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detachable coil target 360 nano  (Stryker)

 
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    Structured Review

    Stryker detachable coil target 360 nano
    Endovascular treatment of dural arteriovenous fistula (a-d) and postoperative imaging (e-h) (a) Working angle view of the left external carotid angiography through a 4 Fr. guiding sheath (as seen in panel c: *) showing a dural arteriovenous fistula. (b and c) A microcatheter (single arrowhead) is guided to the shunt point using a 45° pre-shaped distal access catheter (double arrowhead) through a 6 Fr guiding sheath (triple arrowhead) which is placed in the left internal jugular vein. Another 6 Fr guiding sheath (double arrow) is also placed in the left internal jugular vein to guide a balloon catheter (single arrow) near the shunt. (d) The balloon catheter is inflated to support the microcatheter and to avoid deviation of the coil to the jugular vein. Coiling into the shunt pouch is performed through the catheter. (e and f) Axial and coronal view from cone-beam computed tomography images showing the <t>detachable</t> coils implanted in the shunt pouch within the bone. (g and h) Frontal and lateral view of the left external carotid angiography showing that the shunt is completely occluded.
    Detachable Coil Target 360 Nano, supplied by Stryker, 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/target+360+nano+%C3%97+detachable+coil/pmc09990773-39-2-14?v=Stryker
    Average 90 stars, based on 1 article reviews
    detachable coil target 360 nano - by Bioz Stars, 2026-08
    90/100 stars

    Images

    1) Product Images from "Targeted transvenous embolization of a dural arteriovenous fistula at the jugular tubercle venous complex"

    Article Title: Targeted transvenous embolization of a dural arteriovenous fistula at the jugular tubercle venous complex

    Journal: Surgical Neurology International

    doi: 10.25259/SNI_1087_2022

    Endovascular treatment of dural arteriovenous fistula (a-d) and postoperative imaging (e-h) (a) Working angle view of the left external carotid angiography through a 4 Fr. guiding sheath (as seen in panel c: *) showing a dural arteriovenous fistula. (b and c) A microcatheter (single arrowhead) is guided to the shunt point using a 45° pre-shaped distal access catheter (double arrowhead) through a 6 Fr guiding sheath (triple arrowhead) which is placed in the left internal jugular vein. Another 6 Fr guiding sheath (double arrow) is also placed in the left internal jugular vein to guide a balloon catheter (single arrow) near the shunt. (d) The balloon catheter is inflated to support the microcatheter and to avoid deviation of the coil to the jugular vein. Coiling into the shunt pouch is performed through the catheter. (e and f) Axial and coronal view from cone-beam computed tomography images showing the detachable coils implanted in the shunt pouch within the bone. (g and h) Frontal and lateral view of the left external carotid angiography showing that the shunt is completely occluded.
    Figure Legend Snippet: Endovascular treatment of dural arteriovenous fistula (a-d) and postoperative imaging (e-h) (a) Working angle view of the left external carotid angiography through a 4 Fr. guiding sheath (as seen in panel c: *) showing a dural arteriovenous fistula. (b and c) A microcatheter (single arrowhead) is guided to the shunt point using a 45° pre-shaped distal access catheter (double arrowhead) through a 6 Fr guiding sheath (triple arrowhead) which is placed in the left internal jugular vein. Another 6 Fr guiding sheath (double arrow) is also placed in the left internal jugular vein to guide a balloon catheter (single arrow) near the shunt. (d) The balloon catheter is inflated to support the microcatheter and to avoid deviation of the coil to the jugular vein. Coiling into the shunt pouch is performed through the catheter. (e and f) Axial and coronal view from cone-beam computed tomography images showing the detachable coils implanted in the shunt pouch within the bone. (g and h) Frontal and lateral view of the left external carotid angiography showing that the shunt is completely occluded.

    Techniques Used: Imaging, Computed Tomography



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    Image Search Results


    Endovascular treatment of dural arteriovenous fistula (a-d) and postoperative imaging (e-h) (a) Working angle view of the left external carotid angiography through a 4 Fr. guiding sheath (as seen in panel c: *) showing a dural arteriovenous fistula. (b and c) A microcatheter (single arrowhead) is guided to the shunt point using a 45° pre-shaped distal access catheter (double arrowhead) through a 6 Fr guiding sheath (triple arrowhead) which is placed in the left internal jugular vein. Another 6 Fr guiding sheath (double arrow) is also placed in the left internal jugular vein to guide a balloon catheter (single arrow) near the shunt. (d) The balloon catheter is inflated to support the microcatheter and to avoid deviation of the coil to the jugular vein. Coiling into the shunt pouch is performed through the catheter. (e and f) Axial and coronal view from cone-beam computed tomography images showing the detachable coils implanted in the shunt pouch within the bone. (g and h) Frontal and lateral view of the left external carotid angiography showing that the shunt is completely occluded.

    Journal: Surgical Neurology International

    Article Title: Targeted transvenous embolization of a dural arteriovenous fistula at the jugular tubercle venous complex

    doi: 10.25259/SNI_1087_2022

    Figure Lengend Snippet: Endovascular treatment of dural arteriovenous fistula (a-d) and postoperative imaging (e-h) (a) Working angle view of the left external carotid angiography through a 4 Fr. guiding sheath (as seen in panel c: *) showing a dural arteriovenous fistula. (b and c) A microcatheter (single arrowhead) is guided to the shunt point using a 45° pre-shaped distal access catheter (double arrowhead) through a 6 Fr guiding sheath (triple arrowhead) which is placed in the left internal jugular vein. Another 6 Fr guiding sheath (double arrow) is also placed in the left internal jugular vein to guide a balloon catheter (single arrow) near the shunt. (d) The balloon catheter is inflated to support the microcatheter and to avoid deviation of the coil to the jugular vein. Coiling into the shunt pouch is performed through the catheter. (e and f) Axial and coronal view from cone-beam computed tomography images showing the detachable coils implanted in the shunt pouch within the bone. (g and h) Frontal and lateral view of the left external carotid angiography showing that the shunt is completely occluded.

    Article Snippet: The first detachable coil (Target 360 nano, 2.5 mm secondary diameter, 4 cm length; Stryker, Athens, MI, USA) passed through the shunt point and reached the feeder side; hence, it was anchored to the arterial side and coiled continuously to the venous side.

    Techniques: Imaging, Computed Tomography

    (A) Three-dimensional rotational angiogram showed an irregular aneurysm in the anterior communicating artery. (B) Framing by a Target 360 Nano 2 mm×4 cm detachable coil was successfully configured in the lower component of the aneurysm. (C) The framing coil was dislodged during the second coil insertion.

    Journal: BMJ Case Reports

    Article Title: A direct aspiration first pass technique for retrieval of a detached coil

    doi: 10.1136/bcr-2015-012039

    Figure Lengend Snippet: (A) Three-dimensional rotational angiogram showed an irregular aneurysm in the anterior communicating artery. (B) Framing by a Target 360 Nano 2 mm×4 cm detachable coil was successfully configured in the lower component of the aneurysm. (C) The framing coil was dislodged during the second coil insertion.

    Article Snippet: A Target 360 Nano 2 mm×4 cm detachable coil (Stryker) was successfully placed and detached ( B).

    Techniques: