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PMC9417040_pone.0272639.g001_386896.jpg | What key item or scene is captured in this photo? | Illustration of RMA in coronal view of cine-mode 4DCT. |
PMC9417040_pone.0272639.g012_386905.jpg | Can you identify the primary element in this image? | Coronal view of sorted 4DCT and its evaluation regions for performance comparison of the sorting algorithm. |
PMC9417040_pone.0272639.g012_386906.jpg | What object or scene is depicted here? | Coronal view of sorted 4DCT and its evaluation regions for performance comparison of the sorting algorithm. |
PMC9417040_pone.0272639.g013_386901.jpg | What is being portrayed in this visual content? | Coronal view of sorted 4DCT of the abdominal region according to the sorting algorithm.(Patient #33) a) conventional phase sorting, b) amplitude-weighted phase sorting, c) amplitude-weighted phase sorting with image similarity, and d) manual sorting method. |
PMC9417040_pone.0272639.g013_386903.jpg | Can you identify the primary element in this image? | Coronal view of sorted 4DCT of the abdominal region according to the sorting algorithm.(Patient #33) a) conventional phase sorting, b) amplitude-weighted phase sorting, c) amplitude-weighted phase sorting with image similarity, and d) manual sorting method. |
PMC9417040_pone.0272639.g013_386902.jpg | What object or scene is depicted here? | Coronal view of sorted 4DCT of the abdominal region according to the sorting algorithm.(Patient #33) a) conventional phase sorting, b) amplitude-weighted phase sorting, c) amplitude-weighted phase sorting with image similarity, and d) manual sorting method. |
PMC9417040_pone.0272639.g013_386904.jpg | What's the most prominent thing you notice in this picture? | Coronal view of sorted 4DCT of the abdominal region according to the sorting algorithm.(Patient #33) a) conventional phase sorting, b) amplitude-weighted phase sorting, c) amplitude-weighted phase sorting with image similarity, and d) manual sorting method. |
PMC9417040_pone.0272639.g014_386897.jpg | What is shown in this image? | Coronal view of sorted 4DCT of the abdominal region according to the sorting algorithm.(Patient #1) (a) conventional phase sorting, b) amplitude-weighted phase sorting, c) amplitude-weighted phase sorting with image similarity, and d) manual sorting method. |
PMC9417040_pone.0272639.g014_386899.jpg | What is the main focus of this visual representation? | Coronal view of sorted 4DCT of the abdominal region according to the sorting algorithm.(Patient #1) (a) conventional phase sorting, b) amplitude-weighted phase sorting, c) amplitude-weighted phase sorting with image similarity, and d) manual sorting method. |
PMC9417040_pone.0272639.g014_386900.jpg | What is being portrayed in this visual content? | Coronal view of sorted 4DCT of the abdominal region according to the sorting algorithm.(Patient #1) (a) conventional phase sorting, b) amplitude-weighted phase sorting, c) amplitude-weighted phase sorting with image similarity, and d) manual sorting method. |
PMC9417060_FIG2_386909.jpg | What does this image primarily show? | X-ray of the left tibia anteriorly (L) and laterally (R) showing pseudoarthrosis with signs of sclerosisThe black arrows show the site of lesion on the tibia over the X-rays |
PMC9417063_FIG1_386910.jpg | What object or scene is depicted here? | MRI (SAG T1 + contrast sequence) showing a long segment of epidural enhancement compatible with epidural phlegmon/abscess, extending T12 through the imaged sacral levels, which contributes to a varying degree of the spinal canal and neural foraminal narrowingSAG: Sagittal. |
PMC9417063_FIG2_386911.jpg | Describe the main subject of this image. | MRI (SAG T2 sequence) showing peripherally enhancing abscess spanning the approximate upper/mid-L3 vertebral body level to the superior L4 vertebral body level, located within the left posterior epidural space of the spinal canalSAG: Sagittal. |
PMC9417063_FIG3_386917.jpg | What is the core subject represented in this visual? | MRI (axial T2 sequence) showing multifocal left paraspinal abscesses and phlegmon, with some possible communication: T2 hyperintense left paraspinal collection at the approximate L4 level measures roughly 1.4 cm (AP) x 1.5 cm (TRV) x 2.8 cm (SI) and abuts the dorsal aspect of the left L3-L4 facet joint.AP: Anteroposter... |
