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spherical matrix array transducer  (SAS institute)


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    SAS institute spherical matrix array transducer
    Spherical Matrix Array Transducer, supplied by SAS institute, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/spherical+matrix+array+transducer/spherical+matrix+array+transducer/pm39841149-329-3-8
    Average 90 stars, based on 1 article reviews
    spherical matrix array transducer - by Bioz Stars, 2026-09
    90/100 stars

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    other:

    Article Title: Uniform light delivery in volumetric optoacoustic tomography.
    Article Snippet: [31] The spherical matrix array transducer consists of 512 circular individual detection elements having a diameter of 2.5 mm and >80% detection bandwidth around a central frequency of 5 MHz (Imasonic SaS, Voray, France).

    Generated:

    Article Title: Multiorifice acoustic microrobot for boundary-free multimodal 3D swimming.
    Article Snippet: .. A custom- made spherical matrix array transducer (Imasonic SAS, France), consisting of 384 trapezoidal elements, is employed to acquire the generated OA signals. ..

    Article Title: Multiorifice acoustic microrobot for boundary-free multimodal 3D swimming
    Article Snippet: .. A custom-made spherical matrix array transducer (Imasonic SAS, France), consisting of 384 trapezoidal elements, is employed to acquire the generated OA signals. ..



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    Hybrid system for concurrent magnetic resonance optoacoustic <t>tomography</t> <t>(MROT)</t> imaging of murine brain activation. a) Illustration showing the imaging performance comparison between fMRI and OAT and the high complementary value of their combination for functional neuroimaging studies. b) Schematics of the hybrid MROT system featuring the 9.4T <t>MRI</t> bore inserted with a customized MRI‐compatible spherical matric array transducer for volumetric data acquisition, a fiber bundle for pulsed light delivery, animal fixation parts, and radiofrequency (RF) coils. c) Electrical stimulation paradigm applied to the left forepaw of a mouse. Stimulation cycle parameters: 0.5 ms pulse duration, 0.5 mA current, 4 Hz pulse repetition frequency, 20 s duration. One stimulation sequence consists of nine stimulation cycles repeated every 100 s. d) Volumetric OAT image of the mouse brain (HbO component is shown). e) The corresponding magnetic resonance angiography (MRA) image acquired with the fast low angle shot (FLASH) sequence. f) Axial and sagittal views of the coregistered OAT and MRA images.
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    Hybrid system for concurrent magnetic resonance optoacoustic <t>tomography</t> <t>(MROT)</t> imaging of murine brain activation. a) Illustration showing the imaging performance comparison between fMRI and OAT and the high complementary value of their combination for functional neuroimaging studies. b) Schematics of the hybrid MROT system featuring the 9.4T <t>MRI</t> bore inserted with a customized MRI‐compatible spherical matric array transducer for volumetric data acquisition, a fiber bundle for pulsed light delivery, animal fixation parts, and radiofrequency (RF) coils. c) Electrical stimulation paradigm applied to the left forepaw of a mouse. Stimulation cycle parameters: 0.5 ms pulse duration, 0.5 mA current, 4 Hz pulse repetition frequency, 20 s duration. One stimulation sequence consists of nine stimulation cycles repeated every 100 s. d) Volumetric OAT image of the mouse brain (HbO component is shown). e) The corresponding magnetic resonance angiography (MRA) image acquired with the fast low angle shot (FLASH) sequence. f) Axial and sagittal views of the coregistered OAT and MRA images.
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    radius spherical matrix transducer array  (SAS institute)
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    Hybrid system for concurrent magnetic resonance optoacoustic <t>tomography</t> <t>(MROT)</t> imaging of murine brain activation. a) Illustration showing the imaging performance comparison between fMRI and OAT and the high complementary value of their combination for functional neuroimaging studies. b) Schematics of the hybrid MROT system featuring the 9.4T <t>MRI</t> bore inserted with a customized MRI‐compatible spherical matric array transducer for volumetric data acquisition, a fiber bundle for pulsed light delivery, animal fixation parts, and radiofrequency (RF) coils. c) Electrical stimulation paradigm applied to the left forepaw of a mouse. Stimulation cycle parameters: 0.5 ms pulse duration, 0.5 mA current, 4 Hz pulse repetition frequency, 20 s duration. One stimulation sequence consists of nine stimulation cycles repeated every 100 s. d) Volumetric OAT image of the mouse brain (HbO component is shown). e) The corresponding magnetic resonance angiography (MRA) image acquired with the fast low angle shot (FLASH) sequence. f) Axial and sagittal views of the coregistered OAT and MRA images.
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    Image Search Results


    Hybrid system for concurrent magnetic resonance optoacoustic tomography (MROT) imaging of murine brain activation. a) Illustration showing the imaging performance comparison between fMRI and OAT and the high complementary value of their combination for functional neuroimaging studies. b) Schematics of the hybrid MROT system featuring the 9.4T MRI bore inserted with a customized MRI‐compatible spherical matric array transducer for volumetric data acquisition, a fiber bundle for pulsed light delivery, animal fixation parts, and radiofrequency (RF) coils. c) Electrical stimulation paradigm applied to the left forepaw of a mouse. Stimulation cycle parameters: 0.5 ms pulse duration, 0.5 mA current, 4 Hz pulse repetition frequency, 20 s duration. One stimulation sequence consists of nine stimulation cycles repeated every 100 s. d) Volumetric OAT image of the mouse brain (HbO component is shown). e) The corresponding magnetic resonance angiography (MRA) image acquired with the fast low angle shot (FLASH) sequence. f) Axial and sagittal views of the coregistered OAT and MRA images.

    Journal: Advanced Science

    Article Title: Simultaneous Functional Magnetic Resonance and Optoacoustic Imaging of Brain‐Wide Sensory Responses in Mice

    doi: 10.1002/advs.202205191

    Figure Lengend Snippet: Hybrid system for concurrent magnetic resonance optoacoustic tomography (MROT) imaging of murine brain activation. a) Illustration showing the imaging performance comparison between fMRI and OAT and the high complementary value of their combination for functional neuroimaging studies. b) Schematics of the hybrid MROT system featuring the 9.4T MRI bore inserted with a customized MRI‐compatible spherical matric array transducer for volumetric data acquisition, a fiber bundle for pulsed light delivery, animal fixation parts, and radiofrequency (RF) coils. c) Electrical stimulation paradigm applied to the left forepaw of a mouse. Stimulation cycle parameters: 0.5 ms pulse duration, 0.5 mA current, 4 Hz pulse repetition frequency, 20 s duration. One stimulation sequence consists of nine stimulation cycles repeated every 100 s. d) Volumetric OAT image of the mouse brain (HbO component is shown). e) The corresponding magnetic resonance angiography (MRA) image acquired with the fast low angle shot (FLASH) sequence. f) Axial and sagittal views of the coregistered OAT and MRA images.

    Article Snippet: The hybrid MROT imaging system (Figure ) was based on a customized MRI‐compatible spherical matrix transducer array (Imasonic SAS, Voray, France), MRI‐compatible fiber bundle (CeramOptec GmbH, Bonn, Germany), and a customized RF coil integrated into a 3D‐printed animal holder and inserted into a high‐field MRI scanner (BioSpec 94/20, Bruker BioSpin, Germany).

    Techniques: Tomography, Imaging, Activation Assay, Functional Assay, Sequencing