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PMC1190192_F1_2881.jpg | Describe the main subject of this image. | Three-dimensional vacuole reconstruction of a vacuolated BobTIP26-1::gfp expressing cell 7 days after subculture. (a) Projection view of 40 confocal serial pictures corresponding to the half depth of the cell (i.e. 40 μm). Bar = 25 μm. (b) 3-D view after isosurface extraction showing the protoplasmic side of the vacuol... |
PMC1190192_F1_2883.jpg | Can you identify the primary element in this image? | Three-dimensional vacuole reconstruction of a vacuolated BobTIP26-1::gfp expressing cell 7 days after subculture. (a) Projection view of 40 confocal serial pictures corresponding to the half depth of the cell (i.e. 40 μm). Bar = 25 μm. (b) 3-D view after isosurface extraction showing the protoplasmic side of the vacuol... |
PMC1190192_F4_2879.jpg | What is the core subject represented in this visual? | Cell perfusion with MS supplemented with 0.6 M mannitol. (a) A confocal fluorescent image merged with a Nomarski interference contrast image of convex plasmolysed cells. Arrowhead: transvacuolar strand. Bar = 10 μm. (b) A confocal fluorescent image merged with a Nomarski interference contrast image of a concave plasmol... |
PMC1192791_F1_2900.jpg | What is the main focus of this visual representation? | Co-visualization of multiple fluorescent proteins in mouse embryonic stem (ES) cells. Mixed colony of embryonic stem (ES) cells comprised of wild type (untagged) cells, CAG::ECFP transgenic cells exhibiting widespread expression of ECFP, CAG::EGFP transgenic cells exhibiting widespread expression of EGFP and CAG::mRFP1... |
PMC1192791_F1_2895.jpg | Can you identify the primary element in this image? | Co-visualization of multiple fluorescent proteins in mouse embryonic stem (ES) cells. Mixed colony of embryonic stem (ES) cells comprised of wild type (untagged) cells, CAG::ECFP transgenic cells exhibiting widespread expression of ECFP, CAG::EGFP transgenic cells exhibiting widespread expression of EGFP and CAG::mRFP1... |
PMC1192791_F1_2894.jpg | What is the dominant medical problem in this image? | Co-visualization of multiple fluorescent proteins in mouse embryonic stem (ES) cells. Mixed colony of embryonic stem (ES) cells comprised of wild type (untagged) cells, CAG::ECFP transgenic cells exhibiting widespread expression of ECFP, CAG::EGFP transgenic cells exhibiting widespread expression of EGFP and CAG::mRFP1... |
PMC1192791_F1_2892.jpg | Can you identify the primary element in this image? | Co-visualization of multiple fluorescent proteins in mouse embryonic stem (ES) cells. Mixed colony of embryonic stem (ES) cells comprised of wild type (untagged) cells, CAG::ECFP transgenic cells exhibiting widespread expression of ECFP, CAG::EGFP transgenic cells exhibiting widespread expression of EGFP and CAG::mRFP1... |
PMC1192791_F1_2891.jpg | What is shown in this image? | Co-visualization of multiple fluorescent proteins in mouse embryonic stem (ES) cells. Mixed colony of embryonic stem (ES) cells comprised of wild type (untagged) cells, CAG::ECFP transgenic cells exhibiting widespread expression of ECFP, CAG::EGFP transgenic cells exhibiting widespread expression of EGFP and CAG::mRFP1... |
PMC1192791_F2_2924.jpg | What object or scene is depicted here? | RFP expression in CAG::mRFP1 preimplantation stage embryos. Single CAG::mRFP1 Tg/+ zygote including the second polar body (A–E). A single x-y section taken from a z-stack, bright field image (A), overlay single confocal section of red fluorescence and bright field (B), red fluorescence channel only (left panel in C). R... |
PMC1192791_F2_2919.jpg | What is the central feature of this picture? | RFP expression in CAG::mRFP1 preimplantation stage embryos. Single CAG::mRFP1 Tg/+ zygote including the second polar body (A–E). A single x-y section taken from a z-stack, bright field image (A), overlay single confocal section of red fluorescence and bright field (B), red fluorescence channel only (left panel in C). R... |
PMC1192791_F2_2927.jpg | What is the core subject represented in this visual? | RFP expression in CAG::mRFP1 preimplantation stage embryos. Single CAG::mRFP1 Tg/+ zygote including the second polar body (A–E). A single x-y section taken from a z-stack, bright field image (A), overlay single confocal section of red fluorescence and bright field (B), red fluorescence channel only (left panel in C). R... |
PMC1192791_F2_2921.jpg | What key item or scene is captured in this photo? | RFP expression in CAG::mRFP1 preimplantation stage embryos. Single CAG::mRFP1 Tg/+ zygote including the second polar body (A–E). A single x-y section taken from a z-stack, bright field image (A), overlay single confocal section of red fluorescence and bright field (B), red fluorescence channel only (left panel in C). R... |
