI with MS of 181 × 217 × 181 voxels and 9%
of noise. |
PMC2292819_fig2_20179.jpg | What is the main focus of this visual representation? | Comparison of Lesion Overlay for PPC/non-PPC Neglect Groups and Right Brain Damage Stroke ControlsArea of maximum overlap in PPC neglect group in the angular gyrus shown both on axial slices (A) and 3D rendering (B). Non-PPC neglect patients had more anterior damage with a focus of overlap in the insular and inferior f... |
PMC2292819_fig2_20181.jpg | Can you identify the primary element in this image? | Comparison of Lesion Overlay for PPC/non-PPC Neglect Groups and Right Brain Damage Stroke ControlsArea of maximum overlap in PPC neglect group in the angular gyrus shown both on axial slices (A) and 3D rendering (B). Non-PPC neglect patients had more anterior damage with a focus of overlap in the insular and inferior f... |
PMC2292819_fig2_20180.jpg | Describe the main subject of this image. | Comparison of Lesion Overlay for PPC/non-PPC Neglect Groups and Right Brain Damage Stroke ControlsArea of maximum overlap in PPC neglect group in the angular gyrus shown both on axial slices (A) and 3D rendering (B). Non-PPC neglect patients had more anterior damage with a focus of overlap in the insular and inferior f... |
PMC2292819_fig2_20178.jpg | What object or scene is depicted here? | Comparison of Lesion Overlay for PPC/non-PPC Neglect Groups and Right Brain Damage Stroke ControlsArea of maximum overlap in PPC neglect group in the angular gyrus shown both on axial slices (A) and 3D rendering (B). Non-PPC neglect patients had more anterior damage with a focus of overlap in the insular and inferior f... |
PMC2292819_fig5_20184.jpg | What object or scene is depicted here? | Lesion Loci Associated with Abnormal Performance(A) Damage to right angular gyrus was highly significantly associated with a reduced incongruence cost (facilitation). The highest Z score is 45 (Montreal Neurological Institute [MNI] coordinates of this area of damage: 38, −55, 24). Z scores over 4.62 are significant aft... |
PMC2292819_fig5_20183.jpg | What is the focal point of this photograph? | Lesion Loci Associated with Abnormal Performance(A) Damage to right angular gyrus was highly significantly associated with a reduced incongruence cost (facilitation). The highest Z score is 45 (Montreal Neurological Institute [MNI] coordinates of this area of damage: 38, −55, 24). Z scores over 4.62 are significant aft... |
PMC2292819_fig5_20182.jpg | What object or scene is depicted here? | Lesion Loci Associated with Abnormal Performance(A) Damage to right angular gyrus was highly significantly associated with a reduced incongruence cost (facilitation). The highest Z score is 45 (Montreal Neurological Institute [MNI] coordinates of this area of damage: 38, −55, 24). Z scores over 4.62 are significant aft... |
PMC2293413_pone-0001950-g001_20186.jpg | What is the main focus of this visual representation? | Examples of abnormal radiological findings.A. Magnetic Resonance axial T2-weighted image, displaying bilateral dilated Virchow-Robin spaces (arrow) in the basal ganglia. B. Magnetic Resonance axial T2-weighted image displaying a hyperintense right occipital mass (arrow head) and bilateral dilated Virchow-Robin spaces (... |
PMC2293413_pone-0001950-g001_20187.jpg | What is the core subject represented in this visual? | Examples of abnormal radiological findings.A. Magnetic Resonance axial T2-weighted image, displaying bilateral dilated Virchow-Robin spaces (arrow) in the basal ganglia. B. Magnetic Resonance axial T2-weighted image displaying a hyperintense right occipital mass (arrow head) and bilateral dilated Virchow-Robin spaces (... |
PMC2293413_pone-0001950-g001_20185.jpg | What object or scene is depicted here? | Examples of abnormal radiological findings.A. Magnetic Resonance axial T2-weighted image, displaying bilateral dilated Virchow-Robin spaces (arrow) in the basal ganglia. B. Magnetic Resonance axial T2-weighted image displaying a hyperintense right occipital mass (arrow head) and bilateral dilated Virchow-Robin spaces (... |
