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PMC2215329_pone-0001575-g002_16715.jpg | What is being portrayed in this visual content? | Airway inflammation, goblet cell hyperplasia and airway fibrosis following long and short term OVA challenges.Representative photomicrographs of paraffin-embedded lung sections stained with H&E (left column), Alcian-PAS (middle column) and Masson's trichrome (right column) from short term OVA challenged animals (d–l), ... |
PMC2215329_pone-0001575-g002_16730.jpg | What object or scene is depicted here? | Airway inflammation, goblet cell hyperplasia and airway fibrosis following long and short term OVA challenges.Representative photomicrographs of paraffin-embedded lung sections stained with H&E (left column), Alcian-PAS (middle column) and Masson's trichrome (right column) from short term OVA challenged animals (d–l), ... |
PMC2215329_pone-0001575-g002_16717.jpg | What is the principal component of this image? | Airway inflammation, goblet cell hyperplasia and airway fibrosis following long and short term OVA challenges.Representative photomicrographs of paraffin-embedded lung sections stained with H&E (left column), Alcian-PAS (middle column) and Masson's trichrome (right column) from short term OVA challenged animals (d–l), ... |
PMC2215329_pone-0001575-g002_16727.jpg | What is the central feature of this picture? | Airway inflammation, goblet cell hyperplasia and airway fibrosis following long and short term OVA challenges.Representative photomicrographs of paraffin-embedded lung sections stained with H&E (left column), Alcian-PAS (middle column) and Masson's trichrome (right column) from short term OVA challenged animals (d–l), ... |
PMC2215329_pone-0001575-g002_16722.jpg | What stands out most in this visual? | Airway inflammation, goblet cell hyperplasia and airway fibrosis following long and short term OVA challenges.Representative photomicrographs of paraffin-embedded lung sections stained with H&E (left column), Alcian-PAS (middle column) and Masson's trichrome (right column) from short term OVA challenged animals (d–l), ... |
PMC2215329_pone-0001575-g002_16716.jpg | What is the dominant medical problem in this image? | Airway inflammation, goblet cell hyperplasia and airway fibrosis following long and short term OVA challenges.Representative photomicrographs of paraffin-embedded lung sections stained with H&E (left column), Alcian-PAS (middle column) and Masson's trichrome (right column) from short term OVA challenged animals (d–l), ... |
PMC2215329_pone-0001575-g002_16721.jpg | What is the principal component of this image? | Airway inflammation, goblet cell hyperplasia and airway fibrosis following long and short term OVA challenges.Representative photomicrographs of paraffin-embedded lung sections stained with H&E (left column), Alcian-PAS (middle column) and Masson's trichrome (right column) from short term OVA challenged animals (d–l), ... |
PMC2215329_pone-0001575-g002_16714.jpg | What object or scene is depicted here? | Airway inflammation, goblet cell hyperplasia and airway fibrosis following long and short term OVA challenges.Representative photomicrographs of paraffin-embedded lung sections stained with H&E (left column), Alcian-PAS (middle column) and Masson's trichrome (right column) from short term OVA challenged animals (d–l), ... |
PMC2216021_F3_16731.jpg | What is the central feature of this picture? | Oblique left ankle radiograph with evidence of calcified loose bodies medial (arrow head) to the lateral maleolus and superimposed over the talus (arrow). This suggests synovial chondromatosis, likely located in both the flexor hallucis and tibialis posterior tendons. |
PMC2216021_F4_16732.jpg | Can you identify the primary element in this image? | Sagittal MRI of the right ankle (fat-saturated T2-weighted) revealing a predominantly low signal intensity nodule in the synovial sheath of the flexor hallucis longus tendon (arrow). |
PMC2216021_F6_16733.jpg | What is the main focus of this visual representation? | Sagittal MRI of the left ankle (fat-saturated T2-weighted) illustrates (arrow) two distinct low signal intensity nodules with surrounding effusion posterior to the talo-tibial joint. |
PMC2216034_F1_16735.jpg | What object or scene is depicted here? | Double contrast barium enema demonstrating anastomotic stricture prior to dilatation, two years before the obstructive episode. |
