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intravascular ultrasound  (Volcano Corporation)

 
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    Structured Review

    Volcano Corporation intravascular ultrasound
    Under <t>intravascular</t> <t>ultrasound</t> <t>(IVUS)</t> guidance, the dissection flap was punctured from the true lumen into the false lumen (FL) approximately 2 cm distal to the caudal end of the thoracic stent graft, and a Radifocus guidewire was advanced into the FL (A) . The fenestration was then dilated using an 8 mm × 4 cm balloon catheter (B) . The modified Excluder aortic extender (Ex-cuff) was deployed at the distal level of the thoracic stent graft (C) . Subsequently, a 16-mm Amplatzer Vascular Plug I, preloaded with a 2.2F microcatheter was deployed at the waist of the modified Ex-cuff (D) . The microcatheter was then withdrawn into the plug, and four detachable coils were placed within the plug (E and F) . Angiography revealed persistent perigraft leakage around the Ex-cuff (G) . Therefore, 33% n-butyl-2-cyanoacrylate (NBCA) was slowly injected, achieving complete occlusion (H) ( arrowhead , coil-in-plug; arrow , NBCA-Lipiodol). Completion angiography confirmed complete elimination of FL perfusion in the thoracic aortic segment (I) .
    Intravascular Ultrasound, supplied by Volcano Corporation, 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/intravascular+ultrasound+(ivus)/intravascular+ultrasound/pmc13054279-19-14-19
    Average 86 stars, based on 1 article reviews
    intravascular ultrasound - by Bioz Stars, 2026-09
    86/100 stars

    Images

    1) Product Images from "Black candy-plug technique for a large false lumen in a patient with complicated type B aortic dissection"

    Article Title: Black candy-plug technique for a large false lumen in a patient with complicated type B aortic dissection

    Journal: Journal of Vascular Surgery Cases, Innovations and Techniques

    doi: 10.1016/j.jvscit.2026.102212

    Under intravascular ultrasound (IVUS) guidance, the dissection flap was punctured from the true lumen into the false lumen (FL) approximately 2 cm distal to the caudal end of the thoracic stent graft, and a Radifocus guidewire was advanced into the FL (A) . The fenestration was then dilated using an 8 mm × 4 cm balloon catheter (B) . The modified Excluder aortic extender (Ex-cuff) was deployed at the distal level of the thoracic stent graft (C) . Subsequently, a 16-mm Amplatzer Vascular Plug I, preloaded with a 2.2F microcatheter was deployed at the waist of the modified Ex-cuff (D) . The microcatheter was then withdrawn into the plug, and four detachable coils were placed within the plug (E and F) . Angiography revealed persistent perigraft leakage around the Ex-cuff (G) . Therefore, 33% n-butyl-2-cyanoacrylate (NBCA) was slowly injected, achieving complete occlusion (H) ( arrowhead , coil-in-plug; arrow , NBCA-Lipiodol). Completion angiography confirmed complete elimination of FL perfusion in the thoracic aortic segment (I) .
    Figure Legend Snippet: Under intravascular ultrasound (IVUS) guidance, the dissection flap was punctured from the true lumen into the false lumen (FL) approximately 2 cm distal to the caudal end of the thoracic stent graft, and a Radifocus guidewire was advanced into the FL (A) . The fenestration was then dilated using an 8 mm × 4 cm balloon catheter (B) . The modified Excluder aortic extender (Ex-cuff) was deployed at the distal level of the thoracic stent graft (C) . Subsequently, a 16-mm Amplatzer Vascular Plug I, preloaded with a 2.2F microcatheter was deployed at the waist of the modified Ex-cuff (D) . The microcatheter was then withdrawn into the plug, and four detachable coils were placed within the plug (E and F) . Angiography revealed persistent perigraft leakage around the Ex-cuff (G) . Therefore, 33% n-butyl-2-cyanoacrylate (NBCA) was slowly injected, achieving complete occlusion (H) ( arrowhead , coil-in-plug; arrow , NBCA-Lipiodol). Completion angiography confirmed complete elimination of FL perfusion in the thoracic aortic segment (I) .

    Techniques Used: Dissection, Modification, Injection

    Related Articles

    Clinical Proteomics:

    Article Title: Five-year results for endovascular repair of acute complicated type B aortic dissection.
    Article Snippet: .. Intravascular ultrasound (IVUS; Volcano Corporation, San Diego, Calif) was also routinely used to verify true lumen access, identify the primary entry tear and areas of distal fenestration, evaluate proximal and distal landing zones, and confirm true lumen re-expansion and resolution of dynamic malperfusion after intervention as previously described.27 Online monitoring of spinal cord function with somatosensory and motor evoked potentials was used intraoperatively in urgent cases and when available for emergent cases, for a total of 37 (74%) cases monitored, as previously described.28 Cerebrospinal fluid (CSF) drainagewas used selectively in six patients (12%) for previously cited indications, generally including patients who had undergone prior thoracic or abdominal aortic operations and in whom long-segment aortic coverage was planned.29,30 Two additional patients received a preoperative lumbar drain for paraparesis secondary to dissection-induced spinal cord malperfusion. ..

    Dissection:

    Article Title: Five-year results for endovascular repair of acute complicated type B aortic dissection.
    Article Snippet: .. Intravascular ultrasound (IVUS; Volcano Corporation, San Diego, Calif) was also routinely used to verify true lumen access, identify the primary entry tear and areas of distal fenestration, evaluate proximal and distal landing zones, and confirm true lumen re-expansion and resolution of dynamic malperfusion after intervention as previously described.27 Online monitoring of spinal cord function with somatosensory and motor evoked potentials was used intraoperatively in urgent cases and when available for emergent cases, for a total of 37 (74%) cases monitored, as previously described.28 Cerebrospinal fluid (CSF) drainagewas used selectively in six patients (12%) for previously cited indications, generally including patients who had undergone prior thoracic or abdominal aortic operations and in whom long-segment aortic coverage was planned.29,30 Two additional patients received a preoperative lumbar drain for paraparesis secondary to dissection-induced spinal cord malperfusion. ..

    other:

    Article Title: Endovascular treatment of a malpositioned screw in the thoracic aorta after anterior spinal instrumentation: the screwed aorta.
    Article Snippet: An interesting case report detailing the management of an aorta that was inadvertently screwed during spinal fixation.. The management and imaging encompass the use of computer tomography and intravascular ultrasound to determine the trajectory of the screw and the successful management of the patient.



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    Image Search Results


    Under intravascular ultrasound (IVUS) guidance, the dissection flap was punctured from the true lumen into the false lumen (FL) approximately 2 cm distal to the caudal end of the thoracic stent graft, and a Radifocus guidewire was advanced into the FL (A) . The fenestration was then dilated using an 8 mm × 4 cm balloon catheter (B) . The modified Excluder aortic extender (Ex-cuff) was deployed at the distal level of the thoracic stent graft (C) . Subsequently, a 16-mm Amplatzer Vascular Plug I, preloaded with a 2.2F microcatheter was deployed at the waist of the modified Ex-cuff (D) . The microcatheter was then withdrawn into the plug, and four detachable coils were placed within the plug (E and F) . Angiography revealed persistent perigraft leakage around the Ex-cuff (G) . Therefore, 33% n-butyl-2-cyanoacrylate (NBCA) was slowly injected, achieving complete occlusion (H) ( arrowhead , coil-in-plug; arrow , NBCA-Lipiodol). Completion angiography confirmed complete elimination of FL perfusion in the thoracic aortic segment (I) .

