Review



3d verisight intracardiac echo ice  (Philips Healthcare)

 
  • Logo
  • About
  • News
  • Press Release
  • Team
  • Advisors
  • Partners
  • Contact
  • Bioz Stars
  • Bioz vStars
    • 86
      Buy from Supplier

    Structured Review

    Philips Healthcare 3d verisight intracardiac echo ice
    Left panel top image: <t>3D</t> <t>intracardiac</t> image and CT simulation demonstrating inadequate right atrial height and a deep capsule position. CT predicted adequate right atrial height of >60 mm. However, the large EV prevented adequate right atrial height and the capsule was too deep. Multiple maneuvers to gain height were insufficient from the right femoral approach, and we converted to a left femoral venous approach. Despite the left femoral approach, the capsule was still deep in the RV at 3.3 cm from the TV annulus and 2.3 cm from the systolic coaptation plane. Left panel bottom image: CT simulation demonstrating the position of the capsule in relation to the EV (∗) and the TV systolic coaptation. Right image: Capsule deep in the RV. The white interrupted line represents the approximate plane of the TV annulus. Abbreviations: A, anterior leaflet; CT, computed tomography; EV, Eustachian valve; P, posterior leaflet; RV, right ventricle; TV, tricuspid valve.
    3d Verisight Intracardiac Echo Ice, supplied by Philips Healthcare, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/3d+verisight+intracardiac+echo+ice/acunav+catheter+echocardiography+intracardiac+monitoring+%E2%80%A2/pmc13196372-95-15-20
    Average 86 stars, based on 1 article reviews
    3d verisight intracardiac echo ice - by Bioz Stars, 2026-09
    86/100 stars

    Images

    1) Product Images from "Anterior Tilted Deployment of EVOQUE Transcatheter Tricuspid Valve Replacement System: Overcoming Inadequate Implant Depth"

    Article Title: Anterior Tilted Deployment of EVOQUE Transcatheter Tricuspid Valve Replacement System: Overcoming Inadequate Implant Depth

    Journal: Structural Heart

    doi: 10.1016/j.shj.2026.100816

    Left panel top image: 3D intracardiac image and CT simulation demonstrating inadequate right atrial height and a deep capsule position. CT predicted adequate right atrial height of >60 mm. However, the large EV prevented adequate right atrial height and the capsule was too deep. Multiple maneuvers to gain height were insufficient from the right femoral approach, and we converted to a left femoral venous approach. Despite the left femoral approach, the capsule was still deep in the RV at 3.3 cm from the TV annulus and 2.3 cm from the systolic coaptation plane. Left panel bottom image: CT simulation demonstrating the position of the capsule in relation to the EV (∗) and the TV systolic coaptation. Right image: Capsule deep in the RV. The white interrupted line represents the approximate plane of the TV annulus. Abbreviations: A, anterior leaflet; CT, computed tomography; EV, Eustachian valve; P, posterior leaflet; RV, right ventricle; TV, tricuspid valve.
    Figure Legend Snippet: Left panel top image: 3D intracardiac image and CT simulation demonstrating inadequate right atrial height and a deep capsule position. CT predicted adequate right atrial height of >60 mm. However, the large EV prevented adequate right atrial height and the capsule was too deep. Multiple maneuvers to gain height were insufficient from the right femoral approach, and we converted to a left femoral venous approach. Despite the left femoral approach, the capsule was still deep in the RV at 3.3 cm from the TV annulus and 2.3 cm from the systolic coaptation plane. Left panel bottom image: CT simulation demonstrating the position of the capsule in relation to the EV (∗) and the TV systolic coaptation. Right image: Capsule deep in the RV. The white interrupted line represents the approximate plane of the TV annulus. Abbreviations: A, anterior leaflet; CT, computed tomography; EV, Eustachian valve; P, posterior leaflet; RV, right ventricle; TV, tricuspid valve.

    Techniques Used: Computed Tomography

    Left image: ICE showing the PA trajectory with the posterior aspect of the capsule edge just beneath the systolic coaptation plane. Right image: Capsule gap created with a pronounced PA trajectory to gain RA height. The white interrupted line represents the approximate plane of the TV annulus. Abbreviations: ICE, intracardiac echo; PA, posterior-to-anterior; RA, right atrium; TV, tricuspid valve.
    Figure Legend Snippet: Left image: ICE showing the PA trajectory with the posterior aspect of the capsule edge just beneath the systolic coaptation plane. Right image: Capsule gap created with a pronounced PA trajectory to gain RA height. The white interrupted line represents the approximate plane of the TV annulus. Abbreviations: ICE, intracardiac echo; PA, posterior-to-anterior; RA, right atrium; TV, tricuspid valve.

    Techniques Used:

    Left image: ICE multiplanar reconstruction images. The anchors are peeking out of the capsule with a pronounced anterior trajectory and the tip of the capsule at the anterior septal commissure in the RVOT. Right image: The entire system is retracted posteriorly to avoid chordal entanglement while maintaining the anterior trajectory. Abbreviations: A, anterior; ICE, intracardiac echo; L, lateral; P, posterior; RVOT, right ventricle outflow tract; S, septal.
    Figure Legend Snippet: Left image: ICE multiplanar reconstruction images. The anchors are peeking out of the capsule with a pronounced anterior trajectory and the tip of the capsule at the anterior septal commissure in the RVOT. Right image: The entire system is retracted posteriorly to avoid chordal entanglement while maintaining the anterior trajectory. Abbreviations: A, anterior; ICE, intracardiac echo; L, lateral; P, posterior; RVOT, right ventricle outflow tract; S, septal.

    Techniques Used:

    Top panel: Progressive exposure of the anchors and ventricular flip of the anchors while simultaneously adding primary flex to correct the anterior trajectory and become coaxial to the TV annular plane. The white interrupted line represents the approximate plane of the TV annulus. Bottom panel: ICE multiplanar reconstruction images demonstrating the progressive ventricular flip of the EVOQUE anchors. Abbreviation: ICE, intracardiac echo; TV, tricuspid valve.
    Figure Legend Snippet: Top panel: Progressive exposure of the anchors and ventricular flip of the anchors while simultaneously adding primary flex to correct the anterior trajectory and become coaxial to the TV annular plane. The white interrupted line represents the approximate plane of the TV annulus. Bottom panel: ICE multiplanar reconstruction images demonstrating the progressive ventricular flip of the EVOQUE anchors. Abbreviation: ICE, intracardiac echo; TV, tricuspid valve.

    Techniques Used:

    Left image: ICE image of the valve deployed. Right image: Fluoroscopy of the valve deployed. The white interrupted line represents the approximate plane of the TV annulus. Abbreviation: ICE, intracardiac echo; TV, tricuspid valve.
    Figure Legend Snippet: Left image: ICE image of the valve deployed. Right image: Fluoroscopy of the valve deployed. The white interrupted line represents the approximate plane of the TV annulus. Abbreviation: ICE, intracardiac echo; TV, tricuspid valve.

    Techniques Used:

    Related Articles

    Imaging:

    Article Title: Anterior Tilted Deployment of EVOQUE Transcatheter Tricuspid Valve Replacement System: Overcoming Inadequate Implant Depth
    Article Snippet: .. After informed consent, the patient's TTVR was attempted from a right femoral approach, and a 3D Verisight intracardiac echo (ICE) (Philips, Netherlands) probe was advanced from the left femoral vein using a 12 Fr sheath due to challenging transesophageal echocardiography imaging from the mechanical aortic valve replacement. ..



    Similar Products

    3d verisight intracardiac echo ice  (Philips Healthcare)
    86
    Philips Healthcare 3d verisight intracardiac echo ice
    Left panel top image: <t>3D</t> <t>intracardiac</t> image and CT simulation demonstrating inadequate right atrial height and a deep capsule position. CT predicted adequate right atrial height of >60 mm. However, the large EV prevented adequate right atrial height and the capsule was too deep. Multiple maneuvers to gain height were insufficient from the right femoral approach, and we converted to a left femoral venous approach. Despite the left femoral approach, the capsule was still deep in the RV at 3.3 cm from the TV annulus and 2.3 cm from the systolic coaptation plane. Left panel bottom image: CT simulation demonstrating the position of the capsule in relation to the EV (∗) and the TV systolic coaptation. Right image: Capsule deep in the RV. The white interrupted line represents the approximate plane of the TV annulus. Abbreviations: A, anterior leaflet; CT, computed tomography; EV, Eustachian valve; P, posterior leaflet; RV, right ventricle; TV, tricuspid valve.
    3d Verisight Intracardiac Echo Ice, supplied by Philips Healthcare, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/3d+verisight+intracardiac+echo+ice/acunav+catheter+echocardiography+intracardiac+monitoring+%E2%80%A2/pmc13196372-95-15-20
    Average 86 stars, based on 1 article reviews
    3d verisight intracardiac echo ice - by Bioz Stars, 2026-09
    86/100 stars
    		  Buy from Supplier

    Image Search Results


    Left panel top image: 3D intracardiac image and CT simulation demonstrating inadequate right atrial height and a deep capsule position. CT predicted adequate right atrial height of >60 mm. However, the large EV prevented adequate right atrial height and the capsule was too deep. Multiple maneuvers to gain height were insufficient from the right femoral approach, and we converted to a left femoral venous approach. Despite the left femoral approach, the capsule was still deep in the RV at 3.3 cm from the TV annulus and 2.3 cm from the systolic coaptation plane. Left panel bottom image: CT simulation demonstrating the position of the capsule in relation to the EV (∗) and the TV systolic coaptation. Right image: Capsule deep in the RV. The white interrupted line represents the approximate plane of the TV annulus. Abbreviations: A, anterior leaflet; CT, computed tomography; EV, Eustachian valve; P, posterior leaflet; RV, right ventricle; TV, tricuspid valve.

    Journal: Structural Heart

    Article Title: Anterior Tilted Deployment of EVOQUE Transcatheter Tricuspid Valve Replacement System: Overcoming Inadequate Implant Depth

    doi: 10.1016/j.shj.2026.100816

    Figure Lengend Snippet: Left panel top image: 3D intracardiac image and CT simulation demonstrating inadequate right atrial height and a deep capsule position. CT predicted adequate right atrial height of >60 mm. However, the large EV prevented adequate right atrial height and the capsule was too deep. Multiple maneuvers to gain height were insufficient from the right femoral approach, and we converted to a left femoral venous approach. Despite the left femoral approach, the capsule was still deep in the RV at 3.3 cm from the TV annulus and 2.3 cm from the systolic coaptation plane. Left panel bottom image: CT simulation demonstrating the position of the capsule in relation to the EV (∗) and the TV systolic coaptation. Right image: Capsule deep in the RV. The white interrupted line represents the approximate plane of the TV annulus. Abbreviations: A, anterior leaflet; CT, computed tomography; EV, Eustachian valve; P, posterior leaflet; RV, right ventricle; TV, tricuspid valve.

    Article Snippet: After informed consent, the patient's TTVR was attempted from a right femoral approach, and a 3D Verisight intracardiac echo (ICE) (Philips, Netherlands) probe was advanced from the left femoral vein using a 12 Fr sheath due to challenging transesophageal echocardiography imaging from the mechanical aortic valve replacement.

    Techniques: Computed Tomography

    Left image: ICE showing the PA trajectory with the posterior aspect of the capsule edge just beneath the systolic coaptation plane. Right image: Capsule gap created with a pronounced PA trajectory to gain RA height. The white interrupted line represents the approximate plane of the TV annulus. Abbreviations: ICE, intracardiac echo; PA, posterior-to-anterior; RA, right atrium; TV, tricuspid valve.

    Journal: Structural Heart

    Article Title: Anterior Tilted Deployment of EVOQUE Transcatheter Tricuspid Valve Replacement System: Overcoming Inadequate Implant Depth

    doi: 10.1016/j.shj.2026.100816

    Figure Lengend Snippet: Left image: ICE showing the PA trajectory with the posterior aspect of the capsule edge just beneath the systolic coaptation plane. Right image: Capsule gap created with a pronounced PA trajectory to gain RA height. The white interrupted line represents the approximate plane of the TV annulus. Abbreviations: ICE, intracardiac echo; PA, posterior-to-anterior; RA, right atrium; TV, tricuspid valve.

    Article Snippet: After informed consent, the patient's TTVR was attempted from a right femoral approach, and a 3D Verisight intracardiac echo (ICE) (Philips, Netherlands) probe was advanced from the left femoral vein using a 12 Fr sheath due to challenging transesophageal echocardiography imaging from the mechanical aortic valve replacement.

    Techniques:

    Left image: ICE multiplanar reconstruction images. The anchors are peeking out of the capsule with a pronounced anterior trajectory and the tip of the capsule at the anterior septal commissure in the RVOT. Right image: The entire system is retracted posteriorly to avoid chordal entanglement while maintaining the anterior trajectory. Abbreviations: A, anterior; ICE, intracardiac echo; L, lateral; P, posterior; RVOT, right ventricle outflow tract; S, septal.

    Journal: Structural Heart

    Article Title: Anterior Tilted Deployment of EVOQUE Transcatheter Tricuspid Valve Replacement System: Overcoming Inadequate Implant Depth

    doi: 10.1016/j.shj.2026.100816

    Figure Lengend Snippet: Left image: ICE multiplanar reconstruction images. The anchors are peeking out of the capsule with a pronounced anterior trajectory and the tip of the capsule at the anterior septal commissure in the RVOT. Right image: The entire system is retracted posteriorly to avoid chordal entanglement while maintaining the anterior trajectory. Abbreviations: A, anterior; ICE, intracardiac echo; L, lateral; P, posterior; RVOT, right ventricle outflow tract; S, septal.

    Article Snippet: After informed consent, the patient's TTVR was attempted from a right femoral approach, and a 3D Verisight intracardiac echo (ICE) (Philips, Netherlands) probe was advanced from the left femoral vein using a 12 Fr sheath due to challenging transesophageal echocardiography imaging from the mechanical aortic valve replacement.

    Techniques:

    Top panel: Progressive exposure of the anchors and ventricular flip of the anchors while simultaneously adding primary flex to correct the anterior trajectory and become coaxial to the TV annular plane. The white interrupted line represents the approximate plane of the TV annulus. Bottom panel: ICE multiplanar reconstruction images demonstrating the progressive ventricular flip of the EVOQUE anchors. Abbreviation: ICE, intracardiac echo; TV, tricuspid valve.

    Journal: Structural Heart

    Article Title: Anterior Tilted Deployment of EVOQUE Transcatheter Tricuspid Valve Replacement System: Overcoming Inadequate Implant Depth

    doi: 10.1016/j.shj.2026.100816

    Figure Lengend Snippet: Top panel: Progressive exposure of the anchors and ventricular flip of the anchors while simultaneously adding primary flex to correct the anterior trajectory and become coaxial to the TV annular plane. The white interrupted line represents the approximate plane of the TV annulus. Bottom panel: ICE multiplanar reconstruction images demonstrating the progressive ventricular flip of the EVOQUE anchors. Abbreviation: ICE, intracardiac echo; TV, tricuspid valve.

    Article Snippet: After informed consent, the patient's TTVR was attempted from a right femoral approach, and a 3D Verisight intracardiac echo (ICE) (Philips, Netherlands) probe was advanced from the left femoral vein using a 12 Fr sheath due to challenging transesophageal echocardiography imaging from the mechanical aortic valve replacement.

    Techniques:

    Left image: ICE image of the valve deployed. Right image: Fluoroscopy of the valve deployed. The white interrupted line represents the approximate plane of the TV annulus. Abbreviation: ICE, intracardiac echo; TV, tricuspid valve.

    Journal: Structural Heart

    Article Title: Anterior Tilted Deployment of EVOQUE Transcatheter Tricuspid Valve Replacement System: Overcoming Inadequate Implant Depth

    doi: 10.1016/j.shj.2026.100816

    Figure Lengend Snippet: Left image: ICE image of the valve deployed. Right image: Fluoroscopy of the valve deployed. The white interrupted line represents the approximate plane of the TV annulus. Abbreviation: ICE, intracardiac echo; TV, tricuspid valve.

    Article Snippet: After informed consent, the patient's TTVR was attempted from a right femoral approach, and a 3D Verisight intracardiac echo (ICE) (Philips, Netherlands) probe was advanced from the left femoral vein using a 12 Fr sheath due to challenging transesophageal echocardiography imaging from the mechanical aortic valve replacement.

    Techniques: