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PMC2000466_F3_13904.jpg | What is shown in this image? | Endoscopic image of the duodenum shows mucin draining from a patulous papillary orifice (A). Endoscopic ultrasonography showed no mass protruding into the lumen in the bile duct and the cystic lesion at the left lateral segment of the liver (B). |
PMC2000466_F4_13905.jpg | What can you see in this picture? | Endoscopic retrograde cholangiography (A) shows a dilated common bile duct with defined filling defects corresponding to mucin. Percutaneous transhepatic cholangiography (B) also shows mucin in the common bile duct and a communication between the cystic lesion and bile duct. However, the filling defect corresponding to... |
PMC2000466_F4_13906.jpg | What is the dominant medical problem in this image? | Endoscopic retrograde cholangiography (A) shows a dilated common bile duct with defined filling defects corresponding to mucin. Percutaneous transhepatic cholangiography (B) also shows mucin in the common bile duct and a communication between the cystic lesion and bile duct. However, the filling defect corresponding to... |
PMC2000873_F5_13908.jpg | What can you see in this picture? | Mesenteric angiography performed on the postoperative first month. The arrow shows the anastomosis between the arteries. |
PMC2000873_F5_13907.jpg | What's the most prominent thing you notice in this picture? | Mesenteric angiography performed on the postoperative first month. The arrow shows the anastomosis between the arteries. |
PMC2000878_F11_13911.jpg | What is being portrayed in this visual content? | Homology modeling of the modules of Xenopus IRBP. A) Superimposition of the predicted structures of X1-, X3- and X4IRBPs with the X-ray crystal structure of X2IRBP. Ribbon diagram: X1IRBP, orange; X2IRBP, green; X3IRBP, magenta; X4IRBP, yellow. Molecular docking studies predict two binding sites for all-trans retinol. ... |
PMC2000878_F11_13909.jpg | What is the core subject represented in this visual? | Homology modeling of the modules of Xenopus IRBP. A) Superimposition of the predicted structures of X1-, X3- and X4IRBPs with the X-ray crystal structure of X2IRBP. Ribbon diagram: X1IRBP, orange; X2IRBP, green; X3IRBP, magenta; X4IRBP, yellow. Molecular docking studies predict two binding sites for all-trans retinol. ... |
PMC2000883_F1_13912.jpg | What is being portrayed in this visual content? | High resolution computer tomogram of the chest showing peripheral alveolar shadowing and fibrotic changes. |
PMC2000890_F4_13913.jpg | What key item or scene is captured in this photo? | Capillary-like structures formed by rat bone marrow-derived EPC. Formation of tubular structures on Matrigel by EPC as a form of organisation characteristic of EC. EPC stimulated with VEGF (50 ng/ml) exhibited more tubular formation and with a particular tendency to multiple links between cell nest (Figure 4B) than obs... |
PMC2000890_F4_13914.jpg | What is the principal component of this image? | Capillary-like structures formed by rat bone marrow-derived EPC. Formation of tubular structures on Matrigel by EPC as a form of organisation characteristic of EC. EPC stimulated with VEGF (50 ng/ml) exhibited more tubular formation and with a particular tendency to multiple links between cell nest (Figure 4B) than obs... |
PMC2000890_F4_13915.jpg | Describe the main subject of this image. | Capillary-like structures formed by rat bone marrow-derived EPC. Formation of tubular structures on Matrigel by EPC as a form of organisation characteristic of EC. EPC stimulated with VEGF (50 ng/ml) exhibited more tubular formation and with a particular tendency to multiple links between cell nest (Figure 4B) than obs... |
PMC2000890_F7_13916.jpg | What object or scene is depicted here? | Localisation of EPC in the left-sided transplanted lung. All pictures show the same lung specimens from rats after left-sided lung transplantation and EPC injection. EPC were stained prior to transplantation with SP-DiIC18(3) (red), followed by staining of histological specimens with the nuclear dye DAPI (blue) and the... |
PMC2000890_F7_13918.jpg | What is being portrayed in this visual content? | Localisation of EPC in the left-sided transplanted lung. All pictures show the same lung specimens from rats after left-sided lung transplantation and EPC injection. EPC were stained prior to transplantation with SP-DiIC18(3) (red), followed by staining of histological specimens with the nuclear dye DAPI (blue) and the... |
PMC2000890_F7_13917.jpg | What's the most prominent thing you notice in this picture? | Localisation of EPC in the left-sided transplanted lung. All pictures show the same lung specimens from rats after left-sided lung transplantation and EPC injection. EPC were stained prior to transplantation with SP-DiIC18(3) (red), followed by staining of histological specimens with the nuclear dye DAPI (blue) and the... |