PMC2293413_pone-0001950-g001_20188.jpg | What is the principal component of this image? | Examples of abnormal radiological findings.A. Magnetic Resonance axial T2-weighted image, displaying bilateral dilated Virchow-Robin spaces (arrow) in the basal ganglia. B. Magnetic Resonance axial T2-weighted image displaying a hyperintense right occipital mass (arrow head) and bilateral dilated Virchow-Robin spaces (... |
PMC2294121_F1_20190.jpg | What stands out most in this visual? | The Cellular Localization of the α1D-AR in Human Aortic Smooth Muscle Cells. Panel A; Human aortic smooth muscle cells were infected with an α1D-AR/GFP expressing virus. Panel B; Immunofluorescence localization of the α1D-AR in human aortic smooth muscle cells. Panel C; Rat 1 Fibroblasts were infected with an α1D-AR/GF... |
PMC2294121_F1_20189.jpg | What does this image primarily show? | The Cellular Localization of the α1D-AR in Human Aortic Smooth Muscle Cells. Panel A; Human aortic smooth muscle cells were infected with an α1D-AR/GFP expressing virus. Panel B; Immunofluorescence localization of the α1D-AR in human aortic smooth muscle cells. Panel C; Rat 1 Fibroblasts were infected with an α1D-AR/GF... |
PMC2294139_F1_20195.jpg | Describe the main subject of this image. | Posterior-anterior chest radiograph (Panel a) shows an ill-defined opacity around the left hilum (arrowheads). Chest computed tomography (Panel b and c) shows soft tissue density (arrowheads) within the left mainstem bronchus with a needle-shaped object (arrow) protruding from it. |
PMC2294139_F1_20196.jpg | What is the focal point of this photograph? | Posterior-anterior chest radiograph (Panel a) shows an ill-defined opacity around the left hilum (arrowheads). Chest computed tomography (Panel b and c) shows soft tissue density (arrowheads) within the left mainstem bronchus with a needle-shaped object (arrow) protruding from it. |
PMC2294139_F2_20192.jpg | What is the dominant medical problem in this image? | Flexible fiberoptic bronchoscopy revealed a dental floss pick in the left main bronchus (Panel a) and granulation tissue formation after removal of the object with biopsy forceps (Panel b). |
PMC2294139_F2_20193.jpg | What is the central feature of this picture? | Flexible fiberoptic bronchoscopy revealed a dental floss pick in the left main bronchus (Panel a) and granulation tissue formation after removal of the object with biopsy forceps (Panel b). |
PMC2294141_F4_20201.jpg | What key item or scene is captured in this photo? | The fusion inhibitor T20 significantly enhances target CD4 negative BeWo cells-HIV-1/LAI infected PBMCs fusion. Target CD4 negative BeWo cells (2 × 104/well) were coated overnight on slides as described in the method section. Target cells were then pre-incubated with indicated doses of AMD3100 or T20, or without drug, ... |
PMC2294141_F4_20198.jpg | What is being portrayed in this visual content? | The fusion inhibitor T20 significantly enhances target CD4 negative BeWo cells-HIV-1/LAI infected PBMCs fusion. Target CD4 negative BeWo cells (2 × 104/well) were coated overnight on slides as described in the method section. Target cells were then pre-incubated with indicated doses of AMD3100 or T20, or without drug, ... |
PMC2294141_F4_20205.jpg | What is the central feature of this picture? | The fusion inhibitor T20 significantly enhances target CD4 negative BeWo cells-HIV-1/LAI infected PBMCs fusion. Target CD4 negative BeWo cells (2 × 104/well) were coated overnight on slides as described in the method section. Target cells were then pre-incubated with indicated doses of AMD3100 or T20, or without drug, ... |
PMC2294141_F4_20203.jpg | What's the most prominent thing you notice in this picture? | The fusion inhibitor T20 significantly enhances target CD4 negative BeWo cells-HIV-1/LAI infected PBMCs fusion. Target CD4 negative BeWo cells (2 × 104/well) were coated overnight on slides as described in the method section. Target cells were then pre-incubated with indicated doses of AMD3100 or T20, or without drug, ... |
