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PMC9415567_tropicalmed-07-00169-f003_386245.jpg | What does this image primarily show? | Ultrasonographic images of an MGS positive study participant with abnormalities in the bladder and prostate at Baseline. (A,B). Irregular urinary bladder wall and severe focal thickness, measuring up to 13.6 mm. (C). Normal symmetrical seminal vesicles. (D). Prostate with abnormal irregular outline, but normal volume o... |
PMC9415567_tropicalmed-07-00169-f003_386244.jpg | What does this image primarily show? | Ultrasonographic images of an MGS positive study participant with abnormalities in the bladder and prostate at Baseline. (A,B). Irregular urinary bladder wall and severe focal thickness, measuring up to 13.6 mm. (C). Normal symmetrical seminal vesicles. (D). Prostate with abnormal irregular outline, but normal volume o... |
PMC9415567_tropicalmed-07-00169-f003_386247.jpg | What is the central feature of this picture? | Ultrasonographic images of an MGS positive study participant with abnormalities in the bladder and prostate at Baseline. (A,B). Irregular urinary bladder wall and severe focal thickness, measuring up to 13.6 mm. (C). Normal symmetrical seminal vesicles. (D). Prostate with abnormal irregular outline, but normal volume o... |
PMC9415567_tropicalmed-07-00169-f003_386243.jpg | What is being portrayed in this visual content? | Ultrasonographic images of an MGS positive study participant with abnormalities in the bladder and prostate at Baseline. (A,B). Irregular urinary bladder wall and severe focal thickness, measuring up to 13.6 mm. (C). Normal symmetrical seminal vesicles. (D). Prostate with abnormal irregular outline, but normal volume o... |
PMC9415567_tropicalmed-07-00169-f003_386246.jpg | What key item or scene is captured in this photo? | Ultrasonographic images of an MGS positive study participant with abnormalities in the bladder and prostate at Baseline. (A,B). Irregular urinary bladder wall and severe focal thickness, measuring up to 13.6 mm. (C). Normal symmetrical seminal vesicles. (D). Prostate with abnormal irregular outline, but normal volume o... |
PMC9415567_tropicalmed-07-00169-f005_386241.jpg | Describe the main subject of this image. | Ultrasonographic image of study participant with left testicular nodule at baseline. |
PMC9415596_micromachines-13-01284-f008_386250.jpg | What does this image primarily show? | Reconstruction of mosquito eggs at different distances (×5 magnification): (a) 13.5 mm, (b) 14 mm and (c) 14.5 mm. |
PMC9415596_micromachines-13-01284-f008_386249.jpg | What is shown in this image? | Reconstruction of mosquito eggs at different distances (×5 magnification): (a) 13.5 mm, (b) 14 mm and (c) 14.5 mm. |
PMC9415596_micromachines-13-01284-f008_386248.jpg | What is the central feature of this picture? | Reconstruction of mosquito eggs at different distances (×5 magnification): (a) 13.5 mm, (b) 14 mm and (c) 14.5 mm. |
PMC9415611_micromachines-13-01286-f019_386251.jpg | Describe the main subject of this image. | SEM image of the workpiece surface with the parameters specified in Table 2. The vibration frequencies and amplitudes are: (a) 50 Hz, 3 µm (b) 50 Hz, 5 µm (c) 400 Hz, 3 µm (d) 400 Hz, 5 µm (e) 1000 Hz, 3 µm (f) 1000 Hz, 5 µm. |
PMC9415611_micromachines-13-01286-f019_386253.jpg | What's the most prominent thing you notice in this picture? | SEM image of the workpiece surface with the parameters specified in Table 2. The vibration frequencies and amplitudes are: (a) 50 Hz, 3 µm (b) 50 Hz, 5 µm (c) 400 Hz, 3 µm (d) 400 Hz, 5 µm (e) 1000 Hz, 3 µm (f) 1000 Hz, 5 µm. |
PMC9415611_micromachines-13-01286-f019_386254.jpg | Can you identify the primary element in this image? | SEM image of the workpiece surface with the parameters specified in Table 2. The vibration frequencies and amplitudes are: (a) 50 Hz, 3 µm (b) 50 Hz, 5 µm (c) 400 Hz, 3 µm (d) 400 Hz, 5 µm (e) 1000 Hz, 3 µm (f) 1000 Hz, 5 µm. |
PMC9415611_micromachines-13-01286-f022_386257.jpg | What key item or scene is captured in this photo? | SEM images of the 5 × 5 array tools after use with the parameters specified in Table 2. The vibration frequencies and amplitudes are: (a) 50 Hz, 3 µm (b) 50 Hz, 5 µm (c) 400 Hz, 3 µm (d) 400 Hz, 5 µm (e) 1000 Hz, 3 µm (f) 1000 Hz, 5 µm. |
PMC9415611_micromachines-13-01286-f022_386262.jpg | What key item or scene is captured in this photo? | SEM images of the 5 × 5 array tools after use with the parameters specified in Table 2. The vibration frequencies and amplitudes are: (a) 50 Hz, 3 µm (b) 50 Hz, 5 µm (c) 400 Hz, 3 µm (d) 400 Hz, 5 µm (e) 1000 Hz, 3 µm (f) 1000 Hz, 5 µm. |