PMC2216059_pone-0001582-g002_16736.jpg | Can you identify the primary element in this image? | Light microscopic studies of ciliated bronchial epithelium from KD patient 3.A, immunohistochemistry (IHC) using synthetic antibody J, examples of specific staining of ICI indicated with arrows; B, IHC using control antibody I, no specific staining; C, H&E stain demonstrating that ICI are visible as amphophilic bodies ... |
PMC2216059_pone-0001582-g002_16741.jpg | What key item or scene is captured in this photo? | Light microscopic studies of ciliated bronchial epithelium from KD patient 3.A, immunohistochemistry (IHC) using synthetic antibody J, examples of specific staining of ICI indicated with arrows; B, IHC using control antibody I, no specific staining; C, H&E stain demonstrating that ICI are visible as amphophilic bodies ... |
PMC2216059_pone-0001582-g002_16738.jpg | What is the principal component of this image? | Light microscopic studies of ciliated bronchial epithelium from KD patient 3.A, immunohistochemistry (IHC) using synthetic antibody J, examples of specific staining of ICI indicated with arrows; B, IHC using control antibody I, no specific staining; C, H&E stain demonstrating that ICI are visible as amphophilic bodies ... |
PMC2216059_pone-0001582-g002_16740.jpg | Can you identify the primary element in this image? | Light microscopic studies of ciliated bronchial epithelium from KD patient 3.A, immunohistochemistry (IHC) using synthetic antibody J, examples of specific staining of ICI indicated with arrows; B, IHC using control antibody I, no specific staining; C, H&E stain demonstrating that ICI are visible as amphophilic bodies ... |
PMC2216079_fig1_16746.jpg | What's the most prominent thing you notice in this picture? | The 12th slice, 18th slice, and 24th slice of 3D PET dynamic data clustered image. |
PMC2216079_fig1_16744.jpg | What is shown in this image? | The 12th slice, 18th slice, and 24th slice of 3D PET dynamic data clustered image. |
PMC2216079_fig1_16750.jpg | What is the core subject represented in this visual? | The 12th slice, 18th slice, and 24th slice of 3D PET dynamic data clustered image. |
PMC2216079_fig1_16743.jpg | What is the focal point of this photograph? | The 12th slice, 18th slice, and 24th slice of 3D PET dynamic data clustered image. |
PMC2216079_fig1_16745.jpg | What is shown in this image? | The 12th slice, 18th slice, and 24th slice of 3D PET dynamic data clustered image. |
PMC2216079_fig1_16751.jpg | What is the principal component of this image? | The 12th slice, 18th slice, and 24th slice of 3D PET dynamic data clustered image. |
PMC2216079_fig1_16749.jpg | Can you identify the primary element in this image? | The 12th slice, 18th slice, and 24th slice of 3D PET dynamic data clustered image. |
PMC2216079_fig3_16759.jpg | What does this image primarily show? | The parametric images of the 12th slice in clinical 3D FDG PET
dynamic data, the first row is the images from
LLS and the second row is the
images from cLLS. |
PMC2216079_fig3_16757.jpg | What is the focal point of this photograph? | The parametric images of the 12th slice in clinical 3D FDG PET
dynamic data, the first row is the images from
LLS and the second row is the
images from cLLS. |
PMC2216079_fig3_16758.jpg | What is the principal component of this image? | The parametric images of the 12th slice in clinical 3D FDG PET
dynamic data, the first row is the images from
LLS and the second row is the
images from cLLS. |
PMC2216079_fig3_16752.jpg | What is the main focus of this visual representation? | The parametric images of the 12th slice in clinical 3D FDG PET
dynamic data, the first row is the images from
LLS and the second row is the
images from cLLS. |
PMC2216079_fig3_16754.jpg | What key item or scene is captured in this photo? | The parametric images of the 12th slice in clinical 3D FDG PET
dynamic data, the first row is the images from
LLS and the second row is the
images from cLLS. |
PMC2217516_F1_16767.jpg | What is the focal point of this photograph? | Internal view of the right chambers of a heart with Ebstein's anomaly with mild (Grade I) tethering of the septal leaflet (asterisk). Thickening of the free portion of the leaflet (arrow) is evident. The dotted line represents the atrioventricular junction where the tricuspid fibrous ring is located. The atrialized por... |
PMC2217516_F1_16766.jpg | What's the most prominent thing you notice in this picture? | Internal view of the right chambers of a heart with Ebstein's anomaly with mild (Grade I) tethering of the septal leaflet (asterisk). Thickening of the free portion of the leaflet (arrow) is evident. The dotted line represents the atrioventricular junction where the tricuspid fibrous ring is located. The atrialized por... |
PMC2217516_F2_16763.jpg | What object or scene is depicted here? | Internal view of the right chambers shows mild (Grade I) tethering of the tricuspid septal leaflet (asterisk). Note the nodular dysplasia of the free portion of the leaflet. Koch's triangle over the atrioventriculaar septum and the atrial septal defect are visible. The 4 chamber echocardiographic image shows grade I te... |
PMC2217516_F2_16762.jpg | What does this image primarily show? | Internal view of the right chambers shows mild (Grade I) tethering of the tricuspid septal leaflet (asterisk). Note the nodular dysplasia of the free portion of the leaflet. Koch's triangle over the atrioventriculaar septum and the atrial septal defect are visible. The 4 chamber echocardiographic image shows grade I te... |
PMC2217516_F3_16760.jpg | What is the principal component of this image? | Internal view of a heart with atrioventricular discordance in normal position and Ebstein's anomaly of a tricuspid valve situated on the left. There is grade I tethering of the septal leaflet (arrow) and dysplasia of the free portion of the leaflet. The 4 chamber echocardiographic image shows features similar to those ... |
PMC2217516_F3_16761.jpg | What is the central feature of this picture? | Internal view of a heart with atrioventricular discordance in normal position and Ebstein's anomaly of a tricuspid valve situated on the left. There is grade I tethering of the septal leaflet (arrow) and dysplasia of the free portion of the leaflet. The 4 chamber echocardiographic image shows features similar to those ... |
PMC2217516_F4_16765.jpg | What is shown in this image? | Internal view of the right ventricle shows grade II tethering of the tricuspid septal leaflet (asterisk). The 4 chamber echocardiographic image shows discontinuous leaflet tethering similar to the anatomic specimen. Abbreviations as before. |
PMC2217516_F5_16768.jpg | What is being portrayed in this visual content? | Internal view of the right chambers of a heart shows grade III tethering of the tricuspid septal leaflet. The arrows point to tethering of the posterior leaflet. The flap of the free portion of the septal leaflet can be seen (asterisk) as well as the redundant anterior leaflet with 3 accessory openings. The 4 chamber e... |
PMC2217516_F5_16769.jpg | What object or scene is depicted here? | Internal view of the right chambers of a heart shows grade III tethering of the tricuspid septal leaflet. The arrows point to tethering of the posterior leaflet. The flap of the free portion of the septal leaflet can be seen (asterisk) as well as the redundant anterior leaflet with 3 accessory openings. The 4 chamber e... |
PMC2217516_F6_16770.jpg | What is shown in this image? | Internal view of cardiac right chambers show extreme (grade III) leaflet tethering to the ventricular wall (arrows). There is severe reduction of the functional portion of the right ventricle, the apical portion of which is tunnel-shaped chamber. The echocardiographic image shows the great predominance of the atrialize... |
PMC2217516_F6_16771.jpg | What can you see in this picture? | Internal view of cardiac right chambers show extreme (grade III) leaflet tethering to the ventricular wall (arrows). There is severe reduction of the functional portion of the right ventricle, the apical portion of which is tunnel-shaped chamber. The echocardiographic image shows the great predominance of the atrialize... |
PMC2217516_F6_16772.jpg | What does this image primarily show? | Internal view of cardiac right chambers show extreme (grade III) leaflet tethering to the ventricular wall (arrows). There is severe reduction of the functional portion of the right ventricle, the apical portion of which is tunnel-shaped chamber. The echocardiographic image shows the great predominance of the atrialize... |
PMC2217516_F7_16777.jpg | What key item or scene is captured in this photo? | Internal view of the right chambers shows extreme tethering of the tricuspid septal and posterior leaflets to the ventricular wall (short arrows) and severe reduction of the functional portion of the right ventricle (long arrow). Note the atrial septal defect. The echocardiographic image shows the hammock-like aspect o... |
PMC2217516_F7_16778.jpg | What can you see in this picture? | Internal view of the right chambers shows extreme tethering of the tricuspid septal and posterior leaflets to the ventricular wall (short arrows) and severe reduction of the functional portion of the right ventricle (long arrow). Note the atrial septal defect. The echocardiographic image shows the hammock-like aspect o... |
PMC2217516_F8_16776.jpg | What stands out most in this visual? | Internal view of right chambers. There is anatomic continuity between the septal and posterior leaflets tethered to the right ventricular wall, forming a cul-de-sac (arrows) with reduction of the apical portion of the ventricle, which is occupied by multiple trabeculae. The echocardiogram shows similar features to thos... |
PMC2217516_F9_16774.jpg | What is shown in this image? | Internal view of the functional portion of the right ventricle shows a redundant anterior tricuspid leaflet and a flap of tissue from the septal leaflet that circumscribes the functional tricuspid opening. The echocardiographic image in an intermediate plane (60°) shows redundancy of the anterior leaflet. I: Infundibul... |
PMC2217516_F10_16785.jpg | What is the core subject represented in this visual? | Internal view of the functional portion of the right ventricle shows a redundant anterior leaflet that inserts directly into the septum and right ventricular free wall, forming a curtain that separates the atrialized and functional portions of right ventricle. Note the functional tricuspid opening (arrow) in a subinfun... |
PMC2217516_F10_16784.jpg | What is being portrayed in this visual content? | Internal view of the functional portion of the right ventricle shows a redundant anterior leaflet that inserts directly into the septum and right ventricular free wall, forming a curtain that separates the atrialized and functional portions of right ventricle. Note the functional tricuspid opening (arrow) in a subinfun... |
PMC2217516_F11_16783.jpg | What is the focal point of this photograph? | Right chambers of an anatomic specimen with Ebstein's anomaly show grade I tethering and severe dysplasia of the tricuspid valve. Note the huge dilatation of the right atrium, numerous fibromyxomatous nodules on the 3 leaflets and short, thickened and absent chordae tendineae. The echocardiographic images show nodules ... |
PMC2217516_F11_16782.jpg | What is being portrayed in this visual content? | Right chambers of an anatomic specimen with Ebstein's anomaly show grade I tethering and severe dysplasia of the tricuspid valve. Note the huge dilatation of the right atrium, numerous fibromyxomatous nodules on the 3 leaflets and short, thickened and absent chordae tendineae. The echocardiographic images show nodules ... |
PMC2217516_F11_16781.jpg | What is the central feature of this picture? | Right chambers of an anatomic specimen with Ebstein's anomaly show grade I tethering and severe dysplasia of the tricuspid valve. Note the huge dilatation of the right atrium, numerous fibromyxomatous nodules on the 3 leaflets and short, thickened and absent chordae tendineae. The echocardiographic images show nodules ... |
PMC2217516_F12_16779.jpg | What object or scene is depicted here? | Internal view of right chambers of a specimen heart with Ebstein's anomaly shows significant dilatation at the atrioventricular junction and an aneurysmal fibrous sac on the right ventricular posterior wall (asterisk). The echocardiographic image shows the same finding (asterisk). Abbreviations as before. |
PMC2217516_F13_16787.jpg | What is being portrayed in this visual content? | Internal view of the functional portion of the right ventricle shows the underdevelopment of the apical trabecular portion occupied by multiple myocardial bands that join the free wall to the ventricular septum (black arrow). The 4 chamber echocardiographic image shows a trabecular pattern of the apical portion (white ... |
PMC2217516_F13_16786.jpg | Can you identify the primary element in this image? | Internal view of the functional portion of the right ventricle shows the underdevelopment of the apical trabecular portion occupied by multiple myocardial bands that join the free wall to the ventricular septum (black arrow). The 4 chamber echocardiographic image shows a trabecular pattern of the apical portion (white ... |
PMC2217516_F15_16788.jpg | What is the focal point of this photograph? | Internal view of the functional portion of the right ventricle shows significant dilatation of the infundibulum (I) with thinning of its wall (Asterisk). The echocardiographic image at the level of great vessels shows dilatation of the infundibulum (I). Abbreviations as before. |
PMC2217516_F16_16791.jpg | What is being portrayed in this visual content? | Internal view of the left ventricle shows an anomalous muscular band that joins the free wall with the ventricular septum (stylus) in a heart with Ebstein's anomaly. The echocardiographic image shows an anomalous band in the left ventricle similar to that of the anatomic specimen. Note the tethering of the tricuspid se... |
PMC2217516_F16_16790.jpg | Describe the main subject of this image. | Internal view of the left ventricle shows an anomalous muscular band that joins the free wall with the ventricular septum (stylus) in a heart with Ebstein's anomaly. The echocardiographic image shows an anomalous band in the left ventricle similar to that of the anatomic specimen. Note the tethering of the tricuspid se... |
PMC2217533_F1_16792.jpg | What is the core subject represented in this visual? | A 14-year-old girl with idiopathic scoliosis and the Lenke classification was 1C+. A-B: AP radiographs before treatment showing right thoracic scoliosis measured 92°. C:Bending films showed right thoracic scoliosis corrected to 77°. D:The right thoracic curve correction obtained with Halo-femoral traction treatment was... |
PMC2217533_F1_16793.jpg | What can you see in this picture? | A 14-year-old girl with idiopathic scoliosis and the Lenke classification was 1C+. A-B: AP radiographs before treatment showing right thoracic scoliosis measured 92°. C:Bending films showed right thoracic scoliosis corrected to 77°. D:The right thoracic curve correction obtained with Halo-femoral traction treatment was... |
PMC2217533_F1_16794.jpg | Describe the main subject of this image. | A 14-year-old girl with idiopathic scoliosis and the Lenke classification was 1C+. A-B: AP radiographs before treatment showing right thoracic scoliosis measured 92°. C:Bending films showed right thoracic scoliosis corrected to 77°. D:The right thoracic curve correction obtained with Halo-femoral traction treatment was... |
PMC2217533_F1_16796.jpg | What is the central feature of this picture? | A 14-year-old girl with idiopathic scoliosis and the Lenke classification was 1C+. A-B: AP radiographs before treatment showing right thoracic scoliosis measured 92°. C:Bending films showed right thoracic scoliosis corrected to 77°. D:The right thoracic curve correction obtained with Halo-femoral traction treatment was... |
PMC2217533_F1_16797.jpg | What object or scene is depicted here? | A 14-year-old girl with idiopathic scoliosis and the Lenke classification was 1C+. A-B: AP radiographs before treatment showing right thoracic scoliosis measured 92°. C:Bending films showed right thoracic scoliosis corrected to 77°. D:The right thoracic curve correction obtained with Halo-femoral traction treatment was... |
PMC2217533_F1_16798.jpg | What is the main focus of this visual representation? | A 14-year-old girl with idiopathic scoliosis and the Lenke classification was 1C+. A-B: AP radiographs before treatment showing right thoracic scoliosis measured 92°. C:Bending films showed right thoracic scoliosis corrected to 77°. D:The right thoracic curve correction obtained with Halo-femoral traction treatment was... |
PMC2217533_F1_16799.jpg | What stands out most in this visual? | A 14-year-old girl with idiopathic scoliosis and the Lenke classification was 1C+. A-B: AP radiographs before treatment showing right thoracic scoliosis measured 92°. C:Bending films showed right thoracic scoliosis corrected to 77°. D:The right thoracic curve correction obtained with Halo-femoral traction treatment was... |
PMC2217533_F2_16802.jpg | What can you see in this picture? | A 13-year-old girl with congenital scoliosis with defect of formation and segmentation. A-B: AP radiographs before treatment showed left thoracic scoliosis measured 98° and thoracic kyphosis measured 85°. C:Bending films showed right thoracic scoliosis only corrected to 90°. D:The left thoracic curve correction obtaine... |
PMC2217533_F2_16801.jpg | What does this image primarily show? | A 13-year-old girl with congenital scoliosis with defect of formation and segmentation. A-B: AP radiographs before treatment showed left thoracic scoliosis measured 98° and thoracic kyphosis measured 85°. C:Bending films showed right thoracic scoliosis only corrected to 90°. D:The left thoracic curve correction obtaine... |
PMC2217533_F2_16804.jpg | Can you identify the primary element in this image? | A 13-year-old girl with congenital scoliosis with defect of formation and segmentation. A-B: AP radiographs before treatment showed left thoracic scoliosis measured 98° and thoracic kyphosis measured 85°. C:Bending films showed right thoracic scoliosis only corrected to 90°. D:The left thoracic curve correction obtaine... |
PMC2217533_F2_16800.jpg | What stands out most in this visual? | A 13-year-old girl with congenital scoliosis with defect of formation and segmentation. A-B: AP radiographs before treatment showed left thoracic scoliosis measured 98° and thoracic kyphosis measured 85°. C:Bending films showed right thoracic scoliosis only corrected to 90°. D:The left thoracic curve correction obtaine... |
PMC2217533_F2_16806.jpg | What does this image primarily show? | A 13-year-old girl with congenital scoliosis with defect of formation and segmentation. A-B: AP radiographs before treatment showed left thoracic scoliosis measured 98° and thoracic kyphosis measured 85°. C:Bending films showed right thoracic scoliosis only corrected to 90°. D:The left thoracic curve correction obtaine... |
PMC2217549_F2_16836.jpg | Can you identify the primary element in this image? | nr4a2b is co-expressed with TH in the DA neurons of the preoptic area and in the amacrine cells of the retina. (A-H) Whole mount in situ hybridization showing nr4a2b expression pattern at 24 hpf (A, E), 48 hpf (B, F), 72 hpf (C, G) and 96 hpf (D, H). Dorsal (A-D) and lateral (E-H) views of the head are represented, ant... |
PMC2217549_F2_16825.jpg | What is being portrayed in this visual content? | nr4a2b is co-expressed with TH in the DA neurons of the preoptic area and in the amacrine cells of the retina. (A-H) Whole mount in situ hybridization showing nr4a2b expression pattern at 24 hpf (A, E), 48 hpf (B, F), 72 hpf (C, G) and 96 hpf (D, H). Dorsal (A-D) and lateral (E-H) views of the head are represented, ant... |
PMC2217549_F2_16840.jpg | What is the main focus of this visual representation? | nr4a2b is co-expressed with TH in the DA neurons of the preoptic area and in the amacrine cells of the retina. (A-H) Whole mount in situ hybridization showing nr4a2b expression pattern at 24 hpf (A, E), 48 hpf (B, F), 72 hpf (C, G) and 96 hpf (D, H). Dorsal (A-D) and lateral (E-H) views of the head are represented, ant... |
PMC2217549_F2_16823.jpg | Describe the main subject of this image. | nr4a2b is co-expressed with TH in the DA neurons of the preoptic area and in the amacrine cells of the retina. (A-H) Whole mount in situ hybridization showing nr4a2b expression pattern at 24 hpf (A, E), 48 hpf (B, F), 72 hpf (C, G) and 96 hpf (D, H). Dorsal (A-D) and lateral (E-H) views of the head are represented, ant... |
PMC2217549_F2_16828.jpg | What is the central feature of this picture? | nr4a2b is co-expressed with TH in the DA neurons of the preoptic area and in the amacrine cells of the retina. (A-H) Whole mount in situ hybridization showing nr4a2b expression pattern at 24 hpf (A, E), 48 hpf (B, F), 72 hpf (C, G) and 96 hpf (D, H). Dorsal (A-D) and lateral (E-H) views of the head are represented, ant... |
PMC2217549_F2_16829.jpg | What is the core subject represented in this visual? | nr4a2b is co-expressed with TH in the DA neurons of the preoptic area and in the amacrine cells of the retina. (A-H) Whole mount in situ hybridization showing nr4a2b expression pattern at 24 hpf (A, E), 48 hpf (B, F), 72 hpf (C, G) and 96 hpf (D, H). Dorsal (A-D) and lateral (E-H) views of the head are represented, ant... |
PMC2217549_F2_16839.jpg | What object or scene is depicted here? | nr4a2b is co-expressed with TH in the DA neurons of the preoptic area and in the amacrine cells of the retina. (A-H) Whole mount in situ hybridization showing nr4a2b expression pattern at 24 hpf (A, E), 48 hpf (B, F), 72 hpf (C, G) and 96 hpf (D, H). Dorsal (A-D) and lateral (E-H) views of the head are represented, ant... |
PMC2217549_F2_16824.jpg | What is the main focus of this visual representation? | nr4a2b is co-expressed with TH in the DA neurons of the preoptic area and in the amacrine cells of the retina. (A-H) Whole mount in situ hybridization showing nr4a2b expression pattern at 24 hpf (A, E), 48 hpf (B, F), 72 hpf (C, G) and 96 hpf (D, H). Dorsal (A-D) and lateral (E-H) views of the head are represented, ant... |
PMC2217549_F2_16822.jpg | What is the main focus of this visual representation? | nr4a2b is co-expressed with TH in the DA neurons of the preoptic area and in the amacrine cells of the retina. (A-H) Whole mount in situ hybridization showing nr4a2b expression pattern at 24 hpf (A, E), 48 hpf (B, F), 72 hpf (C, G) and 96 hpf (D, H). Dorsal (A-D) and lateral (E-H) views of the head are represented, ant... |
PMC2217549_F2_16826.jpg | What is the core subject represented in this visual? | nr4a2b is co-expressed with TH in the DA neurons of the preoptic area and in the amacrine cells of the retina. (A-H) Whole mount in situ hybridization showing nr4a2b expression pattern at 24 hpf (A, E), 48 hpf (B, F), 72 hpf (C, G) and 96 hpf (D, H). Dorsal (A-D) and lateral (E-H) views of the head are represented, ant... |
PMC2217549_F7_16808.jpg | What is the dominant medical problem in this image? | nr4a2a is expressed in a population of differentiating neurons. (A-H") Dorsal views of 48 hpf embryos hybridized with lmx1b.1 and sox2 (A-B"), nr4a2a and sox2 (C-D"), nr4a2a and gfap (E-F"), or nr4a2a and elavl3 (G-H") probes show that nr4a2a is not expressed in progenitor cells, but in early differentiating cells. A, ... |
PMC2217549_F7_16809.jpg | What is the core subject represented in this visual? | nr4a2a is expressed in a population of differentiating neurons. (A-H") Dorsal views of 48 hpf embryos hybridized with lmx1b.1 and sox2 (A-B"), nr4a2a and sox2 (C-D"), nr4a2a and gfap (E-F"), or nr4a2a and elavl3 (G-H") probes show that nr4a2a is not expressed in progenitor cells, but in early differentiating cells. A, ... |
PMC2217549_F7_16814.jpg | What is the dominant medical problem in this image? | nr4a2a is expressed in a population of differentiating neurons. (A-H") Dorsal views of 48 hpf embryos hybridized with lmx1b.1 and sox2 (A-B"), nr4a2a and sox2 (C-D"), nr4a2a and gfap (E-F"), or nr4a2a and elavl3 (G-H") probes show that nr4a2a is not expressed in progenitor cells, but in early differentiating cells. A, ... |
PMC2217549_F7_16810.jpg | What is the core subject represented in this visual? | nr4a2a is expressed in a population of differentiating neurons. (A-H") Dorsal views of 48 hpf embryos hybridized with lmx1b.1 and sox2 (A-B"), nr4a2a and sox2 (C-D"), nr4a2a and gfap (E-F"), or nr4a2a and elavl3 (G-H") probes show that nr4a2a is not expressed in progenitor cells, but in early differentiating cells. A, ... |
PMC2217549_F7_16807.jpg | What does this image primarily show? | nr4a2a is expressed in a population of differentiating neurons. (A-H") Dorsal views of 48 hpf embryos hybridized with lmx1b.1 and sox2 (A-B"), nr4a2a and sox2 (C-D"), nr4a2a and gfap (E-F"), or nr4a2a and elavl3 (G-H") probes show that nr4a2a is not expressed in progenitor cells, but in early differentiating cells. A, ... |
PMC2217549_F7_16816.jpg | What is the principal component of this image? | nr4a2a is expressed in a population of differentiating neurons. (A-H") Dorsal views of 48 hpf embryos hybridized with lmx1b.1 and sox2 (A-B"), nr4a2a and sox2 (C-D"), nr4a2a and gfap (E-F"), or nr4a2a and elavl3 (G-H") probes show that nr4a2a is not expressed in progenitor cells, but in early differentiating cells. A, ... |
PMC2217549_F7_16811.jpg | What is being portrayed in this visual content? | nr4a2a is expressed in a population of differentiating neurons. (A-H") Dorsal views of 48 hpf embryos hybridized with lmx1b.1 and sox2 (A-B"), nr4a2a and sox2 (C-D"), nr4a2a and gfap (E-F"), or nr4a2a and elavl3 (G-H") probes show that nr4a2a is not expressed in progenitor cells, but in early differentiating cells. A, ... |
PMC2217549_F7_16820.jpg | What is the central feature of this picture? | nr4a2a is expressed in a population of differentiating neurons. (A-H") Dorsal views of 48 hpf embryos hybridized with lmx1b.1 and sox2 (A-B"), nr4a2a and sox2 (C-D"), nr4a2a and gfap (E-F"), or nr4a2a and elavl3 (G-H") probes show that nr4a2a is not expressed in progenitor cells, but in early differentiating cells. A, ... |
PMC2217549_F7_16812.jpg | What is the central feature of this picture? | nr4a2a is expressed in a population of differentiating neurons. (A-H") Dorsal views of 48 hpf embryos hybridized with lmx1b.1 and sox2 (A-B"), nr4a2a and sox2 (C-D"), nr4a2a and gfap (E-F"), or nr4a2a and elavl3 (G-H") probes show that nr4a2a is not expressed in progenitor cells, but in early differentiating cells. A, ... |
PMC2217549_F7_16819.jpg | What is the dominant medical problem in this image? | nr4a2a is expressed in a population of differentiating neurons. (A-H") Dorsal views of 48 hpf embryos hybridized with lmx1b.1 and sox2 (A-B"), nr4a2a and sox2 (C-D"), nr4a2a and gfap (E-F"), or nr4a2a and elavl3 (G-H") probes show that nr4a2a is not expressed in progenitor cells, but in early differentiating cells. A, ... |
PMC2217549_F7_16817.jpg | What's the most prominent thing you notice in this picture? | nr4a2a is expressed in a population of differentiating neurons. (A-H") Dorsal views of 48 hpf embryos hybridized with lmx1b.1 and sox2 (A-B"), nr4a2a and sox2 (C-D"), nr4a2a and gfap (E-F"), or nr4a2a and elavl3 (G-H") probes show that nr4a2a is not expressed in progenitor cells, but in early differentiating cells. A, ... |
PMC2217549_F7_16815.jpg | What is the main focus of this visual representation? | nr4a2a is expressed in a population of differentiating neurons. (A-H") Dorsal views of 48 hpf embryos hybridized with lmx1b.1 and sox2 (A-B"), nr4a2a and sox2 (C-D"), nr4a2a and gfap (E-F"), or nr4a2a and elavl3 (G-H") probes show that nr4a2a is not expressed in progenitor cells, but in early differentiating cells. A, ... |