    Journal: Journal of Vascular Surgery Cases, Innovations and Techniques

    Article Title: Black candy-plug technique for a large false lumen in a patient with complicated type B aortic dissection

    doi: 10.1016/j.jvscit.2026.102212

    Figure Lengend Snippet: Under intravascular ultrasound (IVUS) guidance, the dissection flap was punctured from the true lumen into the false lumen (FL) approximately 2 cm distal to the caudal end of the thoracic stent graft, and a Radifocus guidewire was advanced into the FL (A) . The fenestration was then dilated using an 8 mm × 4 cm balloon catheter (B) . The modified Excluder aortic extender (Ex-cuff) was deployed at the distal level of the thoracic stent graft (C) . Subsequently, a 16-mm Amplatzer Vascular Plug I, preloaded with a 2.2F microcatheter was deployed at the waist of the modified Ex-cuff (D) . The microcatheter was then withdrawn into the plug, and four detachable coils were placed within the plug (E and F) . Angiography revealed persistent perigraft leakage around the Ex-cuff (G) . Therefore, 33% n-butyl-2-cyanoacrylate (NBCA) was slowly injected, achieving complete occlusion (H) ( arrowhead , coil-in-plug; arrow , NBCA-Lipiodol). Completion angiography confirmed complete elimination of FL perfusion in the thoracic aortic segment (I) .

    Article Snippet: Through the right femoral approach, a guiding sheath (Parent Plus 60; Medikit Co) and intravascular ultrasound (IVUS; IntraSight Mobile; Volcano Corporation) were advanced, while a Rosch-Uchida needle was introduced from the left femoral sheath.

    Techniques: Dissection, Modification, Injection

    Intravascular Ultrasound Images of True and False Lumen (A) Intravascular ultrasound located in the false lumen demonstrating the smaller true lumen. (B) Same still image with annotation of true and false lumens.

    Journal: JACC Case Reports

    Article Title: Novel Use of Dual-Lumen Microcatheter for False Lumen Hematoma Decompression

    doi: 10.1016/j.jaccas.2026.107511

    Figure Lengend Snippet: Intravascular Ultrasound Images of True and False Lumen (A) Intravascular ultrasound located in the false lumen demonstrating the smaller true lumen. (B) Same still image with annotation of true and false lumens.

    Article Snippet: Position was confirmed using a Boston Scientific Opticross HD intravascular ultrasound (IVUS) system.

    Techniques:

    (A–D) Intravascular ultrasound (IVUS) cross-sectional image. The second guidewire (arrows) passes through a different route from the first guidewire and (E) Alphabet indicating the location of cross-sectional IVUS images.

    Journal: Radiology Case Reports

    Article Title: Trans-ankle intervention can be an optimal strategy for aggressive wire recanalization in calcified atheroma and dilatation technique in common femoral artery

    doi: 10.1016/j.radcr.2026.01.048

    Figure Lengend Snippet: (A–D) Intravascular ultrasound (IVUS) cross-sectional image. The second guidewire (arrows) passes through a different route from the first guidewire and (E) Alphabet indicating the location of cross-sectional IVUS images.

    Article Snippet: Fig 2 – dummy alt text Eagle Eye Platinum ST (PHILIPS, Amsterdam, Netherlands) intravascular ultrasound (IVUS) was performed using the first guidewire ( A– ).

    Techniques:

    (A and B) Optimal balloon lesion preparation on the 2 guidewire routes. (C) Final angiography demonstrating relatively good vascular patency and a favorable blood flow. (D) Magnified image of the square region shown in Fig. 4C. The alphabet indicates the location of the cross-sectional IVUS images. (E–H) Final IVUS cross-sectional image.

    Journal: Radiology Case Reports

    Article Title: Trans-ankle intervention can be an optimal strategy for aggressive wire recanalization in calcified atheroma and dilatation technique in common femoral artery

    doi: 10.1016/j.radcr.2026.01.048

    Figure Lengend Snippet: (A and B) Optimal balloon lesion preparation on the 2 guidewire routes. (C) Final angiography demonstrating relatively good vascular patency and a favorable blood flow. (D) Magnified image of the square region shown in Fig. 4C. The alphabet indicates the location of the cross-sectional IVUS images. (E–H) Final IVUS cross-sectional image.

    Article Snippet: Fig 2 – dummy alt text Eagle Eye Platinum ST (PHILIPS, Amsterdam, Netherlands) intravascular ultrasound (IVUS) was performed using the first guidewire ( A– ).

    Techniques: