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PMC9427735_Fig3_389377.jpg | Can you identify the primary element in this image? | Localization of the ingested fluorescently labelled dsRNAs-TuCOPB2-100 and dsRNAs-TuCOPB2-400 following 24 h of mite feeding. (A) Fluorescence of labeled dsRNAs is seen in the mite caeca lumen (c) and digestive cells (dc); free fluorescein-12-UTP localizes in the posterior midgut (pm); guanine pellets (g), located in t... |
PMC9427735_Fig3_389376.jpg | What is the central feature of this picture? | Localization of the ingested fluorescently labelled dsRNAs-TuCOPB2-100 and dsRNAs-TuCOPB2-400 following 24 h of mite feeding. (A) Fluorescence of labeled dsRNAs is seen in the mite caeca lumen (c) and digestive cells (dc); free fluorescein-12-UTP localizes in the posterior midgut (pm); guanine pellets (g), located in t... |
PMC9427735_Fig3_389367.jpg | What is the dominant medical problem in this image? | Localization of the ingested fluorescently labelled dsRNAs-TuCOPB2-100 and dsRNAs-TuCOPB2-400 following 24 h of mite feeding. (A) Fluorescence of labeled dsRNAs is seen in the mite caeca lumen (c) and digestive cells (dc); free fluorescein-12-UTP localizes in the posterior midgut (pm); guanine pellets (g), located in t... |
PMC9427735_Fig3_389378.jpg | What object or scene is depicted here? | Localization of the ingested fluorescently labelled dsRNAs-TuCOPB2-100 and dsRNAs-TuCOPB2-400 following 24 h of mite feeding. (A) Fluorescence of labeled dsRNAs is seen in the mite caeca lumen (c) and digestive cells (dc); free fluorescein-12-UTP localizes in the posterior midgut (pm); guanine pellets (g), located in t... |
PMC9427735_Fig3_389372.jpg | What is the central feature of this picture? | Localization of the ingested fluorescently labelled dsRNAs-TuCOPB2-100 and dsRNAs-TuCOPB2-400 following 24 h of mite feeding. (A) Fluorescence of labeled dsRNAs is seen in the mite caeca lumen (c) and digestive cells (dc); free fluorescein-12-UTP localizes in the posterior midgut (pm); guanine pellets (g), located in t... |
PMC9427735_Fig3_389373.jpg | What key item or scene is captured in this photo? | Localization of the ingested fluorescently labelled dsRNAs-TuCOPB2-100 and dsRNAs-TuCOPB2-400 following 24 h of mite feeding. (A) Fluorescence of labeled dsRNAs is seen in the mite caeca lumen (c) and digestive cells (dc); free fluorescein-12-UTP localizes in the posterior midgut (pm); guanine pellets (g), located in t... |
PMC9427752_Fig4_389391.jpg | What is the main focus of this visual representation? | Shape and morphology evolution of CuMgAl-MMO-HS particles.Photos of CuMgAl-LDH precursors and derived MMOs in different states: a LDH precursor powders, b freshly calcined particles, c decomposed particles (active phase: Cu2O), d reduced particles (active phase: Cu) reduction under 2 vol% CO balanced with N2, e particl... |
PMC9427752_Fig4_389390.jpg | What is shown in this image? | Shape and morphology evolution of CuMgAl-MMO-HS particles.Photos of CuMgAl-LDH precursors and derived MMOs in different states: a LDH precursor powders, b freshly calcined particles, c decomposed particles (active phase: Cu2O), d reduced particles (active phase: Cu) reduction under 2 vol% CO balanced with N2, e particl... |
PMC9427752_Fig4_389389.jpg | What does this image primarily show? | Shape and morphology evolution of CuMgAl-MMO-HS particles.Photos of CuMgAl-LDH precursors and derived MMOs in different states: a LDH precursor powders, b freshly calcined particles, c decomposed particles (active phase: Cu2O), d reduced particles (active phase: Cu) reduction under 2 vol% CO balanced with N2, e particl... |
PMC9427752_Fig4_389382.jpg | What object or scene is depicted here? | Shape and morphology evolution of CuMgAl-MMO-HS particles.Photos of CuMgAl-LDH precursors and derived MMOs in different states: a LDH precursor powders, b freshly calcined particles, c decomposed particles (active phase: Cu2O), d reduced particles (active phase: Cu) reduction under 2 vol% CO balanced with N2, e particl... |
PMC9427752_Fig4_389388.jpg | What is the principal component of this image? | Shape and morphology evolution of CuMgAl-MMO-HS particles.Photos of CuMgAl-LDH precursors and derived MMOs in different states: a LDH precursor powders, b freshly calcined particles, c decomposed particles (active phase: Cu2O), d reduced particles (active phase: Cu) reduction under 2 vol% CO balanced with N2, e particl... |
PMC9427752_Fig4_389387.jpg | What is the focal point of this photograph? | Shape and morphology evolution of CuMgAl-MMO-HS particles.Photos of CuMgAl-LDH precursors and derived MMOs in different states: a LDH precursor powders, b freshly calcined particles, c decomposed particles (active phase: Cu2O), d reduced particles (active phase: Cu) reduction under 2 vol% CO balanced with N2, e particl... |
PMC9427757_Fig2_389396.jpg | What is being portrayed in this visual content? | Longitudinal differences in cortical gray matter between groups.Corrected significance map showing cortical areas that exhibited a significant interaction of group by time in vertex-wise repeated measures ANOVAs that controlled for age and total brain volume in analyses of volume (a) and surface area (b), and that cont... |
PMC9427757_Fig2_389394.jpg | What is the dominant medical problem in this image? | Longitudinal differences in cortical gray matter between groups.Corrected significance map showing cortical areas that exhibited a significant interaction of group by time in vertex-wise repeated measures ANOVAs that controlled for age and total brain volume in analyses of volume (a) and surface area (b), and that cont... |
PMC9427757_Fig3_389399.jpg | What does this image primarily show? | Longitudinal differences in whole-brain gray matter between groups.Brain maps resulting from voxel-based morphometry analysis showing the location of significant between-group differences in regional gray matter trajectories. Regional differences in brain volume between participants in the closed-loop (CL) and standard... |
PMC9427757_Fig3_389397.jpg | What stands out most in this visual? | Longitudinal differences in whole-brain gray matter between groups.Brain maps resulting from voxel-based morphometry analysis showing the location of significant between-group differences in regional gray matter trajectories. Regional differences in brain volume between participants in the closed-loop (CL) and standard... |
PMC9427768_Fig1_389402.jpg | What stands out most in this visual? | Photo of a living A. gibbosa (showing the ventral side) and SEM images of nanoplastic incorporation into the calcite test at the aperture. The nanoplastic particles can be identified as 1-μm spheres. (a) The ornamented area near the aperture of Amphistegina is shown, which is the opening to the newest chamber and the p... |
PMC9427768_Fig1_389400.jpg | What is the main focus of this visual representation? | Photo of a living A. gibbosa (showing the ventral side) and SEM images of nanoplastic incorporation into the calcite test at the aperture. The nanoplastic particles can be identified as 1-μm spheres. (a) The ornamented area near the aperture of Amphistegina is shown, which is the opening to the newest chamber and the p... |
PMC9427768_Fig1_389403.jpg | What does this image primarily show? | Photo of a living A. gibbosa (showing the ventral side) and SEM images of nanoplastic incorporation into the calcite test at the aperture. The nanoplastic particles can be identified as 1-μm spheres. (a) The ornamented area near the aperture of Amphistegina is shown, which is the opening to the newest chamber and the p... |
PMC9427768_Fig1_389404.jpg | What is the dominant medical problem in this image? | Photo of a living A. gibbosa (showing the ventral side) and SEM images of nanoplastic incorporation into the calcite test at the aperture. The nanoplastic particles can be identified as 1-μm spheres. (a) The ornamented area near the aperture of Amphistegina is shown, which is the opening to the newest chamber and the p... |
PMC9427768_Fig1_389405.jpg | What can you see in this picture? | Photo of a living A. gibbosa (showing the ventral side) and SEM images of nanoplastic incorporation into the calcite test at the aperture. The nanoplastic particles can be identified as 1-μm spheres. (a) The ornamented area near the aperture of Amphistegina is shown, which is the opening to the newest chamber and the p... |
PMC9427768_Fig1_389401.jpg | What is the core subject represented in this visual? | Photo of a living A. gibbosa (showing the ventral side) and SEM images of nanoplastic incorporation into the calcite test at the aperture. The nanoplastic particles can be identified as 1-μm spheres. (a) The ornamented area near the aperture of Amphistegina is shown, which is the opening to the newest chamber and the p... |
PMC9427768_Fig2_389408.jpg | What is being portrayed in this visual content? | Examples showing cases of nanoplastic uptake and incorporation by fluorescence microscopy. (a) LBF seen here with ingested nanoplastic fluorescing yellow. (b) LBF with nanoplastic located only in the most recently formed chamber and at the aperture. Images (c) and (d) show sections of the foraminiferal tests with a vie... |
