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15-g (proteus  (STARmed Co Ltd)

 
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    STARmed Co Ltd 15-g (proteus
    Comparison of radiofrequency ablation zones created by <t>15-G</t> and 17-G internally cooled electrodes in ex vivo study. (a) Cut section of the specimen created by the 15-G electrode along the electrode insertion axis shows a 4.48 × 3.70-cm-sized ablation zone. (b) Cut section of the specimen created by the 17-G electrode shows a 4.34 × 3.18-cm-sized ablation zone.
    15 G (Proteus, supplied by STARmed Co Ltd, 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/15-g+(proteus/triple+cluster+electrode/pmc04628443-77-13-17
    Average 90 stars, based on 1 article reviews
    15-g (proteus - by Bioz Stars, 2026-09
    90/100 stars

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    1) Product Images from "Hepatic radiofrequency ablation: in vivo and ex vivo comparisons of 15-gauge (G) and 17-G internally cooled electrodes"

    Article Title: Hepatic radiofrequency ablation: in vivo and ex vivo comparisons of 15-gauge (G) and 17-G internally cooled electrodes

    Journal: The British Journal of Radiology

    doi: 10.1259/bjr.20140497

    Comparison of radiofrequency ablation zones created by 15-G and 17-G internally cooled electrodes in ex vivo study. (a) Cut section of the specimen created by the 15-G electrode along the electrode insertion axis shows a 4.48 × 3.70-cm-sized ablation zone. (b) Cut section of the specimen created by the 17-G electrode shows a 4.34 × 3.18-cm-sized ablation zone.
    Figure Legend Snippet: Comparison of radiofrequency ablation zones created by 15-G and 17-G internally cooled electrodes in ex vivo study. (a) Cut section of the specimen created by the 15-G electrode along the electrode insertion axis shows a 4.48 × 3.70-cm-sized ablation zone. (b) Cut section of the specimen created by the 17-G electrode shows a 4.34 × 3.18-cm-sized ablation zone.

    Techniques Used: Ex Vivo

    Comparison of radiofrequency ablation zones created by 15-G and 17-G internally cooled electrodes in in vivo study. (a) Cut section of the specimen created by the 15-G electrode along the electrode insertion axis shows a 3.91 × 2.07-cm-sized ablation zone. (b) Cut section of the specimen created by the 17-G electrode along the electrode insertion axis shows a 3.71 × 1.70-cm-sized ablation zone.
    Figure Legend Snippet: Comparison of radiofrequency ablation zones created by 15-G and 17-G internally cooled electrodes in in vivo study. (a) Cut section of the specimen created by the 15-G electrode along the electrode insertion axis shows a 3.91 × 2.07-cm-sized ablation zone. (b) Cut section of the specimen created by the 17-G electrode along the electrode insertion axis shows a 3.71 × 1.70-cm-sized ablation zone.

    Techniques Used: In Vivo

    Related Articles

    Ex Vivo:

    Article Title: Hepatic radiofrequency ablation: in vivo and ex vivo comparisons of 15-gauge (G) and 17-G internally cooled electrodes
    Article Snippet: We used conventional 17-G (Cool tip ® ; ValleylabTM, Boulder, CO) and 15-G (Proteus ® ; STARmed) electrodes, both internally cooled electrodes with 3-cm active tip, with a 200-W RF generator (VIVA RF generator; STARmed).

    Article Title: Hepatic radiofrequency ablation: in vivo and ex vivo comparisons of 15-gauge (G) and 17-G internally cooled electrodes
    Article Snippet: Equipment We used conventional 17-G (Cool tip ® ; ValleylabTM, Boulder, CO) and 15-G (Proteus ® ; STARmed) electrodes, both internally cooled electrodes with 3-cm active tip, with a 200-W RF generator (VIVA RF generator; STARmed).

    Article Title: Comparison of therapeutic efficacy and safety of radiofrequency ablation of hepatocellular carcinomas between internally cooled 15-G and 17-G single electrodes
    Article Snippet: We used 15-G or 17-G internally cooled length-adjustable electrodes (Proteus® RF Electrode; STARmed, Gyeonggi-do, Republic of Korea) with a 200-W RF generator (VIVA RF System; STARmed).

    In Vivo:

    Article Title: Hepatic radiofrequency ablation: in vivo and ex vivo comparisons of 15-gauge (G) and 17-G internally cooled electrodes
    Article Snippet: We used conventional 17-G (Cool tip ® ; ValleylabTM, Boulder, CO) and 15-G (Proteus ® ; STARmed) electrodes, both internally cooled electrodes with 3-cm active tip, with a 200-W RF generator (VIVA RF generator; STARmed).

    Article Title: Hepatic radiofrequency ablation: in vivo and ex vivo comparisons of 15-gauge (G) and 17-G internally cooled electrodes
    Article Snippet: Equipment We used conventional 17-G (Cool tip ® ; ValleylabTM, Boulder, CO) and 15-G (Proteus ® ; STARmed) electrodes, both internally cooled electrodes with 3-cm active tip, with a 200-W RF generator (VIVA RF generator; STARmed).

    Article Title: Comparison of therapeutic efficacy and safety of radiofrequency ablation of hepatocellular carcinomas between internally cooled 15-G and 17-G single electrodes
    Article Snippet: We used 15-G or 17-G internally cooled length-adjustable electrodes (Proteus® RF Electrode; STARmed, Gyeonggi-do, Republic of Korea) with a 200-W RF generator (VIVA RF System; STARmed).



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    Comparison of radiofrequency ablation zones created by <t>15-G</t> and 17-G internally cooled electrodes in ex vivo study. (a) Cut section of the specimen created by the 15-G electrode along the electrode insertion axis shows a 4.48 × 3.70-cm-sized ablation zone. (b) Cut section of the specimen created by the 17-G electrode shows a 4.34 × 3.18-cm-sized ablation zone.
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    Comparison of radiofrequency ablation zones created by <t>15-G</t> and 17-G internally cooled electrodes in ex vivo study. (a) Cut section of the specimen created by the 15-G electrode along the electrode insertion axis shows a 4.48 × 3.70-cm-sized ablation zone. (b) Cut section of the specimen created by the 17-G electrode shows a 4.34 × 3.18-cm-sized ablation zone.
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    Image Search Results


    Comparison of radiofrequency ablation zones created by 15-G and 17-G internally cooled electrodes in ex vivo study. (a) Cut section of the specimen created by the 15-G electrode along the electrode insertion axis shows a 4.48 × 3.70-cm-sized ablation zone. (b) Cut section of the specimen created by the 17-G electrode shows a 4.34 × 3.18-cm-sized ablation zone.

    Journal: The British Journal of Radiology

    Article Title: Hepatic radiofrequency ablation: in vivo and ex vivo comparisons of 15-gauge (G) and 17-G internally cooled electrodes

    doi: 10.1259/bjr.20140497

    Figure Lengend Snippet: Comparison of radiofrequency ablation zones created by 15-G and 17-G internally cooled electrodes in ex vivo study. (a) Cut section of the specimen created by the 15-G electrode along the electrode insertion axis shows a 4.48 × 3.70-cm-sized ablation zone. (b) Cut section of the specimen created by the 17-G electrode shows a 4.34 × 3.18-cm-sized ablation zone.

    Article Snippet: Equipment We used conventional 17-G (Cool tip ® ; Valleylab™, Boulder, CO) and 15-G (Proteus ® ; STARmed) electrodes, both internally cooled electrodes with 3-cm active tip, with a 200-W RF generator (VIVA RF generator; STARmed).

    Techniques: Ex Vivo

    Comparison of radiofrequency ablation zones created by 15-G and 17-G internally cooled electrodes in in vivo study. (a) Cut section of the specimen created by the 15-G electrode along the electrode insertion axis shows a 3.91 × 2.07-cm-sized ablation zone. (b) Cut section of the specimen created by the 17-G electrode along the electrode insertion axis shows a 3.71 × 1.70-cm-sized ablation zone.

    Journal: The British Journal of Radiology

    Article Title: Hepatic radiofrequency ablation: in vivo and ex vivo comparisons of 15-gauge (G) and 17-G internally cooled electrodes

    doi: 10.1259/bjr.20140497

    Figure Lengend Snippet: Comparison of radiofrequency ablation zones created by 15-G and 17-G internally cooled electrodes in in vivo study. (a) Cut section of the specimen created by the 15-G electrode along the electrode insertion axis shows a 3.91 × 2.07-cm-sized ablation zone. (b) Cut section of the specimen created by the 17-G electrode along the electrode insertion axis shows a 3.71 × 1.70-cm-sized ablation zone.

    Article Snippet: Equipment We used conventional 17-G (Cool tip ® ; Valleylab™, Boulder, CO) and 15-G (Proteus ® ; STARmed) electrodes, both internally cooled electrodes with 3-cm active tip, with a 200-W RF generator (VIVA RF generator; STARmed).

    Techniques: In Vivo