PMC9417063_FIG3_386916.jpg | What is being portrayed in this visual content? | MRI (axial T2 sequence) showing multifocal left paraspinal abscesses and phlegmon, with some possible communication: T2 hyperintense left paraspinal collection at the approximate L4 level measures roughly 1.4 cm (AP) x 1.5 cm (TRV) x 2.8 cm (SI) and abuts the dorsal aspect of the left L3-L4 facet joint.AP: Anteroposter... |
PMC9417064_FIG3_386912.jpg | What can you see in this picture? | Axial view of pelvis computed tomography scan demonstrating bilateral non-displaced superior pubic rami fractures and an intraarticular bony fragment in the right hip joint |
PMC9417064_FIG5_386915.jpg | Can you identify the primary element in this image? | Coronal view of the pelvis computed tomography scan demonstrating non-displaced left sacral ala fracture |
PMC9417064_FIG6_386919.jpg | What is the main focus of this visual representation? | Coronal view of the pelvis computed tomography scan demonstrating distal extension of the non-displaced left sacral fracture |
PMC9417064_FIG7_386918.jpg | What is the dominant medical problem in this image? | Axial view of the pelvis computed tomography scan demonstrating no widening at the right sacroiliac joint with left-sided sacral ala fracture re-demonstrated |
PMC9417109_F1_386920.jpg | What is shown in this image? | Preoperative CT scans and T2-weighted MRI of the sinuses. The area surrounded by the arrowhead indicates the lesion. (A) Coronal CT, (B) Axial CT, (C) Sagittal CT, and (D) T2-weighted MRI. CT, computed tomography; MRI, magnetic resonance image. |
PMC9417109_F1_386921.jpg | What can you see in this picture? | Preoperative CT scans and T2-weighted MRI of the sinuses. The area surrounded by the arrowhead indicates the lesion. (A) Coronal CT, (B) Axial CT, (C) Sagittal CT, and (D) T2-weighted MRI. CT, computed tomography; MRI, magnetic resonance image. |
PMC9417109_F1_386922.jpg | What is the principal component of this image? | Preoperative CT scans and T2-weighted MRI of the sinuses. The area surrounded by the arrowhead indicates the lesion. (A) Coronal CT, (B) Axial CT, (C) Sagittal CT, and (D) T2-weighted MRI. CT, computed tomography; MRI, magnetic resonance image. |
PMC9417109_F1_386923.jpg | What is the main focus of this visual representation? | Preoperative CT scans and T2-weighted MRI of the sinuses. The area surrounded by the arrowhead indicates the lesion. (A) Coronal CT, (B) Axial CT, (C) Sagittal CT, and (D) T2-weighted MRI. CT, computed tomography; MRI, magnetic resonance image. |
PMC9417109_F2_386928.jpg | What can you see in this picture? | Intraoperative endoscopic images and schematic view. (A) Right nasal cavity at the beginning of the operation. (B) Left nasal cavity at the beginning of the operation. (C) Right nasal cavity after L-shaped mucosal incision. (D) Right nasal cavity after resection of the nasal part of the cyst. (E) Right nasal cavity aft... |
PMC9417109_F2_386926.jpg | What is shown in this image? | Intraoperative endoscopic images and schematic view. (A) Right nasal cavity at the beginning of the operation. (B) Left nasal cavity at the beginning of the operation. (C) Right nasal cavity after L-shaped mucosal incision. (D) Right nasal cavity after resection of the nasal part of the cyst. (E) Right nasal cavity aft... |
PMC9417109_F4_386931.jpg | What key item or scene is captured in this photo? | Images 3 months after surgery. The area surrounded by the arrowhead indicates a surgically opened area. (A) CT scan of the sinuses. (B) Endoscopic image of the right nasal cavity. CT, computed tomography; INT, inferior nasal turbinate; MNT, middle nasal turbinate; NS, nasal septum. |
PMC9417109_F4_386930.jpg | What does this image primarily show? | Images 3 months after surgery. The area surrounded by the arrowhead indicates a surgically opened area. (A) CT scan of the sinuses. (B) Endoscopic image of the right nasal cavity. CT, computed tomography; INT, inferior nasal turbinate; MNT, middle nasal turbinate; NS, nasal septum. |
PMC9417326_FIG2_386932.jpg | What is being portrayed in this visual content? | MRI T2-sagittal view revealing multiple small-to-large white matter lesions ("snowballs") and linear lesions ("spokes")A-C: Multiple large white matter lesions (snowballs) seen within the rostrum, genu, and body of the corpus callosum. D: Linear (spoke) lesion seen within the genu of the corpus callosum. |
PMC9417326_FIG2_386933.jpg | What is shown in this image? | MRI T2-sagittal view revealing multiple small-to-large white matter lesions ("snowballs") and linear lesions ("spokes")A-C: Multiple large white matter lesions (snowballs) seen within the rostrum, genu, and body of the corpus callosum. D: Linear (spoke) lesion seen within the genu of the corpus callosum. |
PMC9417326_FIG2_386935.jpg | What is the principal component of this image? | MRI T2-sagittal view revealing multiple small-to-large white matter lesions ("snowballs") and linear lesions ("spokes")A-C: Multiple large white matter lesions (snowballs) seen within the rostrum, genu, and body of the corpus callosum. D: Linear (spoke) lesion seen within the genu of the corpus callosum. |
PMC9417326_FIG2_386934.jpg | What is the central feature of this picture? | MRI T2-sagittal view revealing multiple small-to-large white matter lesions ("snowballs") and linear lesions ("spokes")A-C: Multiple large white matter lesions (snowballs) seen within the rostrum, genu, and body of the corpus callosum. D: Linear (spoke) lesion seen within the genu of the corpus callosum. |
PMC9417335_F2_386939.jpg | What is shown in this image? | Poster for the identification of genuine/fake saffron: Genuine saffron (a–d) saffron in filament (Laccha), (e–h) saffron in cut filament (Mongra); fake samples (i–##). |
PMC9417335_F2_386957.jpg | Can you identify the primary element in this image? | Poster for the identification of genuine/fake saffron: Genuine saffron (a–d) saffron in filament (Laccha), (e–h) saffron in cut filament (Mongra); fake samples (i–##). |
PMC9417335_F2_386948.jpg | What does this image primarily show? | Poster for the identification of genuine/fake saffron: Genuine saffron (a–d) saffron in filament (Laccha), (e–h) saffron in cut filament (Mongra); fake samples (i–##). |
PMC9417335_F2_386949.jpg | What is the dominant medical problem in this image? | Poster for the identification of genuine/fake saffron: Genuine saffron (a–d) saffron in filament (Laccha), (e–h) saffron in cut filament (Mongra); fake samples (i–##). |
PMC9417335_F2_386943.jpg | Can you identify the primary element in this image? | Poster for the identification of genuine/fake saffron: Genuine saffron (a–d) saffron in filament (Laccha), (e–h) saffron in cut filament (Mongra); fake samples (i–##). |
PMC9417335_F2_386955.jpg | What's the most prominent thing you notice in this picture? | Poster for the identification of genuine/fake saffron: Genuine saffron (a–d) saffron in filament (Laccha), (e–h) saffron in cut filament (Mongra); fake samples (i–##). |
PMC9417335_F2_386940.jpg | What is being portrayed in this visual content? | Poster for the identification of genuine/fake saffron: Genuine saffron (a–d) saffron in filament (Laccha), (e–h) saffron in cut filament (Mongra); fake samples (i–##). |
PMC9417335_F2_386953.jpg | What is shown in this image? | Poster for the identification of genuine/fake saffron: Genuine saffron (a–d) saffron in filament (Laccha), (e–h) saffron in cut filament (Mongra); fake samples (i–##). |
PMC9417335_F2_386946.jpg | What is the central feature of this picture? | Poster for the identification of genuine/fake saffron: Genuine saffron (a–d) saffron in filament (Laccha), (e–h) saffron in cut filament (Mongra); fake samples (i–##). |
PMC9417335_F2_386954.jpg | What is the central feature of this picture? | Poster for the identification of genuine/fake saffron: Genuine saffron (a–d) saffron in filament (Laccha), (e–h) saffron in cut filament (Mongra); fake samples (i–##). |
PMC9417335_F2_386944.jpg | What is the principal component of this image? | Poster for the identification of genuine/fake saffron: Genuine saffron (a–d) saffron in filament (Laccha), (e–h) saffron in cut filament (Mongra); fake samples (i–##). |
PMC9417335_F2_386945.jpg | Can you identify the primary element in this image? | Poster for the identification of genuine/fake saffron: Genuine saffron (a–d) saffron in filament (Laccha), (e–h) saffron in cut filament (Mongra); fake samples (i–##). |
PMC9417544_F4_386962.jpg | What is the principal component of this image? | Colonization and population dynamics of gfp-tagged K. aerogenes HGG15 in mulberry seedlings. (A) Infection and colonization of gfp-tagged K. aerogenes HGG15 in mulberry. r, mulberry root of control group in 1 dpi; s, mulberry stem of control group in 3 dpi; I, mulberry petiole of control group in 7 dpi; 1, mulberry roo... |
PMC9417544_F4_386973.jpg | What is the core subject represented in this visual? | Colonization and population dynamics of gfp-tagged K. aerogenes HGG15 in mulberry seedlings. (A) Infection and colonization of gfp-tagged K. aerogenes HGG15 in mulberry. r, mulberry root of control group in 1 dpi; s, mulberry stem of control group in 3 dpi; I, mulberry petiole of control group in 7 dpi; 1, mulberry roo... |
PMC9417544_F4_386967.jpg | What key item or scene is captured in this photo? | Colonization and population dynamics of gfp-tagged K. aerogenes HGG15 in mulberry seedlings. (A) Infection and colonization of gfp-tagged K. aerogenes HGG15 in mulberry. r, mulberry root of control group in 1 dpi; s, mulberry stem of control group in 3 dpi; I, mulberry petiole of control group in 7 dpi; 1, mulberry roo... |
PMC9417544_F4_386970.jpg | What is the central feature of this picture? | Colonization and population dynamics of gfp-tagged K. aerogenes HGG15 in mulberry seedlings. (A) Infection and colonization of gfp-tagged K. aerogenes HGG15 in mulberry. r, mulberry root of control group in 1 dpi; s, mulberry stem of control group in 3 dpi; I, mulberry petiole of control group in 7 dpi; 1, mulberry roo... |
PMC9417544_F4_386969.jpg | What is the principal component of this image? | Colonization and population dynamics of gfp-tagged K. aerogenes HGG15 in mulberry seedlings. (A) Infection and colonization of gfp-tagged K. aerogenes HGG15 in mulberry. r, mulberry root of control group in 1 dpi; s, mulberry stem of control group in 3 dpi; I, mulberry petiole of control group in 7 dpi; 1, mulberry roo... |
PMC9417544_F4_386972.jpg | What is the main focus of this visual representation? | Colonization and population dynamics of gfp-tagged K. aerogenes HGG15 in mulberry seedlings. (A) Infection and colonization of gfp-tagged K. aerogenes HGG15 in mulberry. r, mulberry root of control group in 1 dpi; s, mulberry stem of control group in 3 dpi; I, mulberry petiole of control group in 7 dpi; 1, mulberry roo... |
PMC9417544_F4_386963.jpg | What is the main focus of this visual representation? | Colonization and population dynamics of gfp-tagged K. aerogenes HGG15 in mulberry seedlings. (A) Infection and colonization of gfp-tagged K. aerogenes HGG15 in mulberry. r, mulberry root of control group in 1 dpi; s, mulberry stem of control group in 3 dpi; I, mulberry petiole of control group in 7 dpi; 1, mulberry roo... |
PMC9417544_F4_386971.jpg | What is being portrayed in this visual content? | Colonization and population dynamics of gfp-tagged K. aerogenes HGG15 in mulberry seedlings. (A) Infection and colonization of gfp-tagged K. aerogenes HGG15 in mulberry. r, mulberry root of control group in 1 dpi; s, mulberry stem of control group in 3 dpi; I, mulberry petiole of control group in 7 dpi; 1, mulberry roo... |
PMC9417544_F4_386964.jpg | What does this image primarily show? | Colonization and population dynamics of gfp-tagged K. aerogenes HGG15 in mulberry seedlings. (A) Infection and colonization of gfp-tagged K. aerogenes HGG15 in mulberry. r, mulberry root of control group in 1 dpi; s, mulberry stem of control group in 3 dpi; I, mulberry petiole of control group in 7 dpi; 1, mulberry roo... |
PMC9417544_F4_386966.jpg | What does this image primarily show? | Colonization and population dynamics of gfp-tagged K. aerogenes HGG15 in mulberry seedlings. (A) Infection and colonization of gfp-tagged K. aerogenes HGG15 in mulberry. r, mulberry root of control group in 1 dpi; s, mulberry stem of control group in 3 dpi; I, mulberry petiole of control group in 7 dpi; 1, mulberry roo... |
PMC9417589_FIG1_386975.jpg | What is shown in this image? | A: Ultrasound of the right distal humerus, bilobed structure measuring 3.1 x 1.2 cm, surrounding tissues are edematous; B: Magnetic resonance imaging (MRI) of the right humerus, axillary lymphadenopathy measuring 3.2 x 3.4 cm; C: MRI of the right humerus, enlarged lymph node measuring 3.0 x 2.7 cm |
PMC9417589_FIG1_386976.jpg | What's the most prominent thing you notice in this picture? | A: Ultrasound of the right distal humerus, bilobed structure measuring 3.1 x 1.2 cm, surrounding tissues are edematous; B: Magnetic resonance imaging (MRI) of the right humerus, axillary lymphadenopathy measuring 3.2 x 3.4 cm; C: MRI of the right humerus, enlarged lymph node measuring 3.0 x 2.7 cm |
PMC9417589_FIG1_386974.jpg | What's the most prominent thing you notice in this picture? | A: Ultrasound of the right distal humerus, bilobed structure measuring 3.1 x 1.2 cm, surrounding tissues are edematous; B: Magnetic resonance imaging (MRI) of the right humerus, axillary lymphadenopathy measuring 3.2 x 3.4 cm; C: MRI of the right humerus, enlarged lymph node measuring 3.0 x 2.7 cm |
PMC9417783_fig2_386977.jpg | What key item or scene is captured in this photo? | Female, 35 years old, MS-LCH (lymph nodes + bone marrow + spleen). A1 was PET MIP; B1 was CT cross-section; C1, D1, E1, and F1 were PET/CT fusion, respectively. A1 showed multiple enlarged lymph nodes observed in the bilateral neck, pelvic cavity, and retroperitoneum, with increased FDG uptake and SUVmax of 8.7. B1 sho... |
PMC9417783_fig2_386981.jpg | Can you identify the primary element in this image? | Female, 35 years old, MS-LCH (lymph nodes + bone marrow + spleen). A1 was PET MIP; B1 was CT cross-section; C1, D1, E1, and F1 were PET/CT fusion, respectively. A1 showed multiple enlarged lymph nodes observed in the bilateral neck, pelvic cavity, and retroperitoneum, with increased FDG uptake and SUVmax of 8.7. B1 sho... |
PMC9417783_fig2_386978.jpg | What is shown in this image? | Female, 35 years old, MS-LCH (lymph nodes + bone marrow + spleen). A1 was PET MIP; B1 was CT cross-section; C1, D1, E1, and F1 were PET/CT fusion, respectively. A1 showed multiple enlarged lymph nodes observed in the bilateral neck, pelvic cavity, and retroperitoneum, with increased FDG uptake and SUVmax of 8.7. B1 sho... |
PMC9417783_fig2_386979.jpg | What is shown in this image? | Female, 35 years old, MS-LCH (lymph nodes + bone marrow + spleen). A1 was PET MIP; B1 was CT cross-section; C1, D1, E1, and F1 were PET/CT fusion, respectively. A1 showed multiple enlarged lymph nodes observed in the bilateral neck, pelvic cavity, and retroperitoneum, with increased FDG uptake and SUVmax of 8.7. B1 sho... |
PMC9417783_fig2_386982.jpg | What is the central feature of this picture? | Female, 35 years old, MS-LCH (lymph nodes + bone marrow + spleen). A1 was PET MIP; B1 was CT cross-section; C1, D1, E1, and F1 were PET/CT fusion, respectively. A1 showed multiple enlarged lymph nodes observed in the bilateral neck, pelvic cavity, and retroperitoneum, with increased FDG uptake and SUVmax of 8.7. B1 sho... |
PMC9417783_fig2_386980.jpg | What is the core subject represented in this visual? | Female, 35 years old, MS-LCH (lymph nodes + bone marrow + spleen). A1 was PET MIP; B1 was CT cross-section; C1, D1, E1, and F1 were PET/CT fusion, respectively. A1 showed multiple enlarged lymph nodes observed in the bilateral neck, pelvic cavity, and retroperitoneum, with increased FDG uptake and SUVmax of 8.7. B1 sho... |
PMC9417863_FIG1_386984.jpg | What is shown in this image? | Preoperative CT revealing suspected appendicitis.Axial (A) and coronal (B) CT scan of abdomen and pelvis demonstrating periappendiceal inflammation and the classic target sign of appendicitis (red arrow).CT, computed tomography |
PMC9417863_FIG1_386983.jpg | What can you see in this picture? | Preoperative CT revealing suspected appendicitis.Axial (A) and coronal (B) CT scan of abdomen and pelvis demonstrating periappendiceal inflammation and the classic target sign of appendicitis (red arrow).CT, computed tomography |
PMC9417919_FIG3_386985.jpg | What does this image primarily show? | Frozen section from Mohs micrographic surgery of granuloma annulare mimicking squamous atypia.Pathology shows a keratotic center and squamous atypia. (Hematoxylin-eosin stain; original magnification: 100X magnification) |
PMC9417919_FIG4_386986.jpg | What key item or scene is captured in this photo? | Frozen section from Mohs micrographic surgery of granuloma annulare showing mucin deposition in the dermis with a granulomatous infiltrate.(Hematoxylin-eosin stain; original magnification: 100X magnification) |
PMC9418070_Fig1_386992.jpg | What is the focal point of this photograph? | Creation of the 3D printed models. a Three types of decompression surgery were simulated using 3D image creation software. b–e The optic canal of each 3D printed model was puttied up. Arrows indicate the areas of bone removal. b A pre-decompression model was used as a control. c A medial decompression model. d A balanc... |
PMC9418070_Fig1_386991.jpg | What is the focal point of this photograph? | Creation of the 3D printed models. a Three types of decompression surgery were simulated using 3D image creation software. b–e The optic canal of each 3D printed model was puttied up. Arrows indicate the areas of bone removal. b A pre-decompression model was used as a control. c A medial decompression model. d A balanc... |
PMC9418070_Fig1_386989.jpg | What's the most prominent thing you notice in this picture? | Creation of the 3D printed models. a Three types of decompression surgery were simulated using 3D image creation software. b–e The optic canal of each 3D printed model was puttied up. Arrows indicate the areas of bone removal. b A pre-decompression model was used as a control. c A medial decompression model. d A balanc... |
PMC9418070_Fig1_386993.jpg | What's the most prominent thing you notice in this picture? | Creation of the 3D printed models. a Three types of decompression surgery were simulated using 3D image creation software. b–e The optic canal of each 3D printed model was puttied up. Arrows indicate the areas of bone removal. b A pre-decompression model was used as a control. c A medial decompression model. d A balanc... |
PMC9418070_Fig1_386988.jpg | What object or scene is depicted here? | Creation of the 3D printed models. a Three types of decompression surgery were simulated using 3D image creation software. b–e The optic canal of each 3D printed model was puttied up. Arrows indicate the areas of bone removal. b A pre-decompression model was used as a control. c A medial decompression model. d A balanc... |
PMC9418070_Fig1_386990.jpg | Can you identify the primary element in this image? | Creation of the 3D printed models. a Three types of decompression surgery were simulated using 3D image creation software. b–e The optic canal of each 3D printed model was puttied up. Arrows indicate the areas of bone removal. b A pre-decompression model was used as a control. c A medial decompression model. d A balanc... |
PMC9418070_Fig3_386994.jpg | Can you identify the primary element in this image? | Evaluation of orbital wall configuration. a, b Axial computed tomography (CT) images showing the maximum cross-sectional area of the medial rectus muscle and bulged (yellow area in b) and dented (red area in b) areas in the medial orbital wall. b is a magnification of the rectangular portion in (a). c, d A line was dra... |
PMC9418070_Fig3_386997.jpg | What's the most prominent thing you notice in this picture? | Evaluation of orbital wall configuration. a, b Axial computed tomography (CT) images showing the maximum cross-sectional area of the medial rectus muscle and bulged (yellow area in b) and dented (red area in b) areas in the medial orbital wall. b is a magnification of the rectangular portion in (a). c, d A line was dra... |
PMC9418070_Fig3_386996.jpg | What can you see in this picture? | Evaluation of orbital wall configuration. a, b Axial computed tomography (CT) images showing the maximum cross-sectional area of the medial rectus muscle and bulged (yellow area in b) and dented (red area in b) areas in the medial orbital wall. b is a magnification of the rectangular portion in (a). c, d A line was dra... |
PMC9418082_Fig1_387001.jpg | What is being portrayed in this visual content? | The OCT examination performed on a patient of group 1. Mild conjunctival edema is detectable on day 1. No conjunctival damage is detectable on days 8 and 15. It is possible to highlight the evolution of the scleral path. In the image corresponding to day 1, there is the residue of the first part of the scleral pathway ... |
PMC9418082_Fig1_387002.jpg | Can you identify the primary element in this image? | The OCT examination performed on a patient of group 1. Mild conjunctival edema is detectable on day 1. No conjunctival damage is detectable on days 8 and 15. It is possible to highlight the evolution of the scleral path. In the image corresponding to day 1, there is the residue of the first part of the scleral pathway ... |
PMC9418082_Fig1_387003.jpg | What can you see in this picture? | The OCT examination performed on a patient of group 1. Mild conjunctival edema is detectable on day 1. No conjunctival damage is detectable on days 8 and 15. It is possible to highlight the evolution of the scleral path. In the image corresponding to day 1, there is the residue of the first part of the scleral pathway ... |
PMC9418082_Fig2_387005.jpg | What is shown in this image? | The OCT examinations performed on different patients belonging to group 2. Mild conjunctival edema is detectable on day 1. No conjunctival damage is detectable on days 8 and 15. It is possible to highlight the evolution of the scleral path. In this figure, the arrow in the scan corresponding to day 1 highlights the int... |
PMC9418082_Fig2_387008.jpg | Describe the main subject of this image. | The OCT examinations performed on different patients belonging to group 2. Mild conjunctival edema is detectable on day 1. No conjunctival damage is detectable on days 8 and 15. It is possible to highlight the evolution of the scleral path. In this figure, the arrow in the scan corresponding to day 1 highlights the int... |
PMC9418082_Fig2_387006.jpg | What is being portrayed in this visual content? | The OCT examinations performed on different patients belonging to group 2. Mild conjunctival edema is detectable on day 1. No conjunctival damage is detectable on days 8 and 15. It is possible to highlight the evolution of the scleral path. In this figure, the arrow in the scan corresponding to day 1 highlights the int... |
PMC9418082_Fig3_387011.jpg | What is the core subject represented in this visual? | The OCT examinations performed on different patients belonging to group 2. Mild conjunctival edema is detectable on day 1. No conjunctival damage is detectable on days 8 and 15. It is possible to highlight the evolution of the scleral path. These images contain the scans of another patient and the evolution of the scle... |
PMC9418082_Fig3_387010.jpg | Describe the main subject of this image. | The OCT examinations performed on different patients belonging to group 2. Mild conjunctival edema is detectable on day 1. No conjunctival damage is detectable on days 8 and 15. It is possible to highlight the evolution of the scleral path. These images contain the scans of another patient and the evolution of the scle... |
PMC9418144_Fig6_387019.jpg | What can you see in this picture? | Cytokine treatment alters cellular proliferation. (A–D) Representative confocal images of cytokine-treated bovine intestinal organoids stained for Ki67 (Alexa Fluor 594) and DAPI taken on a ×40 objective. Scale bars denote 100 µm. (E) Percentage of proliferating cells as measured by confocal microscopy. C1, C2, and C3 ... |
PMC9418144_Fig6_387021.jpg | Can you identify the primary element in this image? | Cytokine treatment alters cellular proliferation. (A–D) Representative confocal images of cytokine-treated bovine intestinal organoids stained for Ki67 (Alexa Fluor 594) and DAPI taken on a ×40 objective. Scale bars denote 100 µm. (E) Percentage of proliferating cells as measured by confocal microscopy. C1, C2, and C3 ... |
PMC9418144_Fig6_387016.jpg | What's the most prominent thing you notice in this picture? | Cytokine treatment alters cellular proliferation. (A–D) Representative confocal images of cytokine-treated bovine intestinal organoids stained for Ki67 (Alexa Fluor 594) and DAPI taken on a ×40 objective. Scale bars denote 100 µm. (E) Percentage of proliferating cells as measured by confocal microscopy. C1, C2, and C3 ... |
PMC9418177_Fig2_387026.jpg | What's the most prominent thing you notice in this picture? | MDI for unsupervised observation reflects the vascularization density. (a) Anatomical regions are extracted from anatomical structures. The hidden areas are excluded from the study. MDI computation with a range of 100 µm on binarized vascularization. (b) Selection of a round reference region of 1.2 mm diameter in the t... |
PMC9418177_Fig2_387027.jpg | What is the focal point of this photograph? | MDI for unsupervised observation reflects the vascularization density. (a) Anatomical regions are extracted from anatomical structures. The hidden areas are excluded from the study. MDI computation with a range of 100 µm on binarized vascularization. (b) Selection of a round reference region of 1.2 mm diameter in the t... |
PMC9418177_Fig2_387024.jpg | What is being portrayed in this visual content? | MDI for unsupervised observation reflects the vascularization density. (a) Anatomical regions are extracted from anatomical structures. The hidden areas are excluded from the study. MDI computation with a range of 100 µm on binarized vascularization. (b) Selection of a round reference region of 1.2 mm diameter in the t... |