PMC2294141_F4_20200.jpg | Describe the main subject of this image. | The fusion inhibitor T20 significantly enhances target CD4 negative BeWo cells-HIV-1/LAI infected PBMCs fusion. Target CD4 negative BeWo cells (2 × 104/well) were coated overnight on slides as described in the method section. Target cells were then pre-incubated with indicated doses of AMD3100 or T20, or without drug, ... |
PMC2294141_F4_20204.jpg | What is the focal point of this photograph? | The fusion inhibitor T20 significantly enhances target CD4 negative BeWo cells-HIV-1/LAI infected PBMCs fusion. Target CD4 negative BeWo cells (2 × 104/well) were coated overnight on slides as described in the method section. Target cells were then pre-incubated with indicated doses of AMD3100 or T20, or without drug, ... |
PMC2294141_F4_20199.jpg | What is the main focus of this visual representation? | The fusion inhibitor T20 significantly enhances target CD4 negative BeWo cells-HIV-1/LAI infected PBMCs fusion. Target CD4 negative BeWo cells (2 × 104/well) were coated overnight on slides as described in the method section. Target cells were then pre-incubated with indicated doses of AMD3100 or T20, or without drug, ... |
PMC2294141_F4_20202.jpg | What key item or scene is captured in this photo? | The fusion inhibitor T20 significantly enhances target CD4 negative BeWo cells-HIV-1/LAI infected PBMCs fusion. Target CD4 negative BeWo cells (2 × 104/well) were coated overnight on slides as described in the method section. Target cells were then pre-incubated with indicated doses of AMD3100 or T20, or without drug, ... |
PMC2294141_F6_20214.jpg | What is the principal component of this image? | The fusion inhibitor T20 moderately enhances target CD4 positive BeWo cells-HIV-1/LAI infected PBMCs fusion. Target CD4 positive BeWo cells (2 × 104/well) were coated overnight on slides as described in the method section. Target cells were then pre-incubated with indicated doses of AMD3100 or T20, or without drug, for... |
PMC2294141_F6_20215.jpg | What is the principal component of this image? | The fusion inhibitor T20 moderately enhances target CD4 positive BeWo cells-HIV-1/LAI infected PBMCs fusion. Target CD4 positive BeWo cells (2 × 104/well) were coated overnight on slides as described in the method section. Target cells were then pre-incubated with indicated doses of AMD3100 or T20, or without drug, for... |
PMC2294141_F6_20209.jpg | Can you identify the primary element in this image? | The fusion inhibitor T20 moderately enhances target CD4 positive BeWo cells-HIV-1/LAI infected PBMCs fusion. Target CD4 positive BeWo cells (2 × 104/well) were coated overnight on slides as described in the method section. Target cells were then pre-incubated with indicated doses of AMD3100 or T20, or without drug, for... |
PMC2294141_F6_20213.jpg | What is the main focus of this visual representation? | The fusion inhibitor T20 moderately enhances target CD4 positive BeWo cells-HIV-1/LAI infected PBMCs fusion. Target CD4 positive BeWo cells (2 × 104/well) were coated overnight on slides as described in the method section. Target cells were then pre-incubated with indicated doses of AMD3100 or T20, or without drug, for... |
PMC2294141_F6_20210.jpg | What is the dominant medical problem in this image? | The fusion inhibitor T20 moderately enhances target CD4 positive BeWo cells-HIV-1/LAI infected PBMCs fusion. Target CD4 positive BeWo cells (2 × 104/well) were coated overnight on slides as described in the method section. Target cells were then pre-incubated with indicated doses of AMD3100 or T20, or without drug, for... |
PMC2297513_pone-0002067-g001_20218.jpg | What is the central feature of this picture? |
C. albicans colony formation on confluent monolayers of primary human cells.A) Direct observation of C. albicans colonies after 24 hours of coculture on primary tonsillar fibroblasts. B) Direct observation of C. albicans colonies after 48 hours of coculture on primary tonsillar fibroblasts - the same cell populations ... |
PMC2297513_pone-0002067-g001_20220.jpg | What is the principal component of this image? |