PMC2000890_F7_13920.jpg | What's the most prominent thing you notice in this picture? | Localisation of EPC in the left-sided transplanted lung. All pictures show the same lung specimens from rats after left-sided lung transplantation and EPC injection. EPC were stained prior to transplantation with SP-DiIC18(3) (red), followed by staining of histological specimens with the nuclear dye DAPI (blue) and the... |
PMC2000890_F7_13921.jpg | What is shown in this image? | Localisation of EPC in the left-sided transplanted lung. All pictures show the same lung specimens from rats after left-sided lung transplantation and EPC injection. EPC were stained prior to transplantation with SP-DiIC18(3) (red), followed by staining of histological specimens with the nuclear dye DAPI (blue) and the... |
PMC2000891_F5_13931.jpg | What stands out most in this visual? | Streak to RBI quail-chick chimera transplants and Sox17 expression. ISH (Sox17, blue), and immunochemistry with anti-QCPN antibody (brown). Anterior to the top, (D, F) 50 ΞΌm gelatin sections, with level indicated by arrowheads. (A) Schematic of experiment. Donor quail tissue from rostral or caudal streak transplanted t... |
PMC2000891_F5_13930.jpg | Describe the main subject of this image. | Streak to RBI quail-chick chimera transplants and Sox17 expression. ISH (Sox17, blue), and immunochemistry with anti-QCPN antibody (brown). Anterior to the top, (D, F) 50 ΞΌm gelatin sections, with level indicated by arrowheads. (A) Schematic of experiment. Donor quail tissue from rostral or caudal streak transplanted t... |
PMC2000891_F5_13925.jpg | What is the central feature of this picture? | Streak to RBI quail-chick chimera transplants and Sox17 expression. ISH (Sox17, blue), and immunochemistry with anti-QCPN antibody (brown). Anterior to the top, (D, F) 50 ΞΌm gelatin sections, with level indicated by arrowheads. (A) Schematic of experiment. Donor quail tissue from rostral or caudal streak transplanted t... |
PMC2000891_F5_13923.jpg | What can you see in this picture? | Streak to RBI quail-chick chimera transplants and Sox17 expression. ISH (Sox17, blue), and immunochemistry with anti-QCPN antibody (brown). Anterior to the top, (D, F) 50 ΞΌm gelatin sections, with level indicated by arrowheads. (A) Schematic of experiment. Donor quail tissue from rostral or caudal streak transplanted t... |
PMC2000891_F5_13926.jpg | What key item or scene is captured in this photo? | Streak to RBI quail-chick chimera transplants and Sox17 expression. ISH (Sox17, blue), and immunochemistry with anti-QCPN antibody (brown). Anterior to the top, (D, F) 50 ΞΌm gelatin sections, with level indicated by arrowheads. (A) Schematic of experiment. Donor quail tissue from rostral or caudal streak transplanted t... |
PMC2000891_F5_13924.jpg | What is the central feature of this picture? | Streak to RBI quail-chick chimera transplants and Sox17 expression. ISH (Sox17, blue), and immunochemistry with anti-QCPN antibody (brown). Anterior to the top, (D, F) 50 ΞΌm gelatin sections, with level indicated by arrowheads. (A) Schematic of experiment. Donor quail tissue from rostral or caudal streak transplanted t... |
PMC2000891_F5_13932.jpg | Describe the main subject of this image. | Streak to RBI quail-chick chimera transplants and Sox17 expression. ISH (Sox17, blue), and immunochemistry with anti-QCPN antibody (brown). Anterior to the top, (D, F) 50 ΞΌm gelatin sections, with level indicated by arrowheads. (A) Schematic of experiment. Donor quail tissue from rostral or caudal streak transplanted t... |
PMC2000891_F5_13928.jpg | Can you identify the primary element in this image? | Streak to RBI quail-chick chimera transplants and Sox17 expression. ISH (Sox17, blue), and immunochemistry with anti-QCPN antibody (brown). Anterior to the top, (D, F) 50 ΞΌm gelatin sections, with level indicated by arrowheads. (A) Schematic of experiment. Donor quail tissue from rostral or caudal streak transplanted t... |
PMC2000898_F1_13934.jpg | What is being portrayed in this visual content? | APN/CD13 expression in OVCA tissues A, B, C, D and E; Immunohistological staining of APN/CD13 in surgically resected OVCA tissues of 14 patients representing four different histological types using APN/CD13 specific Ab. A-D; APN/CD13 was expressed intensely in tumor cells but only slightly in stromal cells. A; clear ce... |
PMC2000898_F1_13933.jpg | What stands out most in this visual? | APN/CD13 expression in OVCA tissues A, B, C, D and E; Immunohistological staining of APN/CD13 in surgically resected OVCA tissues of 14 patients representing four different histological types using APN/CD13 specific Ab. A-D; APN/CD13 was expressed intensely in tumor cells but only slightly in stromal cells. A; clear ce... |
PMC2000898_F1_13937.jpg | What does this image primarily show? | APN/CD13 expression in OVCA tissues A, B, C, D and E; Immunohistological staining of APN/CD13 in surgically resected OVCA tissues of 14 patients representing four different histological types using APN/CD13 specific Ab. A-D; APN/CD13 was expressed intensely in tumor cells but only slightly in stromal cells. A; clear ce... |
PMC2000898_F1_13938.jpg | What's the most prominent thing you notice in this picture? | APN/CD13 expression in OVCA tissues A, B, C, D and E; Immunohistological staining of APN/CD13 in surgically resected OVCA tissues of 14 patients representing four different histological types using APN/CD13 specific Ab. A-D; APN/CD13 was expressed intensely in tumor cells but only slightly in stromal cells. A; clear ce... |
PMC2000898_F1_13935.jpg | What stands out most in this visual? | APN/CD13 expression in OVCA tissues A, B, C, D and E; Immunohistological staining of APN/CD13 in surgically resected OVCA tissues of 14 patients representing four different histological types using APN/CD13 specific Ab. A-D; APN/CD13 was expressed intensely in tumor cells but only slightly in stromal cells. A; clear ce... |
PMC2000899_F1_13941.jpg | What is the main focus of this visual representation? | Comparison of CT (left column) and contrast enhanced US (CEUS) (right column) appearance of liver metastases in the venous-late phases of portal perfusion. In the upper row a concordance is shown in the detections of a subcapsular metatasis localized in liver segment 7. Metastasis appears hypodense at CT and hypoechoic... |
PMC2000899_F1_13943.jpg | What is the central feature of this picture? | Comparison of CT (left column) and contrast enhanced US (CEUS) (right column) appearance of liver metastases in the venous-late phases of portal perfusion. In the upper row a concordance is shown in the detections of a subcapsular metatasis localized in liver segment 7. Metastasis appears hypodense at CT and hypoechoic... |
PMC2000899_F1_13944.jpg | What is shown in this image? | Comparison of CT (left column) and contrast enhanced US (CEUS) (right column) appearance of liver metastases in the venous-late phases of portal perfusion. In the upper row a concordance is shown in the detections of a subcapsular metatasis localized in liver segment 7. Metastasis appears hypodense at CT and hypoechoic... |
PMC2000899_F1_13942.jpg | What is being portrayed in this visual content? | Comparison of CT (left column) and contrast enhanced US (CEUS) (right column) appearance of liver metastases in the venous-late phases of portal perfusion. In the upper row a concordance is shown in the detections of a subcapsular metatasis localized in liver segment 7. Metastasis appears hypodense at CT and hypoechoic... |
PMC2000899_F1_13939.jpg | What key item or scene is captured in this photo? | Comparison of CT (left column) and contrast enhanced US (CEUS) (right column) appearance of liver metastases in the venous-late phases of portal perfusion. In the upper row a concordance is shown in the detections of a subcapsular metatasis localized in liver segment 7. Metastasis appears hypodense at CT and hypoechoic... |
PMC2000899_F1_13940.jpg | What does this image primarily show? | Comparison of CT (left column) and contrast enhanced US (CEUS) (right column) appearance of liver metastases in the venous-late phases of portal perfusion. In the upper row a concordance is shown in the detections of a subcapsular metatasis localized in liver segment 7. Metastasis appears hypodense at CT and hypoechoic... |
PMC2000899_F2_13950.jpg | Describe the main subject of this image. | Patterns of liver metastases at CEUS. Lesions are indicted by white arrows. Upper row. In conventional B-mode ultrasound (left frame) the focal liver lesions is hardly visibile, showing a faint hyperechoic apperance. During the arterial phase (23 seconds after contrast injection, central frame) the lesion shows a rim- ... |
PMC2000899_F2_13945.jpg | What is the central feature of this picture? | Patterns of liver metastases at CEUS. Lesions are indicted by white arrows. Upper row. In conventional B-mode ultrasound (left frame) the focal liver lesions is hardly visibile, showing a faint hyperechoic apperance. During the arterial phase (23 seconds after contrast injection, central frame) the lesion shows a rim- ... |
PMC2000899_F2_13947.jpg | What's the most prominent thing you notice in this picture? | Patterns of liver metastases at CEUS. Lesions are indicted by white arrows. Upper row. In conventional B-mode ultrasound (left frame) the focal liver lesions is hardly visibile, showing a faint hyperechoic apperance. During the arterial phase (23 seconds after contrast injection, central frame) the lesion shows a rim- ... |
PMC2000899_F2_13946.jpg | What is shown in this image? | Patterns of liver metastases at CEUS. Lesions are indicted by white arrows. Upper row. In conventional B-mode ultrasound (left frame) the focal liver lesions is hardly visibile, showing a faint hyperechoic apperance. During the arterial phase (23 seconds after contrast injection, central frame) the lesion shows a rim- ... |
PMC2000899_F2_13949.jpg | What object or scene is depicted here? | Patterns of liver metastases at CEUS. Lesions are indicted by white arrows. Upper row. In conventional B-mode ultrasound (left frame) the focal liver lesions is hardly visibile, showing a faint hyperechoic apperance. During the arterial phase (23 seconds after contrast injection, central frame) the lesion shows a rim- ... |
PMC2000908_F4_13953.jpg | What is the core subject represented in this visual? | Representative cryo electron micrographs (Cryo-EM) of buckysomes. Both unilamellar and multilamellar vesicles are seen. The scale bars in A, B, C, are 100 nm; D, E are 200 nm. Image C is a 45Β° tilt of B. The bilayer diameter is ~6.5 nm. Buckysomes were prepared in 10 mM citrate at pH 7.0 at a concentration of 2.0 mg/mL... |
PMC2000908_F4_13955.jpg | What's the most prominent thing you notice in this picture? | Representative cryo electron micrographs (Cryo-EM) of buckysomes. Both unilamellar and multilamellar vesicles are seen. The scale bars in A, B, C, are 100 nm; D, E are 200 nm. Image C is a 45Β° tilt of B. The bilayer diameter is ~6.5 nm. Buckysomes were prepared in 10 mM citrate at pH 7.0 at a concentration of 2.0 mg/mL... |
PMC2000908_F4_13952.jpg | What is the dominant medical problem in this image? | Representative cryo electron micrographs (Cryo-EM) of buckysomes. Both unilamellar and multilamellar vesicles are seen. The scale bars in A, B, C, are 100 nm; D, E are 200 nm. Image C is a 45Β° tilt of B. The bilayer diameter is ~6.5 nm. Buckysomes were prepared in 10 mM citrate at pH 7.0 at a concentration of 2.0 mg/mL... |
PMC2000908_F4_13951.jpg | Describe the main subject of this image. | Representative cryo electron micrographs (Cryo-EM) of buckysomes. Both unilamellar and multilamellar vesicles are seen. The scale bars in A, B, C, are 100 nm; D, E are 200 nm. Image C is a 45Β° tilt of B. The bilayer diameter is ~6.5 nm. Buckysomes were prepared in 10 mM citrate at pH 7.0 at a concentration of 2.0 mg/mL... |
PMC2000913_F5_13956.jpg | What is the dominant medical problem in this image? | Representative photomicrograph of the expected morphology of the urinary bladder in a cross-section. Figure 5A is a composite of 18 H&E stained photomicrographs of the same cross-section at original magnification of 100Γ and illustrates the localization of the different layers: urothelium and submucosa, as well as the ... |
PMC2000913_F5_13957.jpg | What is the focal point of this photograph? | Representative photomicrograph of the expected morphology of the urinary bladder in a cross-section. Figure 5A is a composite of 18 H&E stained photomicrographs of the same cross-section at original magnification of 100Γ and illustrates the localization of the different layers: urothelium and submucosa, as well as the ... |
PMC2001214_pbio-0050269-g002_13967.jpg | What is the central feature of this picture? | CB1 Receptor mRNA Distribution in D1-CB1
β/β Mice(A) Bright-field photomicrographs showing CB1 mRNA expression in coronal brain sections of wild-type D1-CB1
+/+ (left panels) and D1-CB1
β/β mice (right panels).(BβEβ²) Micrograph showing high magnifications of the details indicated in (A). (B and Bβ²) Detail (correspondin... |
PMC2001214_pbio-0050269-g002_13969.jpg | What key item or scene is captured in this photo? | CB1 Receptor mRNA Distribution in D1-CB1
β/β Mice(A) Bright-field photomicrographs showing CB1 mRNA expression in coronal brain sections of wild-type D1-CB1
+/+ (left panels) and D1-CB1
β/β mice (right panels).(BβEβ²) Micrograph showing high magnifications of the details indicated in (A). (B and Bβ²) Detail (correspondin... |
PMC2001214_pbio-0050269-g002_13960.jpg | What is the main focus of this visual representation? | CB1 Receptor mRNA Distribution in D1-CB1
β/β Mice(A) Bright-field photomicrographs showing CB1 mRNA expression in coronal brain sections of wild-type D1-CB1
+/+ (left panels) and D1-CB1
β/β mice (right panels).(BβEβ²) Micrograph showing high magnifications of the details indicated in (A). (B and Bβ²) Detail (correspondin... |
PMC2001214_pbio-0050269-g002_13959.jpg | Can you identify the primary element in this image? | CB1 Receptor mRNA Distribution in D1-CB1
β/β Mice(A) Bright-field photomicrographs showing CB1 mRNA expression in coronal brain sections of wild-type D1-CB1
+/+ (left panels) and D1-CB1
β/β mice (right panels).(BβEβ²) Micrograph showing high magnifications of the details indicated in (A). (B and Bβ²) Detail (correspondin... |
PMC2001214_pbio-0050269-g002_13968.jpg | What is the main focus of this visual representation? | CB1 Receptor mRNA Distribution in D1-CB1
β/β Mice(A) Bright-field photomicrographs showing CB1 mRNA expression in coronal brain sections of wild-type D1-CB1
+/+ (left panels) and D1-CB1
β/β mice (right panels).(BβEβ²) Micrograph showing high magnifications of the details indicated in (A). (B and Bβ²) Detail (correspondin... |
PMC2001214_pbio-0050269-g002_13958.jpg | What is the core subject represented in this visual? | CB1 Receptor mRNA Distribution in D1-CB1
β/β Mice(A) Bright-field photomicrographs showing CB1 mRNA expression in coronal brain sections of wild-type D1-CB1
+/+ (left panels) and D1-CB1
β/β mice (right panels).(BβEβ²) Micrograph showing high magnifications of the details indicated in (A). (B and Bβ²) Detail (correspondin... |
PMC2001214_pbio-0050269-g002_13961.jpg | What is the core subject represented in this visual? | CB1 Receptor mRNA Distribution in D1-CB1
β/β Mice(A) Bright-field photomicrographs showing CB1 mRNA expression in coronal brain sections of wild-type D1-CB1
+/+ (left panels) and D1-CB1
β/β mice (right panels).(BβEβ²) Micrograph showing high magnifications of the details indicated in (A). (B and Bβ²) Detail (correspondin... |
PMC2001214_pbio-0050269-g002_13963.jpg | What stands out most in this visual? | CB1 Receptor mRNA Distribution in D1-CB1
β/β Mice(A) Bright-field photomicrographs showing CB1 mRNA expression in coronal brain sections of wild-type D1-CB1
+/+ (left panels) and D1-CB1
β/β mice (right panels).(BβEβ²) Micrograph showing high magnifications of the details indicated in (A). (B and Bβ²) Detail (correspondin... |
PMC2008202_F2_13970.jpg | What can you see in this picture? | Liver biopsy. (Top) H&E stain showing severe necrosis in the peri-portal region with a mixed population of lymphocytes, eosinophils, and small clusters of plasma cells. (Bottom) Reticulin stain showing crowded reticulin meshwork and drop out of hepatocytes consistent with hepatic collapse. (Magnification of top and bot... |
PMC2008203_F3_13971.jpg | What is the focal point of this photograph? | Tomographic image showing a clear right TMJ in the HOP after treatment. |
PMC2008261_F2_14016.jpg | What's the most prominent thing you notice in this picture? | PlexinC1 is expressed in migrating LHRH neurons. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-F), sagittal (G-K) and coronal (L-O) sections of the developing eye and nasal region. Rostral is to the top in A-F and to the left in G-K. Dorsal is to the top in L-O. (A, B) At E15, Sema7A and pl... |
PMC2008261_F2_14015.jpg | What is the focal point of this photograph? | PlexinC1 is expressed in migrating LHRH neurons. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-F), sagittal (G-K) and coronal (L-O) sections of the developing eye and nasal region. Rostral is to the top in A-F and to the left in G-K. Dorsal is to the top in L-O. (A, B) At E15, Sema7A and pl... |
PMC2008261_F2_14020.jpg | Describe the main subject of this image. | PlexinC1 is expressed in migrating LHRH neurons. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-F), sagittal (G-K) and coronal (L-O) sections of the developing eye and nasal region. Rostral is to the top in A-F and to the left in G-K. Dorsal is to the top in L-O. (A, B) At E15, Sema7A and pl... |
PMC2008261_F2_14012.jpg | What is the core subject represented in this visual? | PlexinC1 is expressed in migrating LHRH neurons. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-F), sagittal (G-K) and coronal (L-O) sections of the developing eye and nasal region. Rostral is to the top in A-F and to the left in G-K. Dorsal is to the top in L-O. (A, B) At E15, Sema7A and pl... |
PMC2008261_F2_14019.jpg | What is the dominant medical problem in this image? | PlexinC1 is expressed in migrating LHRH neurons. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-F), sagittal (G-K) and coronal (L-O) sections of the developing eye and nasal region. Rostral is to the top in A-F and to the left in G-K. Dorsal is to the top in L-O. (A, B) At E15, Sema7A and pl... |
PMC2008261_F2_14011.jpg | Can you identify the primary element in this image? | PlexinC1 is expressed in migrating LHRH neurons. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-F), sagittal (G-K) and coronal (L-O) sections of the developing eye and nasal region. Rostral is to the top in A-F and to the left in G-K. Dorsal is to the top in L-O. (A, B) At E15, Sema7A and pl... |
