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Professor Syde A. Taheri, MD

Award-Winning Inventor and Surgeon

Email: staheri268@aol.com    Phone: 716-633-1838

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Taheri-LaDuca Endovascular System

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Dr. Syde A. Taheri and his team of researchers have made groundbreaking developments in their creation of the Taheri-LaDuca Endovascular System.  In multiple laboratory experiments, they have successfully guided Taheri's invention, an aortic arch stent graft, around the arch of the aorta and into the designated side branch. 

Dr. Taheri believes this is the first time anyone has successfully threaded a stent graft from the groin and into the artery, guided the stent around the arch, then accomplished the difficult task of directing the graft to make a right turn into the side branches of the aorta. 

Taheri, a professor, award-wining inventor and retired surgeon, created the life-saving Talent Thoracic and Abdominal Stent Graft, produced by Medtronic, Inc.  This stent graft has been used in thousands of people worldwide as a minimally invasive method to treating thoracic and abdominal aneurysms, and it is undergoing clinical tests in the United States.  Dr. Taheri says the Aortic Arch Device is an upgrade of the Talent stent graft, which already nets millions of dollars.

 

Illustration and Actual Photo of Successful Procedure

 

Left: Illustration of Aortic Arch Device threaded around aortic arch and into innominate (side branch) artery.

Right: X-ray of Aortic Arch Device successfully threaded over aortic arch and into innominate (side branch) artery.

More about the Taheri-LaDuca Endovascular System

The Aortic Arch Device will allow a minimally-invasive approach to treating patients at risk of or suffering from aortic aneurysms, stroke or trauma.  The aortic arch device is inserted into the aorta, and its design allows it to follow the curve of the aortic arch and right turn into the side branches.  

Currently, the method for repairing an aortic aneurysm is major thoracic surgery under general anesthesia.  It's an operation that the elderly and/or infirmed may not be able to withstand.  But the Taheri-LaDuca Endovascular System would eliminate the need for major thoracic surgery, and it could be conducted under local anesthesia.  It is also being designed to allow doctors to readjust its position once the device is in the artery. 

This research is being sponsored by University at Buffalo and Duke Empirical, Inc.  Patents issued and pending.

 

Key Benefits/Information

 

  • Approximately 20,000 people in the United States suffer from thoracic aneurysms each year.
  • Approximately 120,000 of all stroke victims in the US could also benefit from this device.