C. albicans colony formation on confluent monolayers of primary human cells.A) Direct observation of C. albicans colonies after 24 hours of coculture on primary tonsillar fibroblasts. B) Direct observation of C. albicans colonies after 48 hours of coculture on primary tonsillar fibroblasts - the same cell populations ... |
PMC2297513_pone-0002067-g001_20222.jpg | Describe the main subject of this image. |
C. albicans colony formation on confluent monolayers of primary human cells.A) Direct observation of C. albicans colonies after 24 hours of coculture on primary tonsillar fibroblasts. B) Direct observation of C. albicans colonies after 48 hours of coculture on primary tonsillar fibroblasts - the same cell populations ... |
PMC2297513_pone-0002067-g001_20217.jpg | What is the principal component of this image? |
C. albicans colony formation on confluent monolayers of primary human cells.A) Direct observation of C. albicans colonies after 24 hours of coculture on primary tonsillar fibroblasts. B) Direct observation of C. albicans colonies after 48 hours of coculture on primary tonsillar fibroblasts - the same cell populations ... |
PMC2297513_pone-0002067-g001_20221.jpg | What object or scene is depicted here? |
C. albicans colony formation on confluent monolayers of primary human cells.A) Direct observation of C. albicans colonies after 24 hours of coculture on primary tonsillar fibroblasts. B) Direct observation of C. albicans colonies after 48 hours of coculture on primary tonsillar fibroblasts - the same cell populations ... |
PMC2311295_F1_20223.jpg | What is shown in this image? | RGC dendrites and putative glutamatergic postsynaptic sites visualized upon expression of td-Tomato and PSD95-YFP. (a) Whole-mount or en face view (top) and orthogonal projection (bottom) of a P7 bistratified RGC transfected with td-Tomato and PSD95-YFP. (b) Skeletonization of the cell, color-coded for depth. The ON su... |
PMC2311296_F3_20226.jpg | What is shown in this image? | Plain radiographs (AP and Lateral) of lumbar spine. Demonstrate destruction of the L1 vertebra (arrow). |
PMC2311296_F7_20230.jpg | What is the dominant medical problem in this image? | MRI Thoraco-lumbar spine. Performed after commencement of chemotherapy regime. This illustrates the decrease in size of L1 lesion and reduction in impingement on the conus. |
PMC2311296_F7_20231.jpg | Describe the main subject of this image. | MRI Thoraco-lumbar spine. Performed after commencement of chemotherapy regime. This illustrates the decrease in size of L1 lesion and reduction in impingement on the conus. |
PMC2311322_F1_20232.jpg | What is the central feature of this picture? | Emergency computerized tomographic scan: a right ovarian mass is visualized. |
PMC2311322_F1_20233.jpg | What is shown in this image? | Emergency computerized tomographic scan: a right ovarian mass is visualized. |
PMC2311382_fig6_20240.jpg | What is the dominant medical problem in this image? | tTS Targeting to the AlphoidtetO HAC Induces Lagging Chromosomes and Formation of NanonucleiAB2.2.18.21 cells were either transiently transfected with constructs expressing the tTS ([A], [B], and [D]) or AB2.2.18.21 cells stably expressing the tTS (C) were incubated in the absence of doxycycline to allow TetR binding t... |
PMC2311382_fig6_20241.jpg | What object or scene is depicted here? | tTS Targeting to the AlphoidtetO HAC Induces Lagging Chromosomes and Formation of NanonucleiAB2.2.18.21 cells were either transiently transfected with constructs expressing the tTS ([A], [B], and [D]) or AB2.2.18.21 cells stably expressing the tTS (C) were incubated in the absence of doxycycline to allow TetR binding t... |
PMC2311382_fig6_20239.jpg | What is the focal point of this photograph? | tTS Targeting to the AlphoidtetO HAC Induces Lagging Chromosomes and Formation of NanonucleiAB2.2.18.21 cells were either transiently transfected with constructs expressing the tTS ([A], [B], and [D]) or AB2.2.18.21 cells stably expressing the tTS (C) were incubated in the absence of doxycycline to allow TetR binding t... |