PMC1192791_F2_2932.jpg | What key item or scene is captured in this photo? | RFP expression in CAG::mRFP1 preimplantation stage embryos. Single CAG::mRFP1 Tg/+ zygote including the second polar body (A–E). A single x-y section taken from a z-stack, bright field image (A), overlay single confocal section of red fluorescence and bright field (B), red fluorescence channel only (left panel in C). R... |
PMC1192791_F2_2934.jpg | What is the main focus of this visual representation? | RFP expression in CAG::mRFP1 preimplantation stage embryos. Single CAG::mRFP1 Tg/+ zygote including the second polar body (A–E). A single x-y section taken from a z-stack, bright field image (A), overlay single confocal section of red fluorescence and bright field (B), red fluorescence channel only (left panel in C). R... |
PMC1192791_F2_2920.jpg | What is shown in this image? | RFP expression in CAG::mRFP1 preimplantation stage embryos. Single CAG::mRFP1 Tg/+ zygote including the second polar body (A–E). A single x-y section taken from a z-stack, bright field image (A), overlay single confocal section of red fluorescence and bright field (B), red fluorescence channel only (left panel in C). R... |
PMC1192791_F2_2925.jpg | What can you see in this picture? | RFP expression in CAG::mRFP1 preimplantation stage embryos. Single CAG::mRFP1 Tg/+ zygote including the second polar body (A–E). A single x-y section taken from a z-stack, bright field image (A), overlay single confocal section of red fluorescence and bright field (B), red fluorescence channel only (left panel in C). R... |
PMC1192791_F2_2930.jpg | What is shown in this image? | RFP expression in CAG::mRFP1 preimplantation stage embryos. Single CAG::mRFP1 Tg/+ zygote including the second polar body (A–E). A single x-y section taken from a z-stack, bright field image (A), overlay single confocal section of red fluorescence and bright field (B), red fluorescence channel only (left panel in C). R... |
PMC1192791_F2_2926.jpg | What stands out most in this visual? | RFP expression in CAG::mRFP1 preimplantation stage embryos. Single CAG::mRFP1 Tg/+ zygote including the second polar body (A–E). A single x-y section taken from a z-stack, bright field image (A), overlay single confocal section of red fluorescence and bright field (B), red fluorescence channel only (left panel in C). R... |
PMC1192791_F2_2922.jpg | What is the principal component of this image? | RFP expression in CAG::mRFP1 preimplantation stage embryos. Single CAG::mRFP1 Tg/+ zygote including the second polar body (A–E). A single x-y section taken from a z-stack, bright field image (A), overlay single confocal section of red fluorescence and bright field (B), red fluorescence channel only (left panel in C). R... |
PMC1192791_F2_2918.jpg | What is shown in this image? | RFP expression in CAG::mRFP1 preimplantation stage embryos. Single CAG::mRFP1 Tg/+ zygote including the second polar body (A–E). A single x-y section taken from a z-stack, bright field image (A), overlay single confocal section of red fluorescence and bright field (B), red fluorescence channel only (left panel in C). R... |
PMC1192791_F2_2933.jpg | Can you identify the primary element in this image? | RFP expression in CAG::mRFP1 preimplantation stage embryos. Single CAG::mRFP1 Tg/+ zygote including the second polar body (A–E). A single x-y section taken from a z-stack, bright field image (A), overlay single confocal section of red fluorescence and bright field (B), red fluorescence channel only (left panel in C). R... |
PMC1192791_F3_2907.jpg | What is the core subject represented in this visual? | RFP expression in CAG::mRFP1 postimplantation embryos. Bright field and dark field epifluorescent images of CAG::mRFP1 Tg/+ embryos and non-transgenic littermates at E6.5 (A), E7.75 (B), E8.75 (C). CAG::mRFP1 Tg/+ embryos, CAG::EGFP Tg/+ embryos and non-transgenic littermates at E11.5 (D). E15.5 CAG::mRFP1 Tg/+ fetuses... |
PMC1192791_F3_2904.jpg | What is the core subject represented in this visual? | RFP expression in CAG::mRFP1 postimplantation embryos. Bright field and dark field epifluorescent images of CAG::mRFP1 Tg/+ embryos and non-transgenic littermates at E6.5 (A), E7.75 (B), E8.75 (C). CAG::mRFP1 Tg/+ embryos, CAG::EGFP Tg/+ embryos and non-transgenic littermates at E11.5 (D). E15.5 CAG::mRFP1 Tg/+ fetuses... |
PMC1192791_F3_2905.jpg | What is shown in this image? | RFP expression in CAG::mRFP1 postimplantation embryos. Bright field and dark field epifluorescent images of CAG::mRFP1 Tg/+ embryos and non-transgenic littermates at E6.5 (A), E7.75 (B), E8.75 (C). CAG::mRFP1 Tg/+ embryos, CAG::EGFP Tg/+ embryos and non-transgenic littermates at E11.5 (D). E15.5 CAG::mRFP1 Tg/+ fetuses... |