PMC9427768_Fig2_389407.jpg | What is the central feature of this picture? | Examples showing cases of nanoplastic uptake and incorporation by fluorescence microscopy. (a) LBF seen here with ingested nanoplastic fluorescing yellow. (b) LBF with nanoplastic located only in the most recently formed chamber and at the aperture. Images (c) and (d) show sections of the foraminiferal tests with a vie... |
PMC9427768_Fig2_389406.jpg | What is shown in this image? | Examples showing cases of nanoplastic uptake and incorporation by fluorescence microscopy. (a) LBF seen here with ingested nanoplastic fluorescing yellow. (b) LBF with nanoplastic located only in the most recently formed chamber and at the aperture. Images (c) and (d) show sections of the foraminiferal tests with a vie... |
PMC9427783_Fig2_389411.jpg | What is the main focus of this visual representation? | Confocal imaging identifies LLO strain phagosomal escape into the cytoplasm of J774A.1 cells.Confocal imaging was used to identify the PKH67 membrane stain (green; J774A.1 cells), nuclear Hoechst 33342 (blue), B. subtilis (magenta) and LAMP-1 (red). The LLO strain was introduced to J774A.1 cells at a multiplicity of in... |
PMC9427783_Fig2_389416.jpg | Describe the main subject of this image. | Confocal imaging identifies LLO strain phagosomal escape into the cytoplasm of J774A.1 cells.Confocal imaging was used to identify the PKH67 membrane stain (green; J774A.1 cells), nuclear Hoechst 33342 (blue), B. subtilis (magenta) and LAMP-1 (red). The LLO strain was introduced to J774A.1 cells at a multiplicity of in... |
PMC9427783_Fig2_389412.jpg | What's the most prominent thing you notice in this picture? | Confocal imaging identifies LLO strain phagosomal escape into the cytoplasm of J774A.1 cells.Confocal imaging was used to identify the PKH67 membrane stain (green; J774A.1 cells), nuclear Hoechst 33342 (blue), B. subtilis (magenta) and LAMP-1 (red). The LLO strain was introduced to J774A.1 cells at a multiplicity of in... |
PMC9427783_Fig2_389414.jpg | What is the principal component of this image? | Confocal imaging identifies LLO strain phagosomal escape into the cytoplasm of J774A.1 cells.Confocal imaging was used to identify the PKH67 membrane stain (green; J774A.1 cells), nuclear Hoechst 33342 (blue), B. subtilis (magenta) and LAMP-1 (red). The LLO strain was introduced to J774A.1 cells at a multiplicity of in... |
PMC9427787_Fig1_389424.jpg | What can you see in this picture? | Representative images of P. gingivalis in GD11 specimens. (a) Stained section from an uninfected control. (b) Corresponding isotype control for P. gingivalis positive specimen. (c) Low magnified image of a P. gingivalis positive specimen. Boxed region indicates the region that is pictured in (d). Transillumination (gre... |
PMC9427787_Fig1_389423.jpg | What is being portrayed in this visual content? | Representative images of P. gingivalis in GD11 specimens. (a) Stained section from an uninfected control. (b) Corresponding isotype control for P. gingivalis positive specimen. (c) Low magnified image of a P. gingivalis positive specimen. Boxed region indicates the region that is pictured in (d). Transillumination (gre... |
PMC9427787_Fig2_389430.jpg | What is the focal point of this photograph? | Impact of P. gingivalis infection on GD11 spiral artery lumen size. (a) Representative images from control and P. gingivalis-infected specimens. Left panels are tiled composites of individual pictures taken at × 10 magnification with an EVOS Auto FL imaging system. Scale bar = 1000 µm. Black arrows mark the spiral arte... |
PMC9427787_Fig2_389426.jpg | What key item or scene is captured in this photo? | Impact of P. gingivalis infection on GD11 spiral artery lumen size. (a) Representative images from control and P. gingivalis-infected specimens. Left panels are tiled composites of individual pictures taken at × 10 magnification with an EVOS Auto FL imaging system. Scale bar = 1000 µm. Black arrows mark the spiral arte... |
PMC9427787_Fig5_389434.jpg | What key item or scene is captured in this photo? | In situ distribution of uNK cells in control and P. gingivalis-infected specimens collected at GD11. uNK cells were identified with an antibody to Ank61 (green), some of which are also positive for TNF (red). Left panels are tiled composites of individual pictures taken at × 10 magnification with an EVOS Auto FL imagin... |