PMC2311382_fig6_20245.jpg | What is the main focus of this visual representation? | tTS Targeting to the AlphoidtetO HAC Induces Lagging Chromosomes and Formation of NanonucleiAB2.2.18.21 cells were either transiently transfected with constructs expressing the tTS ([A], [B], and [D]) or AB2.2.18.21 cells stably expressing the tTS (C) were incubated in the absence of doxycycline to allow TetR binding t... |
PMC2311382_fig6_20234.jpg | What can you see in this picture? | tTS Targeting to the AlphoidtetO HAC Induces Lagging Chromosomes and Formation of NanonucleiAB2.2.18.21 cells were either transiently transfected with constructs expressing the tTS ([A], [B], and [D]) or AB2.2.18.21 cells stably expressing the tTS (C) were incubated in the absence of doxycycline to allow TetR binding t... |
PMC2311382_fig6_20242.jpg | What is the core subject represented in this visual? | tTS Targeting to the AlphoidtetO HAC Induces Lagging Chromosomes and Formation of NanonucleiAB2.2.18.21 cells were either transiently transfected with constructs expressing the tTS ([A], [B], and [D]) or AB2.2.18.21 cells stably expressing the tTS (C) were incubated in the absence of doxycycline to allow TetR binding t... |
PMC2311382_fig6_20243.jpg | Describe the main subject of this image. | tTS Targeting to the AlphoidtetO HAC Induces Lagging Chromosomes and Formation of NanonucleiAB2.2.18.21 cells were either transiently transfected with constructs expressing the tTS ([A], [B], and [D]) or AB2.2.18.21 cells stably expressing the tTS (C) were incubated in the absence of doxycycline to allow TetR binding t... |
PMC2311382_fig6_20248.jpg | What is being portrayed in this visual content? | tTS Targeting to the AlphoidtetO HAC Induces Lagging Chromosomes and Formation of NanonucleiAB2.2.18.21 cells were either transiently transfected with constructs expressing the tTS ([A], [B], and [D]) or AB2.2.18.21 cells stably expressing the tTS (C) were incubated in the absence of doxycycline to allow TetR binding t... |
PMC2312329_pone-0002064-g002_20253.jpg | What stands out most in this visual? | STRO-1+ cells in different locations of a velvet antler.(a-i) Paraffin embedded biopsy samples of velvet antler (main beam, cross-sections, samples taken about 1 cm below the tip), 9 yr-old fallow buck (Dama dama); samples were taken 74 days after onset of regeneration; scale bars: 100 µm. (a) Part of the cartilaginous... |
PMC2312329_pone-0002064-g002_20249.jpg | What is shown in this image? | STRO-1+ cells in different locations of a velvet antler.(a-i) Paraffin embedded biopsy samples of velvet antler (main beam, cross-sections, samples taken about 1 cm below the tip), 9 yr-old fallow buck (Dama dama); samples were taken 74 days after onset of regeneration; scale bars: 100 µm. (a) Part of the cartilaginous... |
PMC2312329_pone-0002064-g002_20257.jpg | Describe the main subject of this image. | STRO-1+ cells in different locations of a velvet antler.(a-i) Paraffin embedded biopsy samples of velvet antler (main beam, cross-sections, samples taken about 1 cm below the tip), 9 yr-old fallow buck (Dama dama); samples were taken 74 days after onset of regeneration; scale bars: 100 µm. (a) Part of the cartilaginous... |
PMC2312329_pone-0002064-g002_20250.jpg | What is the central feature of this picture? | STRO-1+ cells in different locations of a velvet antler.(a-i) Paraffin embedded biopsy samples of velvet antler (main beam, cross-sections, samples taken about 1 cm below the tip), 9 yr-old fallow buck (Dama dama); samples were taken 74 days after onset of regeneration; scale bars: 100 µm. (a) Part of the cartilaginous... |
PMC2312329_pone-0002064-g002_20254.jpg | What is the main focus of this visual representation? | STRO-1+ cells in different locations of a velvet antler.(a-i) Paraffin embedded biopsy samples of velvet antler (main beam, cross-sections, samples taken about 1 cm below the tip), 9 yr-old fallow buck (Dama dama); samples were taken 74 days after onset of regeneration; scale bars: 100 µm. (a) Part of the cartilaginous... |