PMC2008261_F2_14010.jpg | What's the most prominent thing you notice in this picture? | PlexinC1 is expressed in migrating LHRH neurons. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-F), sagittal (G-K) and coronal (L-O) sections of the developing eye and nasal region. Rostral is to the top in A-F and to the left in G-K. Dorsal is to the top in L-O. (A, B) At E15, Sema7A and pl... |
PMC2008261_F2_14018.jpg | What is the focal point of this photograph? | PlexinC1 is expressed in migrating LHRH neurons. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-F), sagittal (G-K) and coronal (L-O) sections of the developing eye and nasal region. Rostral is to the top in A-F and to the left in G-K. Dorsal is to the top in L-O. (A, B) At E15, Sema7A and pl... |
PMC2008261_F2_14014.jpg | What is shown in this image? | PlexinC1 is expressed in migrating LHRH neurons. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-F), sagittal (G-K) and coronal (L-O) sections of the developing eye and nasal region. Rostral is to the top in A-F and to the left in G-K. Dorsal is to the top in L-O. (A, B) At E15, Sema7A and pl... |
PMC2008261_F2_14013.jpg | What object or scene is depicted here? | PlexinC1 is expressed in migrating LHRH neurons. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-F), sagittal (G-K) and coronal (L-O) sections of the developing eye and nasal region. Rostral is to the top in A-F and to the left in G-K. Dorsal is to the top in L-O. (A, B) At E15, Sema7A and pl... |
PMC2008261_F4_13991.jpg | Describe the main subject of this image. | Complementary patterns of Sema7A and plexinC1 expression in the olfactory system. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-H) and sagittal (I-L) sections of the primary and accessory olfactory system. Caudal is to the top in A and B, and to the right in C-L. (A, B) During embryonic (no... |
PMC2008261_F4_13988.jpg | What is shown in this image? | Complementary patterns of Sema7A and plexinC1 expression in the olfactory system. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-H) and sagittal (I-L) sections of the primary and accessory olfactory system. Caudal is to the top in A and B, and to the right in C-L. (A, B) During embryonic (no... |
PMC2008261_F4_13986.jpg | What's the most prominent thing you notice in this picture? | Complementary patterns of Sema7A and plexinC1 expression in the olfactory system. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-H) and sagittal (I-L) sections of the primary and accessory olfactory system. Caudal is to the top in A and B, and to the right in C-L. (A, B) During embryonic (no... |
PMC2008261_F4_13990.jpg | What is shown in this image? | Complementary patterns of Sema7A and plexinC1 expression in the olfactory system. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-H) and sagittal (I-L) sections of the primary and accessory olfactory system. Caudal is to the top in A and B, and to the right in C-L. (A, B) During embryonic (no... |
PMC2008261_F4_13994.jpg | What is the focal point of this photograph? | Complementary patterns of Sema7A and plexinC1 expression in the olfactory system. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-H) and sagittal (I-L) sections of the primary and accessory olfactory system. Caudal is to the top in A and B, and to the right in C-L. (A, B) During embryonic (no... |
PMC2008261_F4_13989.jpg | Describe the main subject of this image. | Complementary patterns of Sema7A and plexinC1 expression in the olfactory system. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-H) and sagittal (I-L) sections of the primary and accessory olfactory system. Caudal is to the top in A and B, and to the right in C-L. (A, B) During embryonic (no... |
PMC2008261_F4_13992.jpg | What is being portrayed in this visual content? | Complementary patterns of Sema7A and plexinC1 expression in the olfactory system. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-H) and sagittal (I-L) sections of the primary and accessory olfactory system. Caudal is to the top in A and B, and to the right in C-L. (A, B) During embryonic (no... |
PMC2008261_F4_13985.jpg | What stands out most in this visual? | Complementary patterns of Sema7A and plexinC1 expression in the olfactory system. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-H) and sagittal (I-L) sections of the primary and accessory olfactory system. Caudal is to the top in A and B, and to the right in C-L. (A, B) During embryonic (no... |
PMC2008261_F4_13987.jpg | What is the principal component of this image? | Complementary patterns of Sema7A and plexinC1 expression in the olfactory system. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-H) and sagittal (I-L) sections of the primary and accessory olfactory system. Caudal is to the top in A and B, and to the right in C-L. (A, B) During embryonic (no... |
