, Hee Hwa Ho1 and Paul Jau Lueng Ong1 (1) Department of Cardiology, Tan Tock Seng Hospital, Singapore, 308433, Singapore (2) Faculty of Medical and Health Sciences, The University of Auckland, Private Bag, 92019 Auckland, New…
Figure 10.1 (a, b) Shows left coronary system with severe calcific stenosis seen in the left main and LAD Via right femoral access, a 7F EBU3.5 was used to provide…
Figure 4.1 Baseline angiographic images, black ovals, showing representative LAD and ramus stenosis. (a) and (b) taken in right anterior oblique views, (c) and (d) taken in left anterior oblique…
Figure 13.1 Baseline angiographic images of the left coronary system showing mild to moderate nonobstructive disease Figure 13.2 Fluoroscopy image of RCA without contrast showing previously placed stents (black arrows…
Figure 16.1 Baseline angiography of the left coronary system, showing native LAD/circumflex system (a, b) with patent vein graft to OM (c) and patent LIMA to LAD (d) Figure 16.2…
Figure 17.1 Baseline angiograms of the RCA with white arrows showing the most severe stenoses Figure 17.2 Baseline angiograms of the RCA with white arrows showing the most severe stenoses…
Figure 15.1 Calcified diffuse lesion from proximal to mid RCA Figure 15.2 Calcified diffuse lesion from proximal to distal LAD Figure 15.3 Calcified disease in distal LCX The RCA was…
Figure 2.1 Baseline angiographic images with severe calcific disease noted in proximal and mid-LAD as well as diagonal artery (best seen in a, black arrows). The rest of the left…
Figure 25.1 Baseline angiogram showing severe SVG stenoses A 7F sheath, 7F LCB guide was chosen. The lesion was crossed with a standard 0.014″ guidewire. A 4.0 mm Spider FX…
Figure 5.1 (a, b) shows the baseline RCA with severe calcific ostial stenosis PCI to the ostial RCA was performed. Multiple 6F guides were used including JR4 with side hole,…