PMC2312329_pone-0002064-g002_20258.jpg | What is the main focus of this visual representation? | STRO-1+ cells in different locations of a velvet antler.(a-i) Paraffin embedded biopsy samples of velvet antler (main beam, cross-sections, samples taken about 1 cm below the tip), 9 yr-old fallow buck (Dama dama); samples were taken 74 days after onset of regeneration; scale bars: 100 µm. (a) Part of the cartilaginous... |
PMC2312329_pone-0002064-g002_20252.jpg | What is the central feature of this picture? | STRO-1+ cells in different locations of a velvet antler.(a-i) Paraffin embedded biopsy samples of velvet antler (main beam, cross-sections, samples taken about 1 cm below the tip), 9 yr-old fallow buck (Dama dama); samples were taken 74 days after onset of regeneration; scale bars: 100 µm. (a) Part of the cartilaginous... |
PMC2312329_pone-0002064-g002_20256.jpg | What's the most prominent thing you notice in this picture? | STRO-1+ cells in different locations of a velvet antler.(a-i) Paraffin embedded biopsy samples of velvet antler (main beam, cross-sections, samples taken about 1 cm below the tip), 9 yr-old fallow buck (Dama dama); samples were taken 74 days after onset of regeneration; scale bars: 100 µm. (a) Part of the cartilaginous... |
PMC2312329_pone-0002064-g003_20262.jpg | Describe the main subject of this image. | STRO-1+ cells in different areas of the pedicle.(a) Methylmetacrylate (Technovit® 9100 New) embedded sample of the pedicle shown in (b) and (c); cross-section, overview, HE-staining. (E) epidermis, (D) dermis, (SC) subcutaneous tissue with superficial muscle (asterisk), (Mf) Part of the frontoscutular muscle, (Fa) fasc... |
PMC2312329_pone-0002064-g003_20272.jpg | What key item or scene is captured in this photo? | STRO-1+ cells in different areas of the pedicle.(a) Methylmetacrylate (Technovit® 9100 New) embedded sample of the pedicle shown in (b) and (c); cross-section, overview, HE-staining. (E) epidermis, (D) dermis, (SC) subcutaneous tissue with superficial muscle (asterisk), (Mf) Part of the frontoscutular muscle, (Fa) fasc... |
PMC2312329_pone-0002064-g003_20269.jpg | What is the core subject represented in this visual? | STRO-1+ cells in different areas of the pedicle.(a) Methylmetacrylate (Technovit® 9100 New) embedded sample of the pedicle shown in (b) and (c); cross-section, overview, HE-staining. (E) epidermis, (D) dermis, (SC) subcutaneous tissue with superficial muscle (asterisk), (Mf) Part of the frontoscutular muscle, (Fa) fasc... |
PMC2312329_pone-0002064-g003_20263.jpg | What is shown in this image? | STRO-1+ cells in different areas of the pedicle.(a) Methylmetacrylate (Technovit® 9100 New) embedded sample of the pedicle shown in (b) and (c); cross-section, overview, HE-staining. (E) epidermis, (D) dermis, (SC) subcutaneous tissue with superficial muscle (asterisk), (Mf) Part of the frontoscutular muscle, (Fa) fasc... |
PMC2312329_pone-0002064-g003_20266.jpg | What is the dominant medical problem in this image? | STRO-1+ cells in different areas of the pedicle.(a) Methylmetacrylate (Technovit® 9100 New) embedded sample of the pedicle shown in (b) and (c); cross-section, overview, HE-staining. (E) epidermis, (D) dermis, (SC) subcutaneous tissue with superficial muscle (asterisk), (Mf) Part of the frontoscutular muscle, (Fa) fasc... |
PMC2312329_pone-0002064-g003_20264.jpg | Describe the main subject of this image. | STRO-1+ cells in different areas of the pedicle.(a) Methylmetacrylate (Technovit® 9100 New) embedded sample of the pedicle shown in (b) and (c); cross-section, overview, HE-staining. (E) epidermis, (D) dermis, (SC) subcutaneous tissue with superficial muscle (asterisk), (Mf) Part of the frontoscutular muscle, (Fa) fasc... |
PMC2312329_pone-0002064-g003_20273.jpg | What is the core subject represented in this visual? | STRO-1+ cells in different areas of the pedicle.(a) Methylmetacrylate (Technovit® 9100 New) embedded sample of the pedicle shown in (b) and (c); cross-section, overview, HE-staining. (E) epidermis, (D) dermis, (SC) subcutaneous tissue with superficial muscle (asterisk), (Mf) Part of the frontoscutular muscle, (Fa) fasc... |
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