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670 khz hemispherical phased array transducer insightec exablate 4000  (InSightec inc)

 
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    Structured Review

    InSightec inc 670 khz hemispherical phased array transducer insightec exablate 4000
    Experimental setup used in this study. Three ex vivo skulls were used for experimentation. Each of the three skulls was fixed to a head frame to ensure consistent positioning. The head frame was secured in an InSightec 670 kHz <t>hemispherical</t> phased array transducer. Data were acquired with a needle hydrophone and 3-axis positioner system. Illustrations were drawn by Sarah Hwang.
    670 Khz Hemispherical Phased Array Transducer Insightec Exablate 4000, supplied by InSightec inc, 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/exablate+4000+hemispherical+phased+array+transducer/pmc09352781-16-11-16?v=InSightec+inc
    Average 90 stars, based on 1 article reviews
    670 khz hemispherical phased array transducer insightec exablate 4000 - by Bioz Stars, 2026-06
    90/100 stars

    Images

    1) Product Images from "Comparison between MR and CT imaging used to correct for skull-induced phase aberrations during transcranial focused ultrasound"

    Article Title: Comparison between MR and CT imaging used to correct for skull-induced phase aberrations during transcranial focused ultrasound

    Journal: Scientific Reports

    doi: 10.1038/s41598-022-17319-4

    Experimental setup used in this study. Three ex vivo skulls were used for experimentation. Each of the three skulls was fixed to a head frame to ensure consistent positioning. The head frame was secured in an InSightec 670 kHz hemispherical phased array transducer. Data were acquired with a needle hydrophone and 3-axis positioner system. Illustrations were drawn by Sarah Hwang.
    Figure Legend Snippet: Experimental setup used in this study. Three ex vivo skulls were used for experimentation. Each of the three skulls was fixed to a head frame to ensure consistent positioning. The head frame was secured in an InSightec 670 kHz hemispherical phased array transducer. Data were acquired with a needle hydrophone and 3-axis positioner system. Illustrations were drawn by Sarah Hwang.

    Techniques Used: Ex Vivo



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    Image Search Results


    Experimental setup used in this study. Three ex vivo skulls were used for experimentation. Each of the three skulls was fixed to a head frame to ensure consistent positioning. The head frame was secured in an InSightec 670 kHz hemispherical phased array transducer. Data were acquired with a needle hydrophone and 3-axis positioner system. Illustrations were drawn by Sarah Hwang.

    Journal: Scientific Reports

    Article Title: Comparison between MR and CT imaging used to correct for skull-induced phase aberrations during transcranial focused ultrasound

    doi: 10.1038/s41598-022-17319-4

    Figure Lengend Snippet: Experimental setup used in this study. Three ex vivo skulls were used for experimentation. Each of the three skulls was fixed to a head frame to ensure consistent positioning. The head frame was secured in an InSightec 670 kHz hemispherical phased array transducer. Data were acquired with a needle hydrophone and 3-axis positioner system. Illustrations were drawn by Sarah Hwang.

    Article Snippet: The degassed ex vivo human skulls were sonicated with a 670 kHz hemispherical phased array transducer (InSightec Exablate 4000).

    Techniques: Ex Vivo

    Experimental setup used in this study. Three ex vivo skulls were used for experimentation. Each of the three skulls was fixed to a head frame to ensure consistent positioning. The head frame was secured in an InSightec 670 kHz hemispherical phased array transducer. Data were acquired with a needle hydrophone and 3-axis positioner system. Illustrations were drawn by Sarah Hwang.

    Journal: Scientific Reports

    Article Title: Comparison between MR and CT imaging used to correct for skull-induced phase aberrations during transcranial focused ultrasound

    doi: 10.1038/s41598-022-17319-4

    Figure Lengend Snippet: Experimental setup used in this study. Three ex vivo skulls were used for experimentation. Each of the three skulls was fixed to a head frame to ensure consistent positioning. The head frame was secured in an InSightec 670 kHz hemispherical phased array transducer. Data were acquired with a needle hydrophone and 3-axis positioner system. Illustrations were drawn by Sarah Hwang.

    Article Snippet: The skull and head frame were secured in a 670 kHz InSightec Exablate 4000 hemispherical phased array transducer and positioned in the clinical orientation; the anterior portion of the skull was closest to the anterior portion of the transducer.

    Techniques: Ex Vivo

    Beamforming performance of different image types with the target placed at the geometric focus. ( a ) Target and peak pressure (shown with darker and lighter colors, respectively) when operating the transducer at 20 W of electrical power. ( b ) Target and peak intensity normalized to the hydrophone method. ( c ) Focal spot positioning error. ( d ) Focal spot volume. ( e ) Dice similarity coefficient. Standard deviation bars are shown.

    Journal: Scientific Reports

    Article Title: Comparison between MR and CT imaging used to correct for skull-induced phase aberrations during transcranial focused ultrasound

    doi: 10.1038/s41598-022-17319-4

    Figure Lengend Snippet: Beamforming performance of different image types with the target placed at the geometric focus. ( a ) Target and peak pressure (shown with darker and lighter colors, respectively) when operating the transducer at 20 W of electrical power. ( b ) Target and peak intensity normalized to the hydrophone method. ( c ) Focal spot positioning error. ( d ) Focal spot volume. ( e ) Dice similarity coefficient. Standard deviation bars are shown.

    Article Snippet: The skull and head frame were secured in a 670 kHz InSightec Exablate 4000 hemispherical phased array transducer and positioned in the clinical orientation; the anterior portion of the skull was closest to the anterior portion of the transducer.

    Techniques: Standard Deviation