PMC1192791_F3_2908.jpg | What is the principal component of this image? | RFP expression in CAG::mRFP1 postimplantation embryos. Bright field and dark field epifluorescent images of CAG::mRFP1 Tg/+ embryos and non-transgenic littermates at E6.5 (A), E7.75 (B), E8.75 (C). CAG::mRFP1 Tg/+ embryos, CAG::EGFP Tg/+ embryos and non-transgenic littermates at E11.5 (D). E15.5 CAG::mRFP1 Tg/+ fetuses... |
PMC1192791_F4_2886.jpg | What is the principal component of this image? | Transgenic CAG::mRFP1 mice can be distinguished from CAG::EGFP animals. Macroscopic images of non-transgenic, CAG::mRFP1 Tg/+ and CAG::EGFP Tg/+ newborn (P5) mouse pups demonstrating that red fluorescence can clearly be distinguished from green fluorescence using conventional epifluorescent illumination and macroscopic... |
PMC1192791_F4_2888.jpg | What stands out most in this visual? | Transgenic CAG::mRFP1 mice can be distinguished from CAG::EGFP animals. Macroscopic images of non-transgenic, CAG::mRFP1 Tg/+ and CAG::EGFP Tg/+ newborn (P5) mouse pups demonstrating that red fluorescence can clearly be distinguished from green fluorescence using conventional epifluorescent illumination and macroscopic... |
PMC1192791_F4_2887.jpg | What stands out most in this visual? | Transgenic CAG::mRFP1 mice can be distinguished from CAG::EGFP animals. Macroscopic images of non-transgenic, CAG::mRFP1 Tg/+ and CAG::EGFP Tg/+ newborn (P5) mouse pups demonstrating that red fluorescence can clearly be distinguished from green fluorescence using conventional epifluorescent illumination and macroscopic... |
PMC1192791_F5_2915.jpg | What is being portrayed in this visual content? | Widespread RFP expression in adult organs. Panels of bright field and corresponding dark field epifluorescent images of organs taken from a 4 week old CAG::mRFP1 Tg/+ mouse and a non-transgenic littermate. Peritoneum (A), heart (B), lung (C), eye (D), brain (E), liver (F), pancreas (G), spleen (H) and kidney (I). In ad... |
PMC1192791_F5_2916.jpg | What is the core subject represented in this visual? | Widespread RFP expression in adult organs. Panels of bright field and corresponding dark field epifluorescent images of organs taken from a 4 week old CAG::mRFP1 Tg/+ mouse and a non-transgenic littermate. Peritoneum (A), heart (B), lung (C), eye (D), brain (E), liver (F), pancreas (G), spleen (H) and kidney (I). In ad... |
PMC1192791_F5_2917.jpg | What is the main focus of this visual representation? | Widespread RFP expression in adult organs. Panels of bright field and corresponding dark field epifluorescent images of organs taken from a 4 week old CAG::mRFP1 Tg/+ mouse and a non-transgenic littermate. Peritoneum (A), heart (B), lung (C), eye (D), brain (E), liver (F), pancreas (G), spleen (H) and kidney (I). In ad... |
PMC1192791_F5_2913.jpg | What is shown in this image? | Widespread RFP expression in adult organs. Panels of bright field and corresponding dark field epifluorescent images of organs taken from a 4 week old CAG::mRFP1 Tg/+ mouse and a non-transgenic littermate. Peritoneum (A), heart (B), lung (C), eye (D), brain (E), liver (F), pancreas (G), spleen (H) and kidney (I). In ad... |
PMC1192792_F1_2885.jpg | Can you identify the primary element in this image? | Liver biopsy contains numerous neoplastic elongate cells consistent with malignant melanoma infiltration. |
PMC1192816_F1_2936.jpg | What does this image primarily show? | CXR in inspiration showing left sided small pneumothorax. |
PMC1192816_F3_2938.jpg | What stands out most in this visual? | Digital mammogram (Mediolateral view) showing absence of the pectoralis major muscle and architectural distortion on the left side and normal right breast. |
PMC1192816_F3_2937.jpg | What key item or scene is captured in this photo? | Digital mammogram (Mediolateral view) showing absence of the pectoralis major muscle and architectural distortion on the left side and normal right breast. |
PMC1192821_F1_2941.jpg | What key item or scene is captured in this photo? | Transthoracic echocardiography: in apical four chamber view. (VD: right ventricle, VG: left ventricle, OD: right atrium, OG: left atrium) image of one thrombus in the right atrium, and two thrombi in the right ventricle (a), transoesophageal echocardiography showing a large thrombus (b), after treatment, complete resol... |
PMC1192821_F1_2943.jpg | Describe the main subject of this image. | Transthoracic echocardiography: in apical four chamber view. (VD: right ventricle, VG: left ventricle, OD: right atrium, OG: left atrium) image of one thrombus in the right atrium, and two thrombi in the right ventricle (a), transoesophageal echocardiography showing a large thrombus (b), after treatment, complete resol... |
PMC1192821_F1_2942.jpg | What is shown in this image? | Transthoracic echocardiography: in apical four chamber view. (VD: right ventricle, VG: left ventricle, OD: right atrium, OG: left atrium) image of one thrombus in the right atrium, and two thrombi in the right ventricle (a), transoesophageal echocardiography showing a large thrombus (b), after treatment, complete resol... |
PMC1192821_F2_2940.jpg | What key item or scene is captured in this photo? | Chest helical computed tomography demonstrating a single (14 mm) right main pulmonary artery aneurysm and image of thrombi in the right heart (a), diffuse venous collateral vessels and superior vena cava thrombosis (b). |
PMC1192821_F2_2939.jpg | What is the central feature of this picture? | Chest helical computed tomography demonstrating a single (14 mm) right main pulmonary artery aneurysm and image of thrombi in the right heart (a), diffuse venous collateral vessels and superior vena cava thrombosis (b). |
PMC1192821_F3_2946.jpg | What object or scene is depicted here? | Transthoracic echocardiography: image of the thrombus in the right atrium (a), after treatment complete resolution of the thrombus (b). |
PMC1192821_F3_2945.jpg | What is the main focus of this visual representation? | Transthoracic echocardiography: image of the thrombus in the right atrium (a), after treatment complete resolution of the thrombus (b). |
PMC1192822_F2_2947.jpg | What is the dominant medical problem in this image? | Preoperative lymphoscintigraphy identifies uptake of the radiolabelled tracer in a single axillary lymph node. |
PMC1192822_F2_2948.jpg | What is shown in this image? | Preoperative lymphoscintigraphy identifies uptake of the radiolabelled tracer in a single axillary lymph node. |
PMC1193519_pbio-0030305-g003_2952.jpg | What is the principal component of this image? | hug Neurons Receive Gustatory Input(A) Schematic drawing of the head region of a Drosophila larva with external as well as internal chemosensory neurons in antennomaxillary complex and internal mouth region innervating the larval CNS (depicted in green). hug neurons in the SOG (shown in red) project to the ring gland (... |
PMC1193519_pbio-0030305-g003_2954.jpg | What is the principal component of this image? | hug Neurons Receive Gustatory Input(A) Schematic drawing of the head region of a Drosophila larva with external as well as internal chemosensory neurons in antennomaxillary complex and internal mouth region innervating the larval CNS (depicted in green). hug neurons in the SOG (shown in red) project to the ring gland (... |
PMC1193519_pbio-0030305-g003_2960.jpg | What is the core subject represented in this visual? | hug Neurons Receive Gustatory Input(A) Schematic drawing of the head region of a Drosophila larva with external as well as internal chemosensory neurons in antennomaxillary complex and internal mouth region innervating the larval CNS (depicted in green). hug neurons in the SOG (shown in red) project to the ring gland (... |
PMC1193519_pbio-0030305-g003_2956.jpg | What can you see in this picture? | hug Neurons Receive Gustatory Input(A) Schematic drawing of the head region of a Drosophila larva with external as well as internal chemosensory neurons in antennomaxillary complex and internal mouth region innervating the larval CNS (depicted in green). hug neurons in the SOG (shown in red) project to the ring gland (... |
PMC1193519_pbio-0030305-g003_2961.jpg | What does this image primarily show? | hug Neurons Receive Gustatory Input(A) Schematic drawing of the head region of a Drosophila larva with external as well as internal chemosensory neurons in antennomaxillary complex and internal mouth region innervating the larval CNS (depicted in green). hug neurons in the SOG (shown in red) project to the ring gland (... |
PMC1193519_pbio-0030305-g003_2950.jpg | What is the central feature of this picture? | hug Neurons Receive Gustatory Input(A) Schematic drawing of the head region of a Drosophila larva with external as well as internal chemosensory neurons in antennomaxillary complex and internal mouth region innervating the larval CNS (depicted in green). hug neurons in the SOG (shown in red) project to the ring gland (... |
PMC1193519_pbio-0030305-g003_2959.jpg | What is the core subject represented in this visual? | hug Neurons Receive Gustatory Input(A) Schematic drawing of the head region of a Drosophila larva with external as well as internal chemosensory neurons in antennomaxillary complex and internal mouth region innervating the larval CNS (depicted in green). hug neurons in the SOG (shown in red) project to the ring gland (... |
PMC1193519_pbio-0030305-g003_2957.jpg | What object or scene is depicted here? | hug Neurons Receive Gustatory Input(A) Schematic drawing of the head region of a Drosophila larva with external as well as internal chemosensory neurons in antennomaxillary complex and internal mouth region innervating the larval CNS (depicted in green). hug neurons in the SOG (shown in red) project to the ring gland (... |
PMC1193519_pbio-0030305-g003_2958.jpg | What is the dominant medical problem in this image? | hug Neurons Receive Gustatory Input(A) Schematic drawing of the head region of a Drosophila larva with external as well as internal chemosensory neurons in antennomaxillary complex and internal mouth region innervating the larval CNS (depicted in green). hug neurons in the SOG (shown in red) project to the ring gland (... |
PMC1198224_F3_2966.jpg | What can you see in this picture? | Confocal assay for the expression of Fas on the membrane of co-cultured Bel 7402 cells. Bel 7402 cells and Jurkat T cells were co-cultured with AFP (20 mg/L), anti-AFP antibody (40 mg/L), and AFP (20 mg/L) plus anti-AFP antibody (40 mg/L) respectively for 48 h. After removing Jurkat cells, Bel 7402 cells were incubated... |
PMC1198224_F3_2967.jpg | What does this image primarily show? | Confocal assay for the expression of Fas on the membrane of co-cultured Bel 7402 cells. Bel 7402 cells and Jurkat T cells were co-cultured with AFP (20 mg/L), anti-AFP antibody (40 mg/L), and AFP (20 mg/L) plus anti-AFP antibody (40 mg/L) respectively for 48 h. After removing Jurkat cells, Bel 7402 cells were incubated... |
PMC1198224_F3_2965.jpg | What's the most prominent thing you notice in this picture? | Confocal assay for the expression of Fas on the membrane of co-cultured Bel 7402 cells. Bel 7402 cells and Jurkat T cells were co-cultured with AFP (20 mg/L), anti-AFP antibody (40 mg/L), and AFP (20 mg/L) plus anti-AFP antibody (40 mg/L) respectively for 48 h. After removing Jurkat cells, Bel 7402 cells were incubated... |
PMC1198224_F3_2963.jpg | What object or scene is depicted here? | Confocal assay for the expression of Fas on the membrane of co-cultured Bel 7402 cells. Bel 7402 cells and Jurkat T cells were co-cultured with AFP (20 mg/L), anti-AFP antibody (40 mg/L), and AFP (20 mg/L) plus anti-AFP antibody (40 mg/L) respectively for 48 h. After removing Jurkat cells, Bel 7402 cells were incubated... |
PMC1198224_F3_2964.jpg | What is the main focus of this visual representation? | Confocal assay for the expression of Fas on the membrane of co-cultured Bel 7402 cells. Bel 7402 cells and Jurkat T cells were co-cultured with AFP (20 mg/L), anti-AFP antibody (40 mg/L), and AFP (20 mg/L) plus anti-AFP antibody (40 mg/L) respectively for 48 h. After removing Jurkat cells, Bel 7402 cells were incubated... |
PMC1198226_F1_2970.jpg | What is being portrayed in this visual content? | Stage 16 otocysts cultured for 7 days develop hair cells and neurons, independent of the presence of mesenchymal tissue. (A) Incomplete removal of periotic mesenchyme is clearly visible in cryosections of otocysts cultured for seven days. The asterisk labels such an area of mesenchyme-derived cells with chondrocyte mor... |
PMC1198226_F1_2968.jpg | What is the principal component of this image? | Stage 16 otocysts cultured for 7 days develop hair cells and neurons, independent of the presence of mesenchymal tissue. (A) Incomplete removal of periotic mesenchyme is clearly visible in cryosections of otocysts cultured for seven days. The asterisk labels such an area of mesenchyme-derived cells with chondrocyte mor... |
PMC1198226_F1_2971.jpg | What object or scene is depicted here? | Stage 16 otocysts cultured for 7 days develop hair cells and neurons, independent of the presence of mesenchymal tissue. (A) Incomplete removal of periotic mesenchyme is clearly visible in cryosections of otocysts cultured for seven days. The asterisk labels such an area of mesenchyme-derived cells with chondrocyte mor... |
PMC1198226_F1_2972.jpg | What is being portrayed in this visual content? | Stage 16 otocysts cultured for 7 days develop hair cells and neurons, independent of the presence of mesenchymal tissue. (A) Incomplete removal of periotic mesenchyme is clearly visible in cryosections of otocysts cultured for seven days. The asterisk labels such an area of mesenchyme-derived cells with chondrocyte mor... |
PMC1198226_F1_2969.jpg | What does this image primarily show? | Stage 16 otocysts cultured for 7 days develop hair cells and neurons, independent of the presence of mesenchymal tissue. (A) Incomplete removal of periotic mesenchyme is clearly visible in cryosections of otocysts cultured for seven days. The asterisk labels such an area of mesenchyme-derived cells with chondrocyte mor... |
PMC1198226_F1_2973.jpg | What object or scene is depicted here? | Stage 16 otocysts cultured for 7 days develop hair cells and neurons, independent of the presence of mesenchymal tissue. (A) Incomplete removal of periotic mesenchyme is clearly visible in cryosections of otocysts cultured for seven days. The asterisk labels such an area of mesenchyme-derived cells with chondrocyte mor... |
PMC1198226_F2_2982.jpg | Describe the main subject of this image. | Increased production of hair cells with exogenous BMP4 and decrease in hair cell numbers in response to blockade of BMP signaling. (A) Hair cell antigen (red) and myosin VIIA-positive hair cells (green) in a cryosectioned otocyst after seven days culture. Filamentous actin is visualized with phalloidin-labeling (blue f... |
PMC1198226_F2_2979.jpg | What is the main focus of this visual representation? | Increased production of hair cells with exogenous BMP4 and decrease in hair cell numbers in response to blockade of BMP signaling. (A) Hair cell antigen (red) and myosin VIIA-positive hair cells (green) in a cryosectioned otocyst after seven days culture. Filamentous actin is visualized with phalloidin-labeling (blue f... |
PMC1198226_F2_2978.jpg | What does this image primarily show? | Increased production of hair cells with exogenous BMP4 and decrease in hair cell numbers in response to blockade of BMP signaling. (A) Hair cell antigen (red) and myosin VIIA-positive hair cells (green) in a cryosectioned otocyst after seven days culture. Filamentous actin is visualized with phalloidin-labeling (blue f... |
PMC1198226_F2_2981.jpg | What is the main focus of this visual representation? | Increased production of hair cells with exogenous BMP4 and decrease in hair cell numbers in response to blockade of BMP signaling. (A) Hair cell antigen (red) and myosin VIIA-positive hair cells (green) in a cryosectioned otocyst after seven days culture. Filamentous actin is visualized with phalloidin-labeling (blue f... |
PMC1198226_F2_2983.jpg | What is the main focus of this visual representation? | Increased production of hair cells with exogenous BMP4 and decrease in hair cell numbers in response to blockade of BMP signaling. (A) Hair cell antigen (red) and myosin VIIA-positive hair cells (green) in a cryosectioned otocyst after seven days culture. Filamentous actin is visualized with phalloidin-labeling (blue f... |
PMC1198226_F4_2976.jpg | What is the core subject represented in this visual? | Sensory epithelium fails to develop in absence of BMP signaling. (A,B) Blockade of BMP signaling with 0.5 μg/ml noggin robustly decreased the number of hair cell antigen-expressing hair cells (HCA shown in red) that were detectable after seven days in culture. It appears that Pax-2 expression (shown in green) is not af... |
PMC1198226_F4_2975.jpg | What is the principal component of this image? | Sensory epithelium fails to develop in absence of BMP signaling. (A,B) Blockade of BMP signaling with 0.5 μg/ml noggin robustly decreased the number of hair cell antigen-expressing hair cells (HCA shown in red) that were detectable after seven days in culture. It appears that Pax-2 expression (shown in green) is not af... |
PMC1198226_F4_2974.jpg | What is the main focus of this visual representation? | Sensory epithelium fails to develop in absence of BMP signaling. (A,B) Blockade of BMP signaling with 0.5 μg/ml noggin robustly decreased the number of hair cell antigen-expressing hair cells (HCA shown in red) that were detectable after seven days in culture. It appears that Pax-2 expression (shown in green) is not af... |
PMC1198234_F5_2991.jpg | What is the focal point of this photograph? | A-D. Category III. Atypical hyperplasia. NAF from a 65-year-old Caucasian woman with a family history of breast cancer and an elevated Gail index of 3.0%. NAF analysis reveals moderate to severe cytologic abnormalities including distinct nuclear enlargement, increasing nuclear to cytoplasmic ratio, irregular nuclear bo... |
PMC1198234_F5_2989.jpg | What key item or scene is captured in this photo? | A-D. Category III. Atypical hyperplasia. NAF from a 65-year-old Caucasian woman with a family history of breast cancer and an elevated Gail index of 3.0%. NAF analysis reveals moderate to severe cytologic abnormalities including distinct nuclear enlargement, increasing nuclear to cytoplasmic ratio, irregular nuclear bo... |
PMC1198234_F6_2986.jpg | What is the central feature of this picture? | A-D. Category III. Atypical hyperplasia. NAF from a 45-year-old Caucasian woman with a Gail index of 1.1% and no significant medical history. NAF analysis reveals moderate to severe cytologic abnormalities including distinct nuclear enlargement, increasing nuclear to cytoplasmic ratio, irregular nuclear borders, and nu... |
PMC1198234_F6_2987.jpg | What is shown in this image? | A-D. Category III. Atypical hyperplasia. NAF from a 45-year-old Caucasian woman with a Gail index of 1.1% and no significant medical history. NAF analysis reveals moderate to severe cytologic abnormalities including distinct nuclear enlargement, increasing nuclear to cytoplasmic ratio, irregular nuclear borders, and nu... |
PMC1199591_F3_2999.jpg | What is the principal component of this image? | Diversity of RBP expression in major cellular subtypes of the P0 retina. In situ hybridization for four representative RBPs that exhibit laminar-specific expression in the P0 mouse retina. Labels indicate Locuslink gene names. A, B) A2bp1, C, D) Pcbp3, E, F) Safb, G, H) Rbm15. Panels A, C, E, and G show the same magnif... |
PMC1199591_F3_2994.jpg | What object or scene is depicted here? | Diversity of RBP expression in major cellular subtypes of the P0 retina. In situ hybridization for four representative RBPs that exhibit laminar-specific expression in the P0 mouse retina. Labels indicate Locuslink gene names. A, B) A2bp1, C, D) Pcbp3, E, F) Safb, G, H) Rbm15. Panels A, C, E, and G show the same magnif... |
PMC1199591_F3_2992.jpg | What object or scene is depicted here? | Diversity of RBP expression in major cellular subtypes of the P0 retina. In situ hybridization for four representative RBPs that exhibit laminar-specific expression in the P0 mouse retina. Labels indicate Locuslink gene names. A, B) A2bp1, C, D) Pcbp3, E, F) Safb, G, H) Rbm15. Panels A, C, E, and G show the same magnif... |
PMC1199591_F3_2997.jpg | What stands out most in this visual? | Diversity of RBP expression in major cellular subtypes of the P0 retina. In situ hybridization for four representative RBPs that exhibit laminar-specific expression in the P0 mouse retina. Labels indicate Locuslink gene names. A, B) A2bp1, C, D) Pcbp3, E, F) Safb, G, H) Rbm15. Panels A, C, E, and G show the same magnif... |
PMC1199591_F3_2996.jpg | What object or scene is depicted here? | Diversity of RBP expression in major cellular subtypes of the P0 retina. In situ hybridization for four representative RBPs that exhibit laminar-specific expression in the P0 mouse retina. Labels indicate Locuslink gene names. A, B) A2bp1, C, D) Pcbp3, E, F) Safb, G, H) Rbm15. Panels A, C, E, and G show the same magnif... |
PMC1199591_F3_2998.jpg | What is the main focus of this visual representation? | Diversity of RBP expression in major cellular subtypes of the P0 retina. In situ hybridization for four representative RBPs that exhibit laminar-specific expression in the P0 mouse retina. Labels indicate Locuslink gene names. A, B) A2bp1, C, D) Pcbp3, E, F) Safb, G, H) Rbm15. Panels A, C, E, and G show the same magnif... |
PMC1199591_F3_2995.jpg | What key item or scene is captured in this photo? | Diversity of RBP expression in major cellular subtypes of the P0 retina. In situ hybridization for four representative RBPs that exhibit laminar-specific expression in the P0 mouse retina. Labels indicate Locuslink gene names. A, B) A2bp1, C, D) Pcbp3, E, F) Safb, G, H) Rbm15. Panels A, C, E, and G show the same magnif... |
PMC1199591_F3_2993.jpg | What object or scene is depicted here? | Diversity of RBP expression in major cellular subtypes of the P0 retina. In situ hybridization for four representative RBPs that exhibit laminar-specific expression in the P0 mouse retina. Labels indicate Locuslink gene names. A, B) A2bp1, C, D) Pcbp3, E, F) Safb, G, H) Rbm15. Panels A, C, E, and G show the same magnif... |
PMC1199591_F5_3002.jpg | What is shown in this image? | In situ hybridization profiling uncovers the non-neural, restricted expression of novel RBPs. Data from ISH performed on (A, C) coronal E13.5 and on (B, D, E) E15 sagittal sections are presented for RRM-encoding RBPS. A, B) The Riken gene 2210008M09 is transcribed in epithelia covering the facial skeleton. C-E) BC01348... |
PMC1199591_F5_3004.jpg | What can you see in this picture? | In situ hybridization profiling uncovers the non-neural, restricted expression of novel RBPs. Data from ISH performed on (A, C) coronal E13.5 and on (B, D, E) E15 sagittal sections are presented for RRM-encoding RBPS. A, B) The Riken gene 2210008M09 is transcribed in epithelia covering the facial skeleton. C-E) BC01348... |
PMC1199591_F5_3000.jpg | Describe the main subject of this image. | In situ hybridization profiling uncovers the non-neural, restricted expression of novel RBPs. Data from ISH performed on (A, C) coronal E13.5 and on (B, D, E) E15 sagittal sections are presented for RRM-encoding RBPS. A, B) The Riken gene 2210008M09 is transcribed in epithelia covering the facial skeleton. C-E) BC01348... |
PMC1199591_F5_3001.jpg | What is the core subject represented in this visual? | In situ hybridization profiling uncovers the non-neural, restricted expression of novel RBPs. Data from ISH performed on (A, C) coronal E13.5 and on (B, D, E) E15 sagittal sections are presented for RRM-encoding RBPS. A, B) The Riken gene 2210008M09 is transcribed in epithelia covering the facial skeleton. C-E) BC01348... |
PMC1199600_F1_3005.jpg | What is the principal component of this image? | Schematic representation of the micro-dissection of dentate gyrus and entorhinal cortex: This procedure was developed to isolate dentate gyrus and entorhinal cortex tissue from different rostral-caudal slabs in fresh-frozen mouse brain. A: Coronal section of mouse brain showing bore holes left from blunt-ended, 22 gaug... |
PMC1199600_F1_3007.jpg | What is the central feature of this picture? | Schematic representation of the micro-dissection of dentate gyrus and entorhinal cortex: This procedure was developed to isolate dentate gyrus and entorhinal cortex tissue from different rostral-caudal slabs in fresh-frozen mouse brain. A: Coronal section of mouse brain showing bore holes left from blunt-ended, 22 gaug... |
PMC1199608_F4_3009.jpg | Describe the main subject of this image. | Time-dependency on Pep27anal2 – induced apoptosis in Jukart cells. Apoptotic cells were counted among 200–400 cells in each group. The representative electron microscopic findings show apoptosis induced by etoposide or by Pep27anal2 after 4-hr incubation. (a) Control group. Some apoptotic cells were found. (b) Etoposid... |
PMC1199608_F4_3010.jpg | Can you identify the primary element in this image? | Time-dependency on Pep27anal2 – induced apoptosis in Jukart cells. Apoptotic cells were counted among 200–400 cells in each group. The representative electron microscopic findings show apoptosis induced by etoposide or by Pep27anal2 after 4-hr incubation. (a) Control group. Some apoptotic cells were found. (b) Etoposid... |
PMC1199624_F4_3013.jpg | What is the core subject represented in this visual? | Surface expression of ICAM-1 on HBEC and CD11b on AM. Photomicrographs of primary cultured HBEC and human AM on coverslips. Immunocytochemistry was performed using mouse anti-human CD54 monoclonal antibody on HBEC and mouse anti-human CD11b monoclonal antibody on AM. In the absence of PM10 stimulation HBEC rarely expre... |
PMC1199624_F4_3012.jpg | What is the core subject represented in this visual? | Surface expression of ICAM-1 on HBEC and CD11b on AM. Photomicrographs of primary cultured HBEC and human AM on coverslips. Immunocytochemistry was performed using mouse anti-human CD54 monoclonal antibody on HBEC and mouse anti-human CD11b monoclonal antibody on AM. In the absence of PM10 stimulation HBEC rarely expre... |
PMC1199624_F4_3014.jpg | What is the main focus of this visual representation? | Surface expression of ICAM-1 on HBEC and CD11b on AM. Photomicrographs of primary cultured HBEC and human AM on coverslips. Immunocytochemistry was performed using mouse anti-human CD54 monoclonal antibody on HBEC and mouse anti-human CD11b monoclonal antibody on AM. In the absence of PM10 stimulation HBEC rarely expre... |
PMC1199630_F1_3017.jpg | What is the dominant medical problem in this image? | Computed tomographic scan showing lesion in maxillary antrum with destruction of maxilla (2a) and hard palate (2b). |
PMC1199630_F1_3016.jpg | What does this image primarily show? | Computed tomographic scan showing lesion in maxillary antrum with destruction of maxilla (2a) and hard palate (2b). |
PMC1200429_F1_3026.jpg | What is the main focus of this visual representation? | Photomicrographs of histopathological and immunohistochemical studies of representative surgical lung biopsy specimens (A-E; idiopathic UIP, F-J; CVD-associated UIP, K-O; idiopathic NSIP, scale bar = 100 μm). Histopathological examination (hematoxylin-eosin staining) revealed fibroblastic foci in both idiopathic UIP (A... |
PMC1200429_F1_3030.jpg | What is shown in this image? | Photomicrographs of histopathological and immunohistochemical studies of representative surgical lung biopsy specimens (A-E; idiopathic UIP, F-J; CVD-associated UIP, K-O; idiopathic NSIP, scale bar = 100 μm). Histopathological examination (hematoxylin-eosin staining) revealed fibroblastic foci in both idiopathic UIP (A... |
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