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PERCUTANEOUS CORONARY ANGIOPLASTY Adolfo Lpez Campanher, MD - PowerPoint PPT Presentation

DIABETES MELLITUS AND PERCUTANEOUS CORONARY ANGIOPLASTY Adolfo Lpez Campanher, MD Disclosure Statement of Financial Interest I, Adolfo Lpez Campanher DO NOT have a financial interest/arrangement or affiliation with one or more


  1. DIABETES MELLITUS AND PERCUTANEOUS CORONARY ANGIOPLASTY Adolfo López Campanher, MD

  2. Disclosure Statement of Financial Interest I, Adolfo López Campanher DO NOT have a financial interest/arrangement or affiliation with one or more organizations that could be perceived as a real or apparent conflict of interest in the context of the subject of this presentation.

  3. INTRODUCTION • Coronary artery disease is the main cause of morbidity and mortality in diabetics. • CAD in diabetics has an earlier presentation and worse outcomes, than in non diabetics. • Diabetic patients have more complex multiple vessel disease, often with long and more diffuse lesions. Also, the restenosis rate is higher than in non diabetics. Circ Cardiovasc Interv 2011;4:72-79

  4. CASE DESCRIPTION • 63 y.o. male. History of hypertension, dyslipidemia and type II Diabetes, insulin dependent since 2011. • Sept. 2013: Unstable angina functional class II-III but did not seek medical attention. • Dec. 2013: Unstable angina functional class IV. Hospitalization. Echocardiogram: Preserved EF. No wall motion abnormalities.

  5. CASE DESCRIPTION • Coronary angiography: 1- Left Anterior Descending artery: severe diffuse proximal lesion. 2- Left Circunflex: severe diffuse proximal lesion of the Obtuse Marginal artery. 3- Right Coronary artery: Severe lesion in middle third.

  6. CASE DESCRIPTION TARGET LESIONS

  7. CASE DESCRIPTION • Jan. 2014: PCI was performed. • A 6 french Extra Backup guiding catheter was advanced to the Left coronary artery ostium.

  8. CASE DESCRIPTION Left Obtuse Marginal artery was treated first. Stenosis was crossed with a 0.014 ” Hi Torque Floppy II guidewire (Abbott Vascular). A 3.0-28 mm, drug eluting stent, was implanted in proximal segment of the vessel at 16 atm.

  9. CASE DESCRIPTION Post stent implantation angiography.

  10. CASE DESCRIPTION Then Left Anterior Descending artery was treated. Stenosis was crossed with a 0.014 ” Hi Torque Floppy II guidewire (Abbott Vascular). Predilatation was performed with a 2.5x20 mm Maverick 2 balloon (Boston Scientific Corporation).

  11. CASE DESCRIPTION A 3.0-32 mm drug eluting stent was implanted in proximal segment of the Left Anterior Descending artery at 16 atm.

  12. CASE DESCRIPTION Finally, a 6 french Judkings Right guiding catheter was advanced to the rigth coronary ostium. A 0.014 ” Hi Torque Floppy II guidewire (Abbott Vascular) was used to cross the stenosis. A 3.5-16 mm drug eluting stent was implanted in middle segment of the Right Coronary artery at 16 atm.

  13. CONCLUSION • Diabetic patients suffering ischemic heart disease with multiple vessel disease, lead to a difficult decision about which revascularization technique is best. • Patients with diabetes presenting with “simple” anatomy might fare just as well with percutaneous coronary intervention as bypass surgery. Ellis. JACC 2014;63(20):2119-2120

  14. CONCLUSION • Can we identify patients with diabetes with simple lesions who are at reasonably low risk for death or MI and still need revascularization? • Simple MVD in diabetic patients should also be send for CABG? Ellis. JACC 2014;63(20):2119-2120

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