PMC9415611_micromachines-13-01286-f022_386259.jpg | What is shown in this image? | SEM images of the 5 × 5 array tools after use with the parameters specified in Table 2. The vibration frequencies and amplitudes are: (a) 50 Hz, 3 µm (b) 50 Hz, 5 µm (c) 400 Hz, 3 µm (d) 400 Hz, 5 µm (e) 1000 Hz, 3 µm (f) 1000 Hz, 5 µm. |
PMC9415611_micromachines-13-01286-f022_386258.jpg | What key item or scene is captured in this photo? | SEM images of the 5 × 5 array tools after use with the parameters specified in Table 2. The vibration frequencies and amplitudes are: (a) 50 Hz, 3 µm (b) 50 Hz, 5 µm (c) 400 Hz, 3 µm (d) 400 Hz, 5 µm (e) 1000 Hz, 3 µm (f) 1000 Hz, 5 µm. |
PMC9415611_micromachines-13-01286-f022_386260.jpg | Describe the main subject of this image. | SEM images of the 5 × 5 array tools after use with the parameters specified in Table 2. The vibration frequencies and amplitudes are: (a) 50 Hz, 3 µm (b) 50 Hz, 5 µm (c) 400 Hz, 3 µm (d) 400 Hz, 5 µm (e) 1000 Hz, 3 µm (f) 1000 Hz, 5 µm. |
PMC9415619_pathogens-11-00867-f002_386263.jpg | What is being portrayed in this visual content? | Histopathological findings in the cardiovascular system: the heart. (Courtesy: Bradley, B.T.; Maioli, H.; Johnston, R.; Chaudhry, I.; Fink, S.L.; Xu, H.; Najafian, B.; Deutsch, G.; Lacy, J.M.; Williams, T.; Yarid, N.; Marshall, D.A. Histopathology and Ultrastructural Findings of Fatal COVID-19 Infections in Washington ... |
PMC9415619_pathogens-11-00867-f002_386264.jpg | What is the principal component of this image? | Histopathological findings in the cardiovascular system: the heart. (Courtesy: Bradley, B.T.; Maioli, H.; Johnston, R.; Chaudhry, I.; Fink, S.L.; Xu, H.; Najafian, B.; Deutsch, G.; Lacy, J.M.; Williams, T.; Yarid, N.; Marshall, D.A. Histopathology and Ultrastructural Findings of Fatal COVID-19 Infections in Washington ... |
PMC9415626_F0001_386270.jpg | What object or scene is depicted here? | Kidney biopsy findings. (A) LM, PAS stain, glomerulus with a cellular crescent; (B) LM, Masson staining, intra tubular hematinic casts surrounded by interstitial inflammatory cells and mild fibrosis; (C) LM, Silver stain, thickened glomerular basement membranes with spikes; (D) EM, thickened glomerular basement membran... |
PMC9415626_F0001_386273.jpg | What is being portrayed in this visual content? | Kidney biopsy findings. (A) LM, PAS stain, glomerulus with a cellular crescent; (B) LM, Masson staining, intra tubular hematinic casts surrounded by interstitial inflammatory cells and mild fibrosis; (C) LM, Silver stain, thickened glomerular basement membranes with spikes; (D) EM, thickened glomerular basement membran... |
PMC9415626_F0001_386269.jpg | What is being portrayed in this visual content? | Kidney biopsy findings. (A) LM, PAS stain, glomerulus with a cellular crescent; (B) LM, Masson staining, intra tubular hematinic casts surrounded by interstitial inflammatory cells and mild fibrosis; (C) LM, Silver stain, thickened glomerular basement membranes with spikes; (D) EM, thickened glomerular basement membran... |
PMC9415626_F0001_386267.jpg | What's the most prominent thing you notice in this picture? | Kidney biopsy findings. (A) LM, PAS stain, glomerulus with a cellular crescent; (B) LM, Masson staining, intra tubular hematinic casts surrounded by interstitial inflammatory cells and mild fibrosis; (C) LM, Silver stain, thickened glomerular basement membranes with spikes; (D) EM, thickened glomerular basement membran... |
PMC9415626_F0001_386271.jpg | What is the main focus of this visual representation? | Kidney biopsy findings. (A) LM, PAS stain, glomerulus with a cellular crescent; (B) LM, Masson staining, intra tubular hematinic casts surrounded by interstitial inflammatory cells and mild fibrosis; (C) LM, Silver stain, thickened glomerular basement membranes with spikes; (D) EM, thickened glomerular basement membran... |
PMC9415626_F0001_386268.jpg | What's the most prominent thing you notice in this picture? | Kidney biopsy findings. (A) LM, PAS stain, glomerulus with a cellular crescent; (B) LM, Masson staining, intra tubular hematinic casts surrounded by interstitial inflammatory cells and mild fibrosis; (C) LM, Silver stain, thickened glomerular basement membranes with spikes; (D) EM, thickened glomerular basement membran... |
PMC9415626_F0001_386265.jpg | What is the principal component of this image? | Kidney biopsy findings. (A) LM, PAS stain, glomerulus with a cellular crescent; (B) LM, Masson staining, intra tubular hematinic casts surrounded by interstitial inflammatory cells and mild fibrosis; (C) LM, Silver stain, thickened glomerular basement membranes with spikes; (D) EM, thickened glomerular basement membran... |
PMC9415626_F0001_386266.jpg | What stands out most in this visual? | Kidney biopsy findings. (A) LM, PAS stain, glomerulus with a cellular crescent; (B) LM, Masson staining, intra tubular hematinic casts surrounded by interstitial inflammatory cells and mild fibrosis; (C) LM, Silver stain, thickened glomerular basement membranes with spikes; (D) EM, thickened glomerular basement membran... |
PMC9415633_nanomaterials-12-02858-f007_386276.jpg | What does this image primarily show? | SEM images of ZnO nanowires grown on graphene/Cu at different potentials (a) −0.8 V, (b) −0.9 V, (c) −1 V, (d) −1.1 V, (e) −1.2 V vs. RE. (f) Cross-section of ZnO/G/Cu obtained at −0.9 V vs. RE. The insets show the SEM images at higher magnification. |
PMC9415633_nanomaterials-12-02858-f007_386275.jpg | What is the core subject represented in this visual? | SEM images of ZnO nanowires grown on graphene/Cu at different potentials (a) −0.8 V, (b) −0.9 V, (c) −1 V, (d) −1.1 V, (e) −1.2 V vs. RE. (f) Cross-section of ZnO/G/Cu obtained at −0.9 V vs. RE. The insets show the SEM images at higher magnification. |
PMC9415633_nanomaterials-12-02858-f007_386277.jpg | What is being portrayed in this visual content? | SEM images of ZnO nanowires grown on graphene/Cu at different potentials (a) −0.8 V, (b) −0.9 V, (c) −1 V, (d) −1.1 V, (e) −1.2 V vs. RE. (f) Cross-section of ZnO/G/Cu obtained at −0.9 V vs. RE. The insets show the SEM images at higher magnification. |
PMC9415640_pharmaceuticals-15-00928-f009_386281.jpg | What is the dominant medical problem in this image? | In vivo efficacy of octoprohibitin for controlling A. baumannii infection in the adult zebrafish model. (A) CS% of the adult zebrafish for 48 hpt. Zebrafish were challenged with A. baumannii intraperitoneally and treated with octoprohibitin or PBS. Negative control group was injected with PBS without A. baumannii chall... |
PMC9415640_pharmaceuticals-15-00928-f009_386282.jpg | What's the most prominent thing you notice in this picture? | In vivo efficacy of octoprohibitin for controlling A. baumannii infection in the adult zebrafish model. (A) CS% of the adult zebrafish for 48 hpt. Zebrafish were challenged with A. baumannii intraperitoneally and treated with octoprohibitin or PBS. Negative control group was injected with PBS without A. baumannii chall... |
PMC9415640_pharmaceuticals-15-00928-f009_386287.jpg | Describe the main subject of this image. | In vivo efficacy of octoprohibitin for controlling A. baumannii infection in the adult zebrafish model. (A) CS% of the adult zebrafish for 48 hpt. Zebrafish were challenged with A. baumannii intraperitoneally and treated with octoprohibitin or PBS. Negative control group was injected with PBS without A. baumannii chall... |
PMC9415640_pharmaceuticals-15-00928-f009_386285.jpg | What stands out most in this visual? | In vivo efficacy of octoprohibitin for controlling A. baumannii infection in the adult zebrafish model. (A) CS% of the adult zebrafish for 48 hpt. Zebrafish were challenged with A. baumannii intraperitoneally and treated with octoprohibitin or PBS. Negative control group was injected with PBS without A. baumannii chall... |
PMC9415640_pharmaceuticals-15-00928-f009_386286.jpg | What's the most prominent thing you notice in this picture? | In vivo efficacy of octoprohibitin for controlling A. baumannii infection in the adult zebrafish model. (A) CS% of the adult zebrafish for 48 hpt. Zebrafish were challenged with A. baumannii intraperitoneally and treated with octoprohibitin or PBS. Negative control group was injected with PBS without A. baumannii chall... |
PMC9415640_pharmaceuticals-15-00928-f009_386284.jpg | What object or scene is depicted here? | In vivo efficacy of octoprohibitin for controlling A. baumannii infection in the adult zebrafish model. (A) CS% of the adult zebrafish for 48 hpt. Zebrafish were challenged with A. baumannii intraperitoneally and treated with octoprohibitin or PBS. Negative control group was injected with PBS without A. baumannii chall... |
PMC9415655_molecules-27-05310-f004_386289.jpg | What is the core subject represented in this visual? | SEM image of AgNPs-LCg (a) and AgNPs-FCg (b) displayed at 20,000× and 50,000× magnification, respectively. |
PMC9415655_molecules-27-05310-f004_386288.jpg | What does this image primarily show? | SEM image of AgNPs-LCg (a) and AgNPs-FCg (b) displayed at 20,000× and 50,000× magnification, respectively. |
PMC9415661_materials-15-05631-f004_386290.jpg | What is the main focus of this visual representation? | Surface texture of Hastelloy C-22 after EDM with S-180 (a) and AF-5 (b) graphite electrode for parameters: (a) I = 5 A, ton = 30 µs, toff = 37 µs; (b) I = 1.7 A, ton = 30 µs, toff = 37 µs. |
PMC9415680_nanomaterials-12-02750-f002_386293.jpg | What is being portrayed in this visual content? | SEM of micrograph from surface of films (wavelength 100 µm and magnification × 100) (a) CS, (b) CS/ESP, (c) CS/ESP/OPAC and (d) CS/ESP/CAC film; (a1) CS and (b1) CS/ESP (wavelength 10 µm and magnification × 2000); (c1) CS/ESP/OPAC and (d1)CS/ESP/CAC (wavelength 10 µm and magnification × 1000); the cross sectional view ... |
PMC9415680_nanomaterials-12-02750-f002_386292.jpg | Describe the main subject of this image. | SEM of micrograph from surface of films (wavelength 100 µm and magnification × 100) (a) CS, (b) CS/ESP, (c) CS/ESP/OPAC and (d) CS/ESP/CAC film; (a1) CS and (b1) CS/ESP (wavelength 10 µm and magnification × 2000); (c1) CS/ESP/OPAC and (d1)CS/ESP/CAC (wavelength 10 µm and magnification × 1000); the cross sectional view ... |
PMC9415680_nanomaterials-12-02750-f002_386302.jpg | What does this image primarily show? | SEM of micrograph from surface of films (wavelength 100 µm and magnification × 100) (a) CS, (b) CS/ESP, (c) CS/ESP/OPAC and (d) CS/ESP/CAC film; (a1) CS and (b1) CS/ESP (wavelength 10 µm and magnification × 2000); (c1) CS/ESP/OPAC and (d1)CS/ESP/CAC (wavelength 10 µm and magnification × 1000); the cross sectional view ... |
PMC9415680_nanomaterials-12-02750-f002_386295.jpg | What object or scene is depicted here? | SEM of micrograph from surface of films (wavelength 100 µm and magnification × 100) (a) CS, (b) CS/ESP, (c) CS/ESP/OPAC and (d) CS/ESP/CAC film; (a1) CS and (b1) CS/ESP (wavelength 10 µm and magnification × 2000); (c1) CS/ESP/OPAC and (d1)CS/ESP/CAC (wavelength 10 µm and magnification × 1000); the cross sectional view ... |
PMC9415680_nanomaterials-12-02750-f002_386296.jpg | What's the most prominent thing you notice in this picture? | SEM of micrograph from surface of films (wavelength 100 µm and magnification × 100) (a) CS, (b) CS/ESP, (c) CS/ESP/OPAC and (d) CS/ESP/CAC film; (a1) CS and (b1) CS/ESP (wavelength 10 µm and magnification × 2000); (c1) CS/ESP/OPAC and (d1)CS/ESP/CAC (wavelength 10 µm and magnification × 1000); the cross sectional view ... |
PMC9415680_nanomaterials-12-02750-f002_386298.jpg | What is the central feature of this picture? | SEM of micrograph from surface of films (wavelength 100 µm and magnification × 100) (a) CS, (b) CS/ESP, (c) CS/ESP/OPAC and (d) CS/ESP/CAC film; (a1) CS and (b1) CS/ESP (wavelength 10 µm and magnification × 2000); (c1) CS/ESP/OPAC and (d1)CS/ESP/CAC (wavelength 10 µm and magnification × 1000); the cross sectional view ... |
PMC9415680_nanomaterials-12-02750-f002_386297.jpg | What object or scene is depicted here? | SEM of micrograph from surface of films (wavelength 100 µm and magnification × 100) (a) CS, (b) CS/ESP, (c) CS/ESP/OPAC and (d) CS/ESP/CAC film; (a1) CS and (b1) CS/ESP (wavelength 10 µm and magnification × 2000); (c1) CS/ESP/OPAC and (d1)CS/ESP/CAC (wavelength 10 µm and magnification × 1000); the cross sectional view ... |
PMC9415680_nanomaterials-12-02750-f002_386300.jpg | What is the core subject represented in this visual? | SEM of micrograph from surface of films (wavelength 100 µm and magnification × 100) (a) CS, (b) CS/ESP, (c) CS/ESP/OPAC and (d) CS/ESP/CAC film; (a1) CS and (b1) CS/ESP (wavelength 10 µm and magnification × 2000); (c1) CS/ESP/OPAC and (d1)CS/ESP/CAC (wavelength 10 µm and magnification × 1000); the cross sectional view ... |
PMC9415680_nanomaterials-12-02750-f002_386299.jpg | What can you see in this picture? | SEM of micrograph from surface of films (wavelength 100 µm and magnification × 100) (a) CS, (b) CS/ESP, (c) CS/ESP/OPAC and (d) CS/ESP/CAC film; (a1) CS and (b1) CS/ESP (wavelength 10 µm and magnification × 2000); (c1) CS/ESP/OPAC and (d1)CS/ESP/CAC (wavelength 10 µm and magnification × 1000); the cross sectional view ... |
PMC9415680_nanomaterials-12-02750-f002_386301.jpg | What is the core subject represented in this visual? | SEM of micrograph from surface of films (wavelength 100 µm and magnification × 100) (a) CS, (b) CS/ESP, (c) CS/ESP/OPAC and (d) CS/ESP/CAC film; (a1) CS and (b1) CS/ESP (wavelength 10 µm and magnification × 2000); (c1) CS/ESP/OPAC and (d1)CS/ESP/CAC (wavelength 10 µm and magnification × 1000); the cross sectional view ... |
PMC9415682_medicina-58-01052-f001_386309.jpg | What does this image primarily show? | Initial photos and radiographs. (a) Extra-oral photos showed flat midface and mild facial asymmetry with chin deviation to the right. (b) Vertical facial height proportion was balanced but the upper incisor show was minimal. (c) Lateral profile showed a mild concave profile. (d) Skeletal pattern was class III with an a... |
