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High-frequency ultrasound imaging for human molar teeth. (a) Schematic <t>of</t> <t>miniaturized</t> <t>PL57x_1-128</t> transducer scanning molar teeth. (b) The anatomical landmarks of a tooth; I = crown, II = gingiva, III = gingival margin (GM), IV = cementoenamel junction (CEJ), V = alveolar bone, VI = alveolar bone crest (ABC). (c) Photograph of PL57x_1-128 with sensing head dimensions (20 × 14 × 19 mm), and array size (L x H) is 7 x 2.5 mm. (d) An ultrasound image was captured using PL57x_1-128 and highlighted the anatomical landmarks. (e) Photographs of the miniaturized US+PA dual-mode probe with 3D printed fiber jacket, optical fibers, and acoustic couplant. The blue plane indicates the ultrasound path, and the red 35-degree angled plane shows the laser path, which meets the acoustic path at 7 mm depth.
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Image Search Results


High-frequency ultrasound imaging for human molar teeth. (a) Schematic of miniaturized PL57x_1-128 transducer scanning molar teeth. (b) The anatomical landmarks of a tooth; I = crown, II = gingiva, III = gingival margin (GM), IV = cementoenamel junction (CEJ), V = alveolar bone, VI = alveolar bone crest (ABC). (c) Photograph of PL57x_1-128 with sensing head dimensions (20 × 14 × 19 mm), and array size (L x H) is 7 x 2.5 mm. (d) An ultrasound image was captured using PL57x_1-128 and highlighted the anatomical landmarks. (e) Photographs of the miniaturized US+PA dual-mode probe with 3D printed fiber jacket, optical fibers, and acoustic couplant. The blue plane indicates the ultrasound path, and the red 35-degree angled plane shows the laser path, which meets the acoustic path at 7 mm depth.

Journal: Biomedical Optics Express

Article Title: High frequency miniaturized transducer for facial and lingual full-mouth human imaging including third molars

doi: 10.1364/BOE.593306

Figure Lengend Snippet: High-frequency ultrasound imaging for human molar teeth. (a) Schematic of miniaturized PL57x_1-128 transducer scanning molar teeth. (b) The anatomical landmarks of a tooth; I = crown, II = gingiva, III = gingival margin (GM), IV = cementoenamel junction (CEJ), V = alveolar bone, VI = alveolar bone crest (ABC). (c) Photograph of PL57x_1-128 with sensing head dimensions (20 × 14 × 19 mm), and array size (L x H) is 7 x 2.5 mm. (d) An ultrasound image was captured using PL57x_1-128 and highlighted the anatomical landmarks. (e) Photographs of the miniaturized US+PA dual-mode probe with 3D printed fiber jacket, optical fibers, and acoustic couplant. The blue plane indicates the ultrasound path, and the red 35-degree angled plane shows the laser path, which meets the acoustic path at 7 mm depth.

Article Snippet: PL57x_1-128 transducer achieved superior axial resolution compared to existing transducers, outperforming the Philips CL15-7 (210 μm) [ ], L30-8 (64 μm) [ ], and LZ-550 (80 μm) [ ] by 244.26%, 6.67%, and 31.15%, respectively.

Techniques: Imaging

Novel couplant sleeve integrated PL57x_1-128 transducer for in vivo human imaging. (a-b) Conventional disc-shaped solid couplant preparation . Solid couplant surface designs: i) planar and ii) curved surface to improve contact with the heterogeneous tooth surface. (c) Combine the couplant with the periodontal transducer. (d) The schematic shows the molar teeth imaging and the displaced couplant from the transducer while scanning. (e) 3D schematic of the couplant mold to prepare a coupling sleeve. (f) Photographs show optimized steps for removing the 3D-printed mold post-polymerization and ensuring the reusability of the mold for multiple batch production. (g) Photographs show the final couplant sleeves, produced from the mold. (h) PL57x_1-128 transducer with couplant sleeves on it. The sterilization protocol was followed throughout the study. The hydrogel couplant was used for single-use and changed for each subject.

Journal: Biomedical Optics Express

Article Title: High frequency miniaturized transducer for facial and lingual full-mouth human imaging including third molars

doi: 10.1364/BOE.593306

Figure Lengend Snippet: Novel couplant sleeve integrated PL57x_1-128 transducer for in vivo human imaging. (a-b) Conventional disc-shaped solid couplant preparation . Solid couplant surface designs: i) planar and ii) curved surface to improve contact with the heterogeneous tooth surface. (c) Combine the couplant with the periodontal transducer. (d) The schematic shows the molar teeth imaging and the displaced couplant from the transducer while scanning. (e) 3D schematic of the couplant mold to prepare a coupling sleeve. (f) Photographs show optimized steps for removing the 3D-printed mold post-polymerization and ensuring the reusability of the mold for multiple batch production. (g) Photographs show the final couplant sleeves, produced from the mold. (h) PL57x_1-128 transducer with couplant sleeves on it. The sterilization protocol was followed throughout the study. The hydrogel couplant was used for single-use and changed for each subject.

Article Snippet: PL57x_1-128 transducer achieved superior axial resolution compared to existing transducers, outperforming the Philips CL15-7 (210 μm) [ ], L30-8 (64 μm) [ ], and LZ-550 (80 μm) [ ] by 244.26%, 6.67%, and 31.15%, respectively.

Techniques: In Vivo, Imaging, Produced