PMC9418177_Fig2_387025.jpg | What is the core subject represented in this visual? | MDI for unsupervised observation reflects the vascularization density. (a) Anatomical regions are extracted from anatomical structures. The hidden areas are excluded from the study. MDI computation with a range of 100 µm on binarized vascularization. (b) Selection of a round reference region of 1.2 mm diameter in the t... |
PMC9418177_Fig3_387028.jpg | What can you see in this picture? | The MCA occlusion ischemic stroke was observed with 3DULM at the early phase. (a) 3D renderings at before and 30 min after stroke’s induction (Supplementary Video S1). (b) Sagittal and coronal slices of 600 µm with velocity rendering at different timepoints. Ischemic cortex wrapped with a white dotted line. \documentcl... |
PMC9418177_Fig3_387030.jpg | What is being portrayed in this visual content? | The MCA occlusion ischemic stroke was observed with 3DULM at the early phase. (a) 3D renderings at before and 30 min after stroke’s induction (Supplementary Video S1). (b) Sagittal and coronal slices of 600 µm with velocity rendering at different timepoints. Ischemic cortex wrapped with a white dotted line. \documentcl... |
PMC9418177_Fig3_387031.jpg | What's the most prominent thing you notice in this picture? | The MCA occlusion ischemic stroke was observed with 3DULM at the early phase. (a) 3D renderings at before and 30 min after stroke’s induction (Supplementary Video S1). (b) Sagittal and coronal slices of 600 µm with velocity rendering at different timepoints. Ischemic cortex wrapped with a white dotted line. \documentcl... |
PMC9418177_Fig3_387034.jpg | Describe the main subject of this image. | The MCA occlusion ischemic stroke was observed with 3DULM at the early phase. (a) 3D renderings at before and 30 min after stroke’s induction (Supplementary Video S1). (b) Sagittal and coronal slices of 600 µm with velocity rendering at different timepoints. Ischemic cortex wrapped with a white dotted line. \documentcl... |
PMC9418177_Fig3_387029.jpg | What is the dominant medical problem in this image? | The MCA occlusion ischemic stroke was observed with 3DULM at the early phase. (a) 3D renderings at before and 30 min after stroke’s induction (Supplementary Video S1). (b) Sagittal and coronal slices of 600 µm with velocity rendering at different timepoints. Ischemic cortex wrapped with a white dotted line. \documentcl... |
PMC9418177_Fig3_387032.jpg | What is the central feature of this picture? | The MCA occlusion ischemic stroke was observed with 3DULM at the early phase. (a) 3D renderings at before and 30 min after stroke’s induction (Supplementary Video S1). (b) Sagittal and coronal slices of 600 µm with velocity rendering at different timepoints. Ischemic cortex wrapped with a white dotted line. \documentcl... |
PMC9418177_Fig3_387033.jpg | What is the main focus of this visual representation? | The MCA occlusion ischemic stroke was observed with 3DULM at the early phase. (a) 3D renderings at before and 30 min after stroke’s induction (Supplementary Video S1). (b) Sagittal and coronal slices of 600 µm with velocity rendering at different timepoints. Ischemic cortex wrapped with a white dotted line. \documentcl... |
PMC9418177_Fig3_387035.jpg | What is the focal point of this photograph? | The MCA occlusion ischemic stroke was observed with 3DULM at the early phase. (a) 3D renderings at before and 30 min after stroke’s induction (Supplementary Video S1). (b) Sagittal and coronal slices of 600 µm with velocity rendering at different timepoints. Ischemic cortex wrapped with a white dotted line. \documentcl... |
PMC9418177_Fig5_387040.jpg | What can you see in this picture? | Collagenase induced hemorrhage in the striatum observed with 3DULM in the early phase. (a) 3D renderings before, and 1h30 after stroke’s induction, and the day after (Supplementary Video S2). (b) Sagittal and coronal slices of 600 µm with velocity rendering at different timepoints. Hemorrhagic core wrapped with a white... |
PMC9418177_Fig5_387045.jpg | What is the core subject represented in this visual? | Collagenase induced hemorrhage in the striatum observed with 3DULM in the early phase. (a) 3D renderings before, and 1h30 after stroke’s induction, and the day after (Supplementary Video S2). (b) Sagittal and coronal slices of 600 µm with velocity rendering at different timepoints. Hemorrhagic core wrapped with a white... |
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