PMC9415682_medicina-58-01052-f001_386316.jpg | What key item or scene is captured in this photo? | Initial photos and radiographs. (a) Extra-oral photos showed flat midface and mild facial asymmetry with chin deviation to the right. (b) Vertical facial height proportion was balanced but the upper incisor show was minimal. (c) Lateral profile showed a mild concave profile. (d) Skeletal pattern was class III with an a... |
PMC9415682_medicina-58-01052-f001_386307.jpg | What is shown in this image? | Initial photos and radiographs. (a) Extra-oral photos showed flat midface and mild facial asymmetry with chin deviation to the right. (b) Vertical facial height proportion was balanced but the upper incisor show was minimal. (c) Lateral profile showed a mild concave profile. (d) Skeletal pattern was class III with an a... |
PMC9415682_medicina-58-01052-f001_386312.jpg | What is the principal component of this image? | Initial photos and radiographs. (a) Extra-oral photos showed flat midface and mild facial asymmetry with chin deviation to the right. (b) Vertical facial height proportion was balanced but the upper incisor show was minimal. (c) Lateral profile showed a mild concave profile. (d) Skeletal pattern was class III with an a... |
PMC9415682_medicina-58-01052-f001_386311.jpg | What does this image primarily show? | Initial photos and radiographs. (a) Extra-oral photos showed flat midface and mild facial asymmetry with chin deviation to the right. (b) Vertical facial height proportion was balanced but the upper incisor show was minimal. (c) Lateral profile showed a mild concave profile. (d) Skeletal pattern was class III with an a... |
PMC9415682_medicina-58-01052-f001_386315.jpg | What does this image primarily show? | Initial photos and radiographs. (a) Extra-oral photos showed flat midface and mild facial asymmetry with chin deviation to the right. (b) Vertical facial height proportion was balanced but the upper incisor show was minimal. (c) Lateral profile showed a mild concave profile. (d) Skeletal pattern was class III with an a... |
PMC9415682_medicina-58-01052-f001_386314.jpg | What does this image primarily show? | Initial photos and radiographs. (a) Extra-oral photos showed flat midface and mild facial asymmetry with chin deviation to the right. (b) Vertical facial height proportion was balanced but the upper incisor show was minimal. (c) Lateral profile showed a mild concave profile. (d) Skeletal pattern was class III with an a... |
PMC9415682_medicina-58-01052-f002_386305.jpg | What is shown in this image? | Axial sections of the cone beam computerized tomography (CBCT). (a) Distal roots of second molars were close to the lingual cortex of the alveolar process, which means the spaces for posterior distalization are minimal. (b) Disengagement of the pyramidal process from the pterygoid notch was noted in the left pterygopal... |
PMC9415682_medicina-58-01052-f002_386304.jpg | What stands out most in this visual? | Axial sections of the cone beam computerized tomography (CBCT). (a) Distal roots of second molars were close to the lingual cortex of the alveolar process, which means the spaces for posterior distalization are minimal. (b) Disengagement of the pyramidal process from the pterygoid notch was noted in the left pterygopal... |
PMC9415682_medicina-58-01052-f004_386317.jpg | What is the focal point of this photograph? | Head orientation of the cone beam computerized tomography (CBCT) images. (a) The sagittal plane was determined by the points of anterior nasal spine (ANS), posterior nasal spine (PNS), and the most anterior point of the vomer (V). (b) The axial plane was set perpendicular to the sagittal plane and parallel to the palat... |
PMC9415682_medicina-58-01052-f004_386318.jpg | Can you identify the primary element in this image? | Head orientation of the cone beam computerized tomography (CBCT) images. (a) The sagittal plane was determined by the points of anterior nasal spine (ANS), posterior nasal spine (PNS), and the most anterior point of the vomer (V). (b) The axial plane was set perpendicular to the sagittal plane and parallel to the palat... |
PMC9415682_medicina-58-01052-f004_386319.jpg | What is the central feature of this picture? | Head orientation of the cone beam computerized tomography (CBCT) images. (a) The sagittal plane was determined by the points of anterior nasal spine (ANS), posterior nasal spine (PNS), and the most anterior point of the vomer (V). (b) The axial plane was set perpendicular to the sagittal plane and parallel to the palat... |
PMC9415682_medicina-58-01052-f004_386320.jpg | What is the main focus of this visual representation? | Head orientation of the cone beam computerized tomography (CBCT) images. (a) The sagittal plane was determined by the points of anterior nasal spine (ANS), posterior nasal spine (PNS), and the most anterior point of the vomer (V). (b) The axial plane was set perpendicular to the sagittal plane and parallel to the palat... |
PMC9415682_medicina-58-01052-f005_386332.jpg | What is shown in this image? | Measurements on the cone beam computerized tomography (CBCT). (a) Intermolar distance was defined as the distance between the trifurcations of right and left maxillary first molars. Molar angulation was measured between the axial plane and the long axis of the maxillary first molar. (b) Pre-expansion measurements: inte... |
PMC9415682_medicina-58-01052-f005_386333.jpg | What can you see in this picture? | Measurements on the cone beam computerized tomography (CBCT). (a) Intermolar distance was defined as the distance between the trifurcations of right and left maxillary first molars. Molar angulation was measured between the axial plane and the long axis of the maxillary first molar. (b) Pre-expansion measurements: inte... |
PMC9415682_medicina-58-01052-f005_386331.jpg | What is the focal point of this photograph? | Measurements on the cone beam computerized tomography (CBCT). (a) Intermolar distance was defined as the distance between the trifurcations of right and left maxillary first molars. Molar angulation was measured between the axial plane and the long axis of the maxillary first molar. (b) Pre-expansion measurements: inte... |
PMC9415682_medicina-58-01052-f006_386328.jpg | What is being portrayed in this visual content? | Final photos and radiographs. (a,b) Extra-oral photos showed more upper incisor display and ideal smile arc. (c,d) A straight profile was achieved with less retrusive upper lip to the E-line. (e–i) Intra-oral photos showed the upper narrow arch was expanded and the dental crowding was relieved, anterior and posterior c... |
PMC9415682_medicina-58-01052-f006_386329.jpg | What object or scene is depicted here? | Final photos and radiographs. (a,b) Extra-oral photos showed more upper incisor display and ideal smile arc. (c,d) A straight profile was achieved with less retrusive upper lip to the E-line. (e–i) Intra-oral photos showed the upper narrow arch was expanded and the dental crowding was relieved, anterior and posterior c... |
PMC9415682_medicina-58-01052-f006_386323.jpg | What is the main focus of this visual representation? | Final photos and radiographs. (a,b) Extra-oral photos showed more upper incisor display and ideal smile arc. (c,d) A straight profile was achieved with less retrusive upper lip to the E-line. (e–i) Intra-oral photos showed the upper narrow arch was expanded and the dental crowding was relieved, anterior and posterior c... |
PMC9415682_medicina-58-01052-f006_386326.jpg | What can you see in this picture? | Final photos and radiographs. (a,b) Extra-oral photos showed more upper incisor display and ideal smile arc. (c,d) A straight profile was achieved with less retrusive upper lip to the E-line. (e–i) Intra-oral photos showed the upper narrow arch was expanded and the dental crowding was relieved, anterior and posterior c... |
PMC9415682_medicina-58-01052-f006_386327.jpg | What does this image primarily show? | Final photos and radiographs. (a,b) Extra-oral photos showed more upper incisor display and ideal smile arc. (c,d) A straight profile was achieved with less retrusive upper lip to the E-line. (e–i) Intra-oral photos showed the upper narrow arch was expanded and the dental crowding was relieved, anterior and posterior c... |
PMC9415682_medicina-58-01052-f006_386321.jpg | What object or scene is depicted here? | Final photos and radiographs. (a,b) Extra-oral photos showed more upper incisor display and ideal smile arc. (c,d) A straight profile was achieved with less retrusive upper lip to the E-line. (e–i) Intra-oral photos showed the upper narrow arch was expanded and the dental crowding was relieved, anterior and posterior c... |
PMC9415682_medicina-58-01052-f006_386330.jpg | What is the focal point of this photograph? | Final photos and radiographs. (a,b) Extra-oral photos showed more upper incisor display and ideal smile arc. (c,d) A straight profile was achieved with less retrusive upper lip to the E-line. (e–i) Intra-oral photos showed the upper narrow arch was expanded and the dental crowding was relieved, anterior and posterior c... |
