Complex Case: Rotablation in Cardiogenic Shock



Figure 18.1
Angiography of left coronary artery system, (a) with contrast dye and (b) without, black arrows showing diffuse left main and LAD calcifications. (c) black arrows shows 60% left main stenosis



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Figure 18.2
Baseline angiographic images showing left main, proximal, and mid-LAD disease and mid-circumflex obstructive lesions (ac) with stars identifying representative stenosis. Chronic total occlusion of the mid-RCA with right to right collateralization (d)


An IABP was inserted via contralateral femoral access for intraprocedural hemodynamic support. Given his comorbid conditions and after discussion with cardiothoracic surgery, he was deemed to be too high risk for bypass surgery, and the decision was made to proceed with percutaneous coronary intervention.

A 7F XB LAD 4 guiding catheter engaged the left main coronary artery. A standard 0.014 guidewire was advanced to the distal LCx lesion, and balloon angioplasty was performed. The LCx was then treated with two 2.5 × 12 mm tents that were deployed and post-dilated with a 2.75 NC balloon at high pressure (Figs. 18.3 and 18.4). The 0.014 guidewire was then directed into the LAD. The 0.014″ guidewire was then exchanged for a 0.009″ rota extra-support wire using a Corsair support catheter (Fig. 18.5). At this point, rotational atherectomy was performed, initially with a 1.25 mm burr at 150,000 RPM, then a 1.5 mm burr, and finally a 1.75 mm burr (Fig. 18.6). Scoring atherectomy of the LAD was performed using a 2.0 and a 2.5 angiosculpt balloon. Next, a 2.75 × 28 DES was deployed in the distal left main and into the proximal LAD, following in overlapping fashion with a 2.25 × 28 mm DES, and a 2.25 × 16 mm DES was deployed most distally, with stents post-dilated under high pressure (Fig. 18.7). Next, a 3.5 × 33 mm DES was deployed to the left main coronary artery and post-dilated with a 4.0 × 15 mm and then a 4.5 × 15 mm noncompliant balloon (Fig. 18.8). Final angiographic images showed excellent results (Fig. 18.9).
Jan 19, 2018 | Posted by in CARDIOLOGY | Comments Off on Complex Case: Rotablation in Cardiogenic Shock

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