PMC2008261_F4_13995.jpg | What object or scene is depicted here? | Complementary patterns of Sema7A and plexinC1 expression in the olfactory system. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-H) and sagittal (I-L) sections of the primary and accessory olfactory system. Caudal is to the top in A and B, and to the right in C-L. (A, B) During embryonic (no... |
PMC2008261_F4_13993.jpg | What is the dominant medical problem in this image? | Complementary patterns of Sema7A and plexinC1 expression in the olfactory system. In situ hybridization for Sema7A and plexinC1 on consecutive horizontal (A-H) and sagittal (I-L) sections of the primary and accessory olfactory system. Caudal is to the top in A and B, and to the right in C-L. (A, B) During embryonic (no... |
PMC2008261_F5_13984.jpg | Can you identify the primary element in this image? | Sema7A is enriched in CA2 hippocampal neurons. In situ hybridization for Sema7A and plexinC1 on consecutive coronal sections of the hippocampus. Dorsal is to the top. (A, B) At E19, Sema7A is expressed in the dentate gyrus (DG) and CA1 region, whereas plexinC1 expression is restricted to the CA1 field. Sema7A and plexi... |
PMC2008261_F5_13976.jpg | What is the dominant medical problem in this image? | Sema7A is enriched in CA2 hippocampal neurons. In situ hybridization for Sema7A and plexinC1 on consecutive coronal sections of the hippocampus. Dorsal is to the top. (A, B) At E19, Sema7A is expressed in the dentate gyrus (DG) and CA1 region, whereas plexinC1 expression is restricted to the CA1 field. Sema7A and plexi... |
PMC2008261_F5_13980.jpg | What can you see in this picture? | Sema7A is enriched in CA2 hippocampal neurons. In situ hybridization for Sema7A and plexinC1 on consecutive coronal sections of the hippocampus. Dorsal is to the top. (A, B) At E19, Sema7A is expressed in the dentate gyrus (DG) and CA1 region, whereas plexinC1 expression is restricted to the CA1 field. Sema7A and plexi... |
PMC2008261_F5_13982.jpg | What can you see in this picture? | Sema7A is enriched in CA2 hippocampal neurons. In situ hybridization for Sema7A and plexinC1 on consecutive coronal sections of the hippocampus. Dorsal is to the top. (A, B) At E19, Sema7A is expressed in the dentate gyrus (DG) and CA1 region, whereas plexinC1 expression is restricted to the CA1 field. Sema7A and plexi... |
PMC2008261_F5_13975.jpg | What can you see in this picture? | Sema7A is enriched in CA2 hippocampal neurons. In situ hybridization for Sema7A and plexinC1 on consecutive coronal sections of the hippocampus. Dorsal is to the top. (A, B) At E19, Sema7A is expressed in the dentate gyrus (DG) and CA1 region, whereas plexinC1 expression is restricted to the CA1 field. Sema7A and plexi... |
PMC2008261_F5_13973.jpg | What is the core subject represented in this visual? | Sema7A is enriched in CA2 hippocampal neurons. In situ hybridization for Sema7A and plexinC1 on consecutive coronal sections of the hippocampus. Dorsal is to the top. (A, B) At E19, Sema7A is expressed in the dentate gyrus (DG) and CA1 region, whereas plexinC1 expression is restricted to the CA1 field. Sema7A and plexi... |
PMC2008261_F5_13978.jpg | What is being portrayed in this visual content? | Sema7A is enriched in CA2 hippocampal neurons. In situ hybridization for Sema7A and plexinC1 on consecutive coronal sections of the hippocampus. Dorsal is to the top. (A, B) At E19, Sema7A is expressed in the dentate gyrus (DG) and CA1 region, whereas plexinC1 expression is restricted to the CA1 field. Sema7A and plexi... |
PMC2008261_F5_13981.jpg | What key item or scene is captured in this photo? | Sema7A is enriched in CA2 hippocampal neurons. In situ hybridization for Sema7A and plexinC1 on consecutive coronal sections of the hippocampus. Dorsal is to the top. (A, B) At E19, Sema7A is expressed in the dentate gyrus (DG) and CA1 region, whereas plexinC1 expression is restricted to the CA1 field. Sema7A and plexi... |
PMC2008261_F5_13983.jpg | Describe the main subject of this image. | Sema7A is enriched in CA2 hippocampal neurons. In situ hybridization for Sema7A and plexinC1 on consecutive coronal sections of the hippocampus. Dorsal is to the top. (A, B) At E19, Sema7A is expressed in the dentate gyrus (DG) and CA1 region, whereas plexinC1 expression is restricted to the CA1 field. Sema7A and plexi... |
PMC2008261_F8_14007.jpg | What key item or scene is captured in this photo? | Sema7A and plexinC1 expression in spinal cord, DRG and muscle. In situ hybridization for Sema7A and plexinC1 on consecutive coronal (A-H, K-N) and horizontal (I, J) sections of the spinal cord, dorsal root ganglion (DRG) and gastrocnemic muscle. (A, B) At E15, Sema7A and plexinC1 are detected in DRG neurons and through... |
PMC2008261_F8_14002.jpg | Describe the main subject of this image. | Sema7A and plexinC1 expression in spinal cord, DRG and muscle. In situ hybridization for Sema7A and plexinC1 on consecutive coronal (A-H, K-N) and horizontal (I, J) sections of the spinal cord, dorsal root ganglion (DRG) and gastrocnemic muscle. (A, B) At E15, Sema7A and plexinC1 are detected in DRG neurons and through... |
PMC2008261_F8_14004.jpg | What is the central feature of this picture? | Sema7A and plexinC1 expression in spinal cord, DRG and muscle. In situ hybridization for Sema7A and plexinC1 on consecutive coronal (A-H, K-N) and horizontal (I, J) sections of the spinal cord, dorsal root ganglion (DRG) and gastrocnemic muscle. (A, B) At E15, Sema7A and plexinC1 are detected in DRG neurons and through... |
PMC2008261_F8_13998.jpg | What is shown in this image? | Sema7A and plexinC1 expression in spinal cord, DRG and muscle. In situ hybridization for Sema7A and plexinC1 on consecutive coronal (A-H, K-N) and horizontal (I, J) sections of the spinal cord, dorsal root ganglion (DRG) and gastrocnemic muscle. (A, B) At E15, Sema7A and plexinC1 are detected in DRG neurons and through... |
PMC2008261_F8_14000.jpg | What's the most prominent thing you notice in this picture? | Sema7A and plexinC1 expression in spinal cord, DRG and muscle. In situ hybridization for Sema7A and plexinC1 on consecutive coronal (A-H, K-N) and horizontal (I, J) sections of the spinal cord, dorsal root ganglion (DRG) and gastrocnemic muscle. (A, B) At E15, Sema7A and plexinC1 are detected in DRG neurons and through... |
PMC2008261_F8_13997.jpg | What is shown in this image? | Sema7A and plexinC1 expression in spinal cord, DRG and muscle. In situ hybridization for Sema7A and plexinC1 on consecutive coronal (A-H, K-N) and horizontal (I, J) sections of the spinal cord, dorsal root ganglion (DRG) and gastrocnemic muscle. (A, B) At E15, Sema7A and plexinC1 are detected in DRG neurons and through... |
PMC2008261_F8_14001.jpg | What object or scene is depicted here? | Sema7A and plexinC1 expression in spinal cord, DRG and muscle. In situ hybridization for Sema7A and plexinC1 on consecutive coronal (A-H, K-N) and horizontal (I, J) sections of the spinal cord, dorsal root ganglion (DRG) and gastrocnemic muscle. (A, B) At E15, Sema7A and plexinC1 are detected in DRG neurons and through... |
PMC2008261_F8_14005.jpg | What is the principal component of this image? | Sema7A and plexinC1 expression in spinal cord, DRG and muscle. In situ hybridization for Sema7A and plexinC1 on consecutive coronal (A-H, K-N) and horizontal (I, J) sections of the spinal cord, dorsal root ganglion (DRG) and gastrocnemic muscle. (A, B) At E15, Sema7A and plexinC1 are detected in DRG neurons and through... |
PMC2014746_F3_14024.jpg | Describe the main subject of this image. | Effect of p19 on the agroinfection efficiency of a Tobacco mosaic virus-based vector. N. benthamiana leaves were infiltrated with mixtures of A. tumefaciens (A.t.) cells (OD600 1.0, or dilutions thereof) containing the binary plasmid pJL43:GFP and, in some treatments, pJL3:P19. pJL43:GFP has as its T-DNA a 35S promoter... |
PMC2014746_F3_14022.jpg | What is the central feature of this picture? | Effect of p19 on the agroinfection efficiency of a Tobacco mosaic virus-based vector. N. benthamiana leaves were infiltrated with mixtures of A. tumefaciens (A.t.) cells (OD600 1.0, or dilutions thereof) containing the binary plasmid pJL43:GFP and, in some treatments, pJL3:P19. pJL43:GFP has as its T-DNA a 35S promoter... |
PMC2014746_F3_14021.jpg | What is the dominant medical problem in this image? | Effect of p19 on the agroinfection efficiency of a Tobacco mosaic virus-based vector. N. benthamiana leaves were infiltrated with mixtures of A. tumefaciens (A.t.) cells (OD600 1.0, or dilutions thereof) containing the binary plasmid pJL43:GFP and, in some treatments, pJL3:P19. pJL43:GFP has as its T-DNA a 35S promoter... |
PMC2014763_F1_14027.jpg | What is the dominant medical problem in this image? | CT scan of the orbits and brain, coronal view. Soft tissue density collection on the floor of the right orbit, elevating the inferior rectus muscle, extending posteriorly to the apex of the orbit. |
PMC2014763_F2_14025.jpg | What key item or scene is captured in this photo? | CT scan of the orbits and brain, sagittal view. There appeared to be a more focal peripherally enhancing collection just inferior to the globe and a further enhancing collection adjacent to and within the fossa for the lacrimal sac. |
PMC2014763_F3_14029.jpg | What key item or scene is captured in this photo? | CT scan of the orbits and brain, axial view. Streaky increased density was noted within the intra-coronal and extra-coronal fat, and there was right proptosis. |
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