LEFT MAIN STENTING Find out why Resolute Onyx™ DES is ideally suited

Expand your treatment options with 4.5- and 5.0-mm sizes:

  • Maximum expansion to 5.75 mm1
  • Maintained scaffold and coating integrity at MSID2
  • Minimum foreshortening2
Expand your treatment options with  4.5- and 5.0-mm sizes
1

Do not postdilate the 4.50–5.00-mm stents to greater than 5.75 mm.

2

Based on bench test data.

Did You Know

Did You Know?
1Windecker. Eur Heart J. 2014; 35: 2541–2619.
2Fajadet. Eur Heart J. 2012; 33: 36–50.
3Morice. Circ. 2010; 121:2645–2653.

LEFT MAIN APPROACHES

Techniques for left main PCI

Dr. Azeem Latib, Dr. Oscar Mendiz, and Dr. Ziyad Ghazzal discuss considerations for successful left main PCI.
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This video was produced through a grant provided to euroPCR by Medtronic. The content of the video is not endorsed by Medtronic. Dr. Latib, Dr. Mendiz and Dr. Ghazzal are paid consultants of Medtronic.

 

See Resolute Onyx™ DES treat a left main vessel

Dr. Nicolas Boudou treats a complex left main artery with two sidebranches.
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This case is genuine, typical, and documented. Individual results may vary.

 

Fresh perspectives on left main PCI

Dr. Goran Stankovic and Dr. Francesco Burzotta discuss the EXCEL and NOBLE trials
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PREDICTABLE PERFORMANCE FOR ACCURATE STENT PLACEMENT1

Minimal foreshortening while maintaining coating integrity1

Resolute Onyx™ DES

5.0 mm x 18 mm
Deployed to 5.75 per IFU maximum overexpansion

Synergy™* DES

4.0 mm x 20 mm
Deployed to 5.75 per IFU maximum overexpansion

1

Based on bench test data. May not be indicative of clinical performance.

HIGH RADIOPACITY FOR PRECISE DEPLOYMENT

Resolute Onyx DES incorporates a platinum-iridium core with 2.6x density of the cobalt alloy shell—for improved radiopacity

High Radiopacity for Precise Deployment

SUSTAINED RADIAL STRENGTH IN LARGE VESSELS

Sustained Radial Strength in Large Vessels

ADAPTABLE IN BIFURCATIONS

Excellent Flexibility and Conformability, with Continuous Sinusoid Technology, contribute to superior strut apposition1,2 — stent geometry facilitates side branch access and vessel apposition1

Sidebranch Cell Size
1

Bench test data on file at Medtronic. These tests and models may not be indicative of clinical performance.

2

Mortier JACC Card Interv. 2014; 7(3): 325-33.

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