PMC2217549_F7_16818.jpg | What is the core subject represented in this visual? | nr4a2a is expressed in a population of differentiating neurons. (A-H") Dorsal views of 48 hpf embryos hybridized with lmx1b.1 and sox2 (A-B"), nr4a2a and sox2 (C-D"), nr4a2a and gfap (E-F"), or nr4a2a and elavl3 (G-H") probes show that nr4a2a is not expressed in progenitor cells, but in early differentiating cells. A, ... |
PMC2217549_F7_16813.jpg | What's the most prominent thing you notice in this picture? | nr4a2a is expressed in a population of differentiating neurons. (A-H") Dorsal views of 48 hpf embryos hybridized with lmx1b.1 and sox2 (A-B"), nr4a2a and sox2 (C-D"), nr4a2a and gfap (E-F"), or nr4a2a and elavl3 (G-H") probes show that nr4a2a is not expressed in progenitor cells, but in early differentiating cells. A, ... |
PMC2217561_F2_16844.jpg | Can you identify the primary element in this image? | Suprabasal-specific Cldns in epidermal tumor progression. Cldn6, Cldn11, Cldn12 and Cldn18 expression changes during epidermal tumorigenesis to occupy a gradually expanding zone of expression as observed after 2 (a-d), 6 (e-h) and 12 (i-l) weeks of the carcinogenesis protocol. While the localization of these suprabasal... |
PMC2217561_F2_16847.jpg | What is the focal point of this photograph? | Suprabasal-specific Cldns in epidermal tumor progression. Cldn6, Cldn11, Cldn12 and Cldn18 expression changes during epidermal tumorigenesis to occupy a gradually expanding zone of expression as observed after 2 (a-d), 6 (e-h) and 12 (i-l) weeks of the carcinogenesis protocol. While the localization of these suprabasal... |
PMC2217561_F2_16843.jpg | What is the main focus of this visual representation? | Suprabasal-specific Cldns in epidermal tumor progression. Cldn6, Cldn11, Cldn12 and Cldn18 expression changes during epidermal tumorigenesis to occupy a gradually expanding zone of expression as observed after 2 (a-d), 6 (e-h) and 12 (i-l) weeks of the carcinogenesis protocol. While the localization of these suprabasal... |
PMC2217561_F2_16845.jpg | What object or scene is depicted here? | Suprabasal-specific Cldns in epidermal tumor progression. Cldn6, Cldn11, Cldn12 and Cldn18 expression changes during epidermal tumorigenesis to occupy a gradually expanding zone of expression as observed after 2 (a-d), 6 (e-h) and 12 (i-l) weeks of the carcinogenesis protocol. While the localization of these suprabasal... |
PMC2217561_F2_16851.jpg | What's the most prominent thing you notice in this picture? | Suprabasal-specific Cldns in epidermal tumor progression. Cldn6, Cldn11, Cldn12 and Cldn18 expression changes during epidermal tumorigenesis to occupy a gradually expanding zone of expression as observed after 2 (a-d), 6 (e-h) and 12 (i-l) weeks of the carcinogenesis protocol. While the localization of these suprabasal... |
PMC2217561_F2_16853.jpg | What is the dominant medical problem in this image? | Suprabasal-specific Cldns in epidermal tumor progression. Cldn6, Cldn11, Cldn12 and Cldn18 expression changes during epidermal tumorigenesis to occupy a gradually expanding zone of expression as observed after 2 (a-d), 6 (e-h) and 12 (i-l) weeks of the carcinogenesis protocol. While the localization of these suprabasal... |
PMC2217561_F2_16850.jpg | What is the principal component of this image? | Suprabasal-specific Cldns in epidermal tumor progression. Cldn6, Cldn11, Cldn12 and Cldn18 expression changes during epidermal tumorigenesis to occupy a gradually expanding zone of expression as observed after 2 (a-d), 6 (e-h) and 12 (i-l) weeks of the carcinogenesis protocol. While the localization of these suprabasal... |
PMC2217561_F2_16846.jpg | What is the principal component of this image? | Suprabasal-specific Cldns in epidermal tumor progression. Cldn6, Cldn11, Cldn12 and Cldn18 expression changes during epidermal tumorigenesis to occupy a gradually expanding zone of expression as observed after 2 (a-d), 6 (e-h) and 12 (i-l) weeks of the carcinogenesis protocol. While the localization of these suprabasal... |
PMC2217561_F2_16842.jpg | What is the core subject represented in this visual? | Suprabasal-specific Cldns in epidermal tumor progression. Cldn6, Cldn11, Cldn12 and Cldn18 expression changes during epidermal tumorigenesis to occupy a gradually expanding zone of expression as observed after 2 (a-d), 6 (e-h) and 12 (i-l) weeks of the carcinogenesis protocol. While the localization of these suprabasal... |
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