PMC9427787_Fig5_389433.jpg | What does this image primarily show? | In situ distribution of uNK cells in control and P. gingivalis-infected specimens collected at GD11. uNK cells were identified with an antibody to Ank61 (green), some of which are also positive for TNF (red). Left panels are tiled composites of individual pictures taken at × 10 magnification with an EVOS Auto FL imagin... |
PMC9427787_Fig5_389431.jpg | What is the central feature of this picture? | In situ distribution of uNK cells in control and P. gingivalis-infected specimens collected at GD11. uNK cells were identified with an antibody to Ank61 (green), some of which are also positive for TNF (red). Left panels are tiled composites of individual pictures taken at × 10 magnification with an EVOS Auto FL imagin... |
PMC9427787_Fig5_389432.jpg | What does this image primarily show? | In situ distribution of uNK cells in control and P. gingivalis-infected specimens collected at GD11. uNK cells were identified with an antibody to Ank61 (green), some of which are also positive for TNF (red). Left panels are tiled composites of individual pictures taken at × 10 magnification with an EVOS Auto FL imagin... |
PMC9427841_Fig1_389435.jpg | Can you identify the primary element in this image? | A case of early-onset exfoliation syndrome. The patient was diagnosed with primary open-angle glaucoma (POAG) in both eyes at the age of 51 years and underwent trabeculectomy in both eyes at the age of 54 years. At the age of 57 years, 3 years after surgery, exfoliation material was first noticed in the left eye. Typic... |
PMC9427842_Fig1_389440.jpg | Describe the main subject of this image. | Representative examples of scotoma patterns noted in 10-2 and 30-2 Humphrey visual field (VF) tests noted in 4 patients with hydroxychloroquine retinopathy: patchy scotoma, partial- or full-ring scotoma, ring scotoma, central scotoma, and whole-field defect. In each case, results from fundus autofluorescence (FAF, top ... |
PMC9427842_Fig1_389443.jpg | What is the main focus of this visual representation? | Representative examples of scotoma patterns noted in 10-2 and 30-2 Humphrey visual field (VF) tests noted in 4 patients with hydroxychloroquine retinopathy: patchy scotoma, partial- or full-ring scotoma, ring scotoma, central scotoma, and whole-field defect. In each case, results from fundus autofluorescence (FAF, top ... |
PMC9427876_Fig2_389448.jpg | What's the most prominent thing you notice in this picture? | Achieved electrode positions in the lateral ventral tegmental area (VTA). Fusion of postoperative CT (electrode artifacts white dots with red lining) with preoperative T2W MRI. Electrodes are located in the corridor between the mammillothalamic tract (mtt), the red nucleus (RN), and subthalamic nucleus(STN)/substantia ... |
PMC9427876_Fig2_389450.jpg | What does this image primarily show? | Achieved electrode positions in the lateral ventral tegmental area (VTA). Fusion of postoperative CT (electrode artifacts white dots with red lining) with preoperative T2W MRI. Electrodes are located in the corridor between the mammillothalamic tract (mtt), the red nucleus (RN), and subthalamic nucleus(STN)/substantia ... |
PMC9427876_Fig2_389451.jpg | What object or scene is depicted here? | Achieved electrode positions in the lateral ventral tegmental area (VTA). Fusion of postoperative CT (electrode artifacts white dots with red lining) with preoperative T2W MRI. Electrodes are located in the corridor between the mammillothalamic tract (mtt), the red nucleus (RN), and subthalamic nucleus(STN)/substantia ... |
PMC9427876_Fig2_389449.jpg | Describe the main subject of this image. | Achieved electrode positions in the lateral ventral tegmental area (VTA). Fusion of postoperative CT (electrode artifacts white dots with red lining) with preoperative T2W MRI. Electrodes are located in the corridor between the mammillothalamic tract (mtt), the red nucleus (RN), and subthalamic nucleus(STN)/substantia ... |
PMC9427885_Fig1_389447.jpg | What is shown in this image? | MRI sagittal view of clitoral cyst |
PMC9427885_Fig2_389445.jpg | What is the principal component of this image? | MRI transverse view of clitoral cyst |
PMC9427891_Fig1_389454.jpg | Describe the main subject of this image. | Pre-operative T2-weighted sagittal MRI of the cervical spine showing a hyperintense cystic intradural intramedullary lesion spanning from C4 to T2 and expanding the cord |
PMC9427891_Fig1_389453.jpg | What's the most prominent thing you notice in this picture? | Pre-operative T2-weighted sagittal MRI of the cervical spine showing a hyperintense cystic intradural intramedullary lesion spanning from C4 to T2 and expanding the cord |
PMC9427891_Fig3_389456.jpg | What does this image primarily show? | T2-weighted MRI scan 14 weeks post re-exploration following tension pneumosyrinx |
PMC9427923_Fig1_389461.jpg | What is the dominant medical problem in this image? | A 57-year-old female without any past medical history presented to our institution with headache and neck pain for the last 6 months. She did not have any other neurological signs or symptoms. A full neurological examination was within normal limits. Cranio-cervical MRI was performed, which revealed a 30 × 25 × 20 mm e... |
PMC9427923_Fig2_389459.jpg | What is the dominant medical problem in this image? | Post-operative T1-contrast enhanced MRI (A) axial and (B) sagittal images, showed complete resection with patent deep venous system and straight sinus. T2-weighted MRI did not reveal any complications such as occipital lobe edema (C) |
PMC9427923_Fig2_389457.jpg | Can you identify the primary element in this image? | Post-operative T1-contrast enhanced MRI (A) axial and (B) sagittal images, showed complete resection with patent deep venous system and straight sinus. T2-weighted MRI did not reveal any complications such as occipital lobe edema (C) |
PMC9427923_Fig2_389458.jpg | What object or scene is depicted here? | Post-operative T1-contrast enhanced MRI (A) axial and (B) sagittal images, showed complete resection with patent deep venous system and straight sinus. T2-weighted MRI did not reveal any complications such as occipital lobe edema (C) |
PMC9427927_Fig1_389465.jpg | What can you see in this picture? | A and B Pre-operative T2W and Gd-enhanced T1W axial MR images showing a large Al-Mefty group I clinoidal meningioma with encasement of the carotid artery bifurcation (blue arrow) and compression of the ipsilateral optic nerve (red arrow). C and D T2W and Gd enhanced T1W coronal MR images showing the tumor extension wit... |
PMC9427927_Fig1_389464.jpg | What stands out most in this visual? | A and B Pre-operative T2W and Gd-enhanced T1W axial MR images showing a large Al-Mefty group I clinoidal meningioma with encasement of the carotid artery bifurcation (blue arrow) and compression of the ipsilateral optic nerve (red arrow). C and D T2W and Gd enhanced T1W coronal MR images showing the tumor extension wit... |
PMC9427927_Fig1_389466.jpg | What is the core subject represented in this visual? | A and B Pre-operative T2W and Gd-enhanced T1W axial MR images showing a large Al-Mefty group I clinoidal meningioma with encasement of the carotid artery bifurcation (blue arrow) and compression of the ipsilateral optic nerve (red arrow). C and D T2W and Gd enhanced T1W coronal MR images showing the tumor extension wit... |
PMC9427927_Fig1_389463.jpg | What is shown in this image? | A and B Pre-operative T2W and Gd-enhanced T1W axial MR images showing a large Al-Mefty group I clinoidal meningioma with encasement of the carotid artery bifurcation (blue arrow) and compression of the ipsilateral optic nerve (red arrow). C and D T2W and Gd enhanced T1W coronal MR images showing the tumor extension wit... |
PMC9428036_Fig3_389467.jpg | What object or scene is depicted here? | a–c Preoperative T2-weighted coronal and axial MRI cuts showing a relatively hyperintense heterogeneous well-circumscribed tumor, occupying the floor of the middle fossa, internal acoustic meatus, and posterior fossa CPA. It shows the classic dumbbell shape of a middle-posterior fossa facial nerves schwannoma. d–f Preo... |
PMC9428036_Fig3_389471.jpg | Can you identify the primary element in this image? | a–c Preoperative T2-weighted coronal and axial MRI cuts showing a relatively hyperintense heterogeneous well-circumscribed tumor, occupying the floor of the middle fossa, internal acoustic meatus, and posterior fossa CPA. It shows the classic dumbbell shape of a middle-posterior fossa facial nerves schwannoma. d–f Preo... |
PMC9428036_Fig3_389473.jpg | What's the most prominent thing you notice in this picture? | a–c Preoperative T2-weighted coronal and axial MRI cuts showing a relatively hyperintense heterogeneous well-circumscribed tumor, occupying the floor of the middle fossa, internal acoustic meatus, and posterior fossa CPA. It shows the classic dumbbell shape of a middle-posterior fossa facial nerves schwannoma. d–f Preo... |
PMC9428036_Fig3_389474.jpg | What is being portrayed in this visual content? | a–c Preoperative T2-weighted coronal and axial MRI cuts showing a relatively hyperintense heterogeneous well-circumscribed tumor, occupying the floor of the middle fossa, internal acoustic meatus, and posterior fossa CPA. It shows the classic dumbbell shape of a middle-posterior fossa facial nerves schwannoma. d–f Preo... |
