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

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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


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DIABETES MELLITUS AND PERCUTANEOUS CORONARY ANGIOPLASTY

Adolfo López Campanher, MD

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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.

Disclosure Statement of Financial Interest

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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

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CASE DESCRIPTION

  • 63

y.o. male. History

  • f

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.

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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.

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CASE DESCRIPTION

TARGET LESIONS

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  • Jan. 2014: PCI was

performed.

  • A

6 french Extra Backup guiding catheter was advanced to the Left coronary artery

  • stium.

CASE DESCRIPTION

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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.

CASE DESCRIPTION

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Post stent implantation angiography.

CASE DESCRIPTION

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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).

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CASE DESCRIPTION

A 3.0-32 mm drug eluting stent was implanted in proximal segment

  • f

the Left Anterior Descending artery at 16 atm.

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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.

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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
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  • 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?

CONCLUSION

  • Ellis. JACC 2014;63(20):2119-2120