PMC9415682_medicina-58-01052-f006_386322.jpg | What is the principal component of this image? | Final photos and radiographs. (a,b) Extra-oral photos showed more upper incisor display and ideal smile arc. (c,d) A straight profile was achieved with less retrusive upper lip to the E-line. (e–i) Intra-oral photos showed the upper narrow arch was expanded and the dental crowding was relieved, anterior and posterior c... |
PMC9415682_medicina-58-01052-f008_386334.jpg | What is the main focus of this visual representation? | Measurements of the velopharyngeal airway volume. The upper border is defined by a straight line reaching from the PNS and the PPW at the height of the upper limit of the atlas (C1). The lower border of the airway is defined as the end of the soft palate to the posterior pharyngeal wall at the same height. (a) Initial ... |
PMC9415682_medicina-58-01052-f008_386335.jpg | What is the focal point of this photograph? | Measurements of the velopharyngeal airway volume. The upper border is defined by a straight line reaching from the PNS and the PPW at the height of the upper limit of the atlas (C1). The lower border of the airway is defined as the end of the soft palate to the posterior pharyngeal wall at the same height. (a) Initial ... |
PMC9415684_materials-15-05640-f005_386344.jpg | What is the central feature of this picture? | Crack and hole region extraction, cropping, colored for highlighingt, (a) Original CT images in the same slice at different scanning stages, (b) Binary images of holes and cracks, (c) Binary images of holes and cracks being cropped, (d) Holes’ and cracks’ calibration. |
PMC9415684_materials-15-05640-f005_386342.jpg | What's the most prominent thing you notice in this picture? | Crack and hole region extraction, cropping, colored for highlighingt, (a) Original CT images in the same slice at different scanning stages, (b) Binary images of holes and cracks, (c) Binary images of holes and cracks being cropped, (d) Holes’ and cracks’ calibration. |
PMC9415684_materials-15-05640-f005_386340.jpg | What is the dominant medical problem in this image? | Crack and hole region extraction, cropping, colored for highlighingt, (a) Original CT images in the same slice at different scanning stages, (b) Binary images of holes and cracks, (c) Binary images of holes and cracks being cropped, (d) Holes’ and cracks’ calibration. |
PMC9415684_materials-15-05640-f005_386343.jpg | What object or scene is depicted here? | Crack and hole region extraction, cropping, colored for highlighingt, (a) Original CT images in the same slice at different scanning stages, (b) Binary images of holes and cracks, (c) Binary images of holes and cracks being cropped, (d) Holes’ and cracks’ calibration. |
PMC9415684_materials-15-05640-f005_386341.jpg | What can you see in this picture? | Crack and hole region extraction, cropping, colored for highlighingt, (a) Original CT images in the same slice at different scanning stages, (b) Binary images of holes and cracks, (c) Binary images of holes and cracks being cropped, (d) Holes’ and cracks’ calibration. |
PMC9415689_nanomaterials-12-02765-f003_386346.jpg | What's the most prominent thing you notice in this picture? | FESEM images at different magnifications of flax fibers (top) and ZnO-coated flax fibers (bottom) as fabrics. |
PMC9415689_nanomaterials-12-02765-f003_386345.jpg | What's the most prominent thing you notice in this picture? | FESEM images at different magnifications of flax fibers (top) and ZnO-coated flax fibers (bottom) as fabrics. |
PMC9415689_nanomaterials-12-02765-f004_386349.jpg | What is the core subject represented in this visual? | FESEM images at different magnifications of ZnO-coated flax fibers as yarns. |
PMC9415689_nanomaterials-12-02765-f008_386351.jpg | What can you see in this picture? | FESEM images at different magnifications of ZnO-coated flax yarns after the thermogravimetric test. |
PMC9415689_nanomaterials-12-02765-f008_386352.jpg | Describe the main subject of this image. | FESEM images at different magnifications of ZnO-coated flax yarns after the thermogravimetric test. |
PMC9415689_nanomaterials-12-02765-f010_386353.jpg | What is the principal component of this image? | (a–c) FESEM images, at different magnifications, detailing the fracture morphology of a single ZnO-coated flax yarn composite after the single yarn fragmentation test and (d) volumetric reconstruction from micro-CT scans of ZnO-coated flax yarn (dark grey) and the fracture zone (blue). |
PMC9415689_nanomaterials-12-02765-f010_386354.jpg | What does this image primarily show? | (a–c) FESEM images, at different magnifications, detailing the fracture morphology of a single ZnO-coated flax yarn composite after the single yarn fragmentation test and (d) volumetric reconstruction from micro-CT scans of ZnO-coated flax yarn (dark grey) and the fracture zone (blue). |
PMC9415689_nanomaterials-12-02765-f010_386355.jpg | What key item or scene is captured in this photo? | (a–c) FESEM images, at different magnifications, detailing the fracture morphology of a single ZnO-coated flax yarn composite after the single yarn fragmentation test and (d) volumetric reconstruction from micro-CT scans of ZnO-coated flax yarn (dark grey) and the fracture zone (blue). |
PMC9415700_medicina-58-01075-f001_386357.jpg | What is the dominant medical problem in this image? | The white arrow indicates the complete rupture of the planta fascia with a 4.2-cm gap between the distal fascia stump and the calcaneal tuberosity on an MRI sagittal view. |
PMC9415709_nanomaterials-12-02884-f001_386361.jpg | What is the dominant medical problem in this image? | SEM images: (a) Indium nanoparticles deposited on Ti foil; (b,c) Ge NWs; (d) Ge-Si NWs (0.01 M Na2SiO3). |
PMC9415709_nanomaterials-12-02884-f001_386360.jpg | What object or scene is depicted here? | SEM images: (a) Indium nanoparticles deposited on Ti foil; (b,c) Ge NWs; (d) Ge-Si NWs (0.01 M Na2SiO3). |
PMC9415709_nanomaterials-12-02884-f001_386359.jpg | What is the central feature of this picture? | SEM images: (a) Indium nanoparticles deposited on Ti foil; (b,c) Ge NWs; (d) Ge-Si NWs (0.01 M Na2SiO3). |
PMC9415714_pharmaceutics-14-01745-f003_386364.jpg | What is the main focus of this visual representation? | Confocal microscopy images of cellular uptake and distribution of ATRA-Rhodamine co-loaded PLGA NPs treatment for 24h. THP-1 differentiated macrophages were treated with (A) RPMI, (B) blank PLGA NPs, and (C) ATRA-Rhodamine co-loaded PLGA NPs (red) and viewed 24 h later using confocal microscopy (Carl Zeiss, Jena, Germa... |
PMC9415714_pharmaceutics-14-01745-f003_386362.jpg | What can you see in this picture? | Confocal microscopy images of cellular uptake and distribution of ATRA-Rhodamine co-loaded PLGA NPs treatment for 24h. THP-1 differentiated macrophages were treated with (A) RPMI, (B) blank PLGA NPs, and (C) ATRA-Rhodamine co-loaded PLGA NPs (red) and viewed 24 h later using confocal microscopy (Carl Zeiss, Jena, Germa... |
PMC9415727_pathogens-11-00916-f005_386370.jpg | What is being portrayed in this visual content? | CPE on Vero CCL81 cell monolayers after control washing (Mock Wash) and washing powder disinfection. Vero CCL81 cells were inoculated with samples collected from the washing of fabrics contaminated with SARS-CoV-2. Vero cells cultures were observed on the first, fifth, seventh and ninth days after infection. Images tha... |
PMC9415727_pathogens-11-00916-f005_386369.jpg | What is the central feature of this picture? | CPE on Vero CCL81 cell monolayers after control washing (Mock Wash) and washing powder disinfection. Vero CCL81 cells were inoculated with samples collected from the washing of fabrics contaminated with SARS-CoV-2. Vero cells cultures were observed on the first, fifth, seventh and ninth days after infection. Images tha... |
PMC9415727_pathogens-11-00916-f005_386367.jpg | Can you identify the primary element in this image? | CPE on Vero CCL81 cell monolayers after control washing (Mock Wash) and washing powder disinfection. Vero CCL81 cells were inoculated with samples collected from the washing of fabrics contaminated with SARS-CoV-2. Vero cells cultures were observed on the first, fifth, seventh and ninth days after infection. Images tha... |
PMC9415727_pathogens-11-00916-f005_386366.jpg | What object or scene is depicted here? | CPE on Vero CCL81 cell monolayers after control washing (Mock Wash) and washing powder disinfection. Vero CCL81 cells were inoculated with samples collected from the washing of fabrics contaminated with SARS-CoV-2. Vero cells cultures were observed on the first, fifth, seventh and ninth days after infection. Images tha... |
PMC9415736_FIG2_386371.jpg | What is the main focus of this visual representation? | OPG shows the extension of the lesion in the mandibleRadiolucent lesion occupying nearly half the volume of the mandible on the left side, showing clear great bone absorption in the mandible.OPG: orthopantomogram |
PMC9415736_FIG8_386375.jpg | What is shown in this image? | Microscopic view: pathological study confirms that the lesion is a dentigerous cystThe wall of the dentigerous cyst is lined by thin epithelial layers of undifferentiated cells, and the fibrous cyst wall is relatively inflamed. This is evident in parts a, b, and c of the image at different magnifications. Part d of the... |
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