PMC9428036_Fig3_389469.jpg | What key item or scene is captured in this photo? | a–c Preoperative T2-weighted coronal and axial MRI cuts showing a relatively hyperintense heterogeneous well-circumscribed tumor, occupying the floor of the middle fossa, internal acoustic meatus, and posterior fossa CPA. It shows the classic dumbbell shape of a middle-posterior fossa facial nerves schwannoma. d–f Preo... |
PMC9428036_Fig3_389470.jpg | What is the central feature of this picture? | a–c Preoperative T2-weighted coronal and axial MRI cuts showing a relatively hyperintense heterogeneous well-circumscribed tumor, occupying the floor of the middle fossa, internal acoustic meatus, and posterior fossa CPA. It shows the classic dumbbell shape of a middle-posterior fossa facial nerves schwannoma. d–f Preo... |
PMC9428036_Fig3_389472.jpg | Describe the main subject of this image. | a–c Preoperative T2-weighted coronal and axial MRI cuts showing a relatively hyperintense heterogeneous well-circumscribed tumor, occupying the floor of the middle fossa, internal acoustic meatus, and posterior fossa CPA. It shows the classic dumbbell shape of a middle-posterior fossa facial nerves schwannoma. d–f Preo... |
PMC9428142_Fig6_389475.jpg | What stands out most in this visual? | (a) Original ultrasound image; (b) image after CLAHE; (c) image after anisotropic diffusion. |
PMC9428142_Fig6_389476.jpg | What does this image primarily show? | (a) Original ultrasound image; (b) image after CLAHE; (c) image after anisotropic diffusion. |
PMC9428142_Fig6_389477.jpg | What object or scene is depicted here? | (a) Original ultrasound image; (b) image after CLAHE; (c) image after anisotropic diffusion. |
PMC9428142_Fig8_389483.jpg | What is the dominant medical problem in this image? | (a,d) Original ultrasound image; (b,e) output image of R2AttU-net; (c,f) enhanced image. |
PMC9428142_Fig8_389479.jpg | What is being portrayed in this visual content? | (a,d) Original ultrasound image; (b,e) output image of R2AttU-net; (c,f) enhanced image. |
PMC9428142_Fig8_389478.jpg | What is the central feature of this picture? | (a,d) Original ultrasound image; (b,e) output image of R2AttU-net; (c,f) enhanced image. |
PMC9428154_F3_389485.jpg | What is the dominant medical problem in this image? | Radiological and pathological features of patients with disease-associated RFC1 repeat expansions. (A,B) Brain MRI shows cerebellar atrophy (white arrow; P10). (C) Brain single photon emission computed tomography (SPECT) reveals decreased blood flow in the cerebellar region (P21). (D,E) Marked loss of large and small m... |
PMC9428154_F3_389487.jpg | What can you see in this picture? | Radiological and pathological features of patients with disease-associated RFC1 repeat expansions. (A,B) Brain MRI shows cerebellar atrophy (white arrow; P10). (C) Brain single photon emission computed tomography (SPECT) reveals decreased blood flow in the cerebellar region (P21). (D,E) Marked loss of large and small m... |
PMC9428154_F3_389484.jpg | What is the dominant medical problem in this image? | Radiological and pathological features of patients with disease-associated RFC1 repeat expansions. (A,B) Brain MRI shows cerebellar atrophy (white arrow; P10). (C) Brain single photon emission computed tomography (SPECT) reveals decreased blood flow in the cerebellar region (P21). (D,E) Marked loss of large and small m... |
PMC9428154_F3_389488.jpg | What is the dominant medical problem in this image? | Radiological and pathological features of patients with disease-associated RFC1 repeat expansions. (A,B) Brain MRI shows cerebellar atrophy (white arrow; P10). (C) Brain single photon emission computed tomography (SPECT) reveals decreased blood flow in the cerebellar region (P21). (D,E) Marked loss of large and small m... |
PMC9428154_F3_389486.jpg | What's the most prominent thing you notice in this picture? | Radiological and pathological features of patients with disease-associated RFC1 repeat expansions. (A,B) Brain MRI shows cerebellar atrophy (white arrow; P10). (C) Brain single photon emission computed tomography (SPECT) reveals decreased blood flow in the cerebellar region (P21). (D,E) Marked loss of large and small m... |
PMC9428171_Fig1_389494.jpg | Can you identify the primary element in this image? | Polarimetric images of Medicago sativa leaf used in this study. (a) Picture of the underside part of the Medicago sativa leaf. White square denotes for selected region of interest (ROI) analyzed in remaining images, (b) regular intensity image (M00) of the M. sativa underside ROI and its corresponding polarimetric obse... |
PMC9428171_Fig1_389496.jpg | What's the most prominent thing you notice in this picture? | Polarimetric images of Medicago sativa leaf used in this study. (a) Picture of the underside part of the Medicago sativa leaf. White square denotes for selected region of interest (ROI) analyzed in remaining images, (b) regular intensity image (M00) of the M. sativa underside ROI and its corresponding polarimetric obse... |
PMC9428171_Fig1_389497.jpg | What is being portrayed in this visual content? | Polarimetric images of Medicago sativa leaf used in this study. (a) Picture of the underside part of the Medicago sativa leaf. White square denotes for selected region of interest (ROI) analyzed in remaining images, (b) regular intensity image (M00) of the M. sativa underside ROI and its corresponding polarimetric obse... |
PMC9428171_Fig1_389495.jpg | What object or scene is depicted here? | Polarimetric images of Medicago sativa leaf used in this study. (a) Picture of the underside part of the Medicago sativa leaf. White square denotes for selected region of interest (ROI) analyzed in remaining images, (b) regular intensity image (M00) of the M. sativa underside ROI and its corresponding polarimetric obse... |
PMC9428171_Fig1_389491.jpg | What can you see in this picture? | Polarimetric images of Medicago sativa leaf used in this study. (a) Picture of the underside part of the Medicago sativa leaf. White square denotes for selected region of interest (ROI) analyzed in remaining images, (b) regular intensity image (M00) of the M. sativa underside ROI and its corresponding polarimetric obse... |
PMC9428171_Fig2_389506.jpg | What is shown in this image? | Polarimetric images of Olea europaea leaf used in this study. (a) Picture of the underside part of O. europaea leaf. Black square denotes for selected region of interest (ROI) analyzed in remaining images, (b) regular intensity image (M00) of the O. europaea transmission ROI and its corresponding polarimetric observabl... |
PMC9428171_Fig2_389505.jpg | Describe the main subject of this image. | Polarimetric images of Olea europaea leaf used in this study. (a) Picture of the underside part of O. europaea leaf. Black square denotes for selected region of interest (ROI) analyzed in remaining images, (b) regular intensity image (M00) of the O. europaea transmission ROI and its corresponding polarimetric observabl... |
PMC9428171_Fig2_389507.jpg | What is the main focus of this visual representation? | Polarimetric images of Olea europaea leaf used in this study. (a) Picture of the underside part of O. europaea leaf. Black square denotes for selected region of interest (ROI) analyzed in remaining images, (b) regular intensity image (M00) of the O. europaea transmission ROI and its corresponding polarimetric observabl... |
PMC9428171_Fig2_389500.jpg | What is the central feature of this picture? | Polarimetric images of Olea europaea leaf used in this study. (a) Picture of the underside part of O. europaea leaf. Black square denotes for selected region of interest (ROI) analyzed in remaining images, (b) regular intensity image (M00) of the O. europaea transmission ROI and its corresponding polarimetric observabl... |
PMC9428171_Fig2_389501.jpg | Can you identify the primary element in this image? | Polarimetric images of Olea europaea leaf used in this study. (a) Picture of the underside part of O. europaea leaf. Black square denotes for selected region of interest (ROI) analyzed in remaining images, (b) regular intensity image (M00) of the O. europaea transmission ROI and its corresponding polarimetric observabl... |
PMC9428171_Fig2_389503.jpg | What's the most prominent thing you notice in this picture? | Polarimetric images of Olea europaea leaf used in this study. (a) Picture of the underside part of O. europaea leaf. Black square denotes for selected region of interest (ROI) analyzed in remaining images, (b) regular intensity image (M00) of the O. europaea transmission ROI and its corresponding polarimetric observabl... |
PMC9428171_Fig2_389502.jpg | Can you identify the primary element in this image? | Polarimetric images of Olea europaea leaf used in this study. (a) Picture of the underside part of O. europaea leaf. Black square denotes for selected region of interest (ROI) analyzed in remaining images, (b) regular intensity image (M00) of the O. europaea transmission ROI and its corresponding polarimetric observabl... |
PMC9428171_Fig6_389514.jpg | What is the principal component of this image? | Visual comparison of Medicago sativa leaf: (a) 625 nm intensity image (M00), (b) polarimetric purity index P2, (c) processed image by means of #1 pseudo-coloration; Visual comparison of Olea europaea leaf: (d) 625 nm intensity image (M00), (e) polarimetric purity index P1, (f) processed image by means of #1 pseudo-colo... |
PMC9428171_Fig6_389513.jpg | What is the dominant medical problem in this image? | Visual comparison of Medicago sativa leaf: (a) 625 nm intensity image (M00), (b) polarimetric purity index P2, (c) processed image by means of #1 pseudo-coloration; Visual comparison of Olea europaea leaf: (d) 625 nm intensity image (M00), (e) polarimetric purity index P1, (f) processed image by means of #1 pseudo-colo... |
PMC9428210_Fig4_389522.jpg | What can you see in this picture? | In-situ TEM heating and cooling experiment resulted in structural changes and BF contrast differences allowing for direct observation of the SPT of (a) VO\documentclass[12pt]{minimal}
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PMC9428210_Fig4_389515.jpg | What is the main focus of this visual representation? | In-situ TEM heating and cooling experiment resulted in structural changes and BF contrast differences allowing for direct observation of the SPT of (a) VO\documentclass[12pt]{minimal}
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PMC9428210_Fig4_389521.jpg | What is being portrayed in this visual content? | In-situ TEM heating and cooling experiment resulted in structural changes and BF contrast differences allowing for direct observation of the SPT of (a) VO\documentclass[12pt]{minimal}
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PMC9428210_Fig4_389520.jpg | Can you identify the primary element in this image? | In-situ TEM heating and cooling experiment resulted in structural changes and BF contrast differences allowing for direct observation of the SPT of (a) VO\documentclass[12pt]{minimal}
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PMC9428210_Fig4_389516.jpg | What is the central feature of this picture? | In-situ TEM heating and cooling experiment resulted in structural changes and BF contrast differences allowing for direct observation of the SPT of (a) VO\documentclass[12pt]{minimal}
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PMC9428210_Fig4_389518.jpg | Describe the main subject of this image. | In-situ TEM heating and cooling experiment resulted in structural changes and BF contrast differences allowing for direct observation of the SPT of (a) VO\documentclass[12pt]{minimal}
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PMC9428249_F1_389526.jpg | What key item or scene is captured in this photo? | A 46-year-old patient (Case 1) presented with a 2-month history of dizziness. Preoperative angiography showed a large fusiform vertebrobasilar junction aneurysm (A). This patient underwent placement of two telescoping Tubridge devices (the arrow and the arrowhead), along with coiling and right vertebral artery sacrific... |
PMC9428249_F1_389524.jpg | What stands out most in this visual? | A 46-year-old patient (Case 1) presented with a 2-month history of dizziness. Preoperative angiography showed a large fusiform vertebrobasilar junction aneurysm (A). This patient underwent placement of two telescoping Tubridge devices (the arrow and the arrowhead), along with coiling and right vertebral artery sacrific... |
PMC9428249_F2_389529.jpg | What is the dominant medical problem in this image? | A 56-year-old male patient (Case 10) with a large basilar trunk aneurysm presented with dizziness. Preoperative angiography (A) with 3-dimensional reconstruction (B) demonstrated an irregular dissecting aneurysm at the middle basilar trunk. A single Tubridge device was placed in the basilar trunk (C). 10-month follow-u... |
PMC9428249_F2_389528.jpg | What stands out most in this visual? | A 56-year-old male patient (Case 10) with a large basilar trunk aneurysm presented with dizziness. Preoperative angiography (A) with 3-dimensional reconstruction (B) demonstrated an irregular dissecting aneurysm at the middle basilar trunk. A single Tubridge device was placed in the basilar trunk (C). 10-month follow-u... |
PMC9428249_F2_389530.jpg | What object or scene is depicted here? | A 56-year-old male patient (Case 10) with a large basilar trunk aneurysm presented with dizziness. Preoperative angiography (A) with 3-dimensional reconstruction (B) demonstrated an irregular dissecting aneurysm at the middle basilar trunk. A single Tubridge device was placed in the basilar trunk (C). 10-month follow-u... |
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