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Vascular Clinical Trials


An operating room at NewYork-Presbyterian with the Siemens Artis zeego® medical imaging system.

About Vascular Clinical Trials

New York-Presbyterian Hospital's vascular surgeons are conducting multiple clinical trials on emerging treatments for vascular disease. Surgeons at NewYork-Presbyterian also hold academic titles at either of the Hospital's affiliate medical schools: Columbia University College of Physicians and Surgeons and Weill Cornell Medical College. Although Hospital facilities are generally used for the trials, they are actually conducted under the supervision of the physician's medical college. Below is a listing of current clinical trials for vascular disease.

Current Clinical Trials for Vascular Disease

Carotid Disease Trials

Trial/Sponsor: ACT I/Abbott
Objective:
To demonstrate equivalence of carotid artery stenting using the Xact RX stent w/ the Emboshield Cerebral Protection System Compared to CEA.
Patient Study Population:
Asymptomatic subjects with carotid stenosis ≥80% and ≤99% stenosis.
Investigators:
William Gray, MD and Y. Pierre Gobin, MD

Trial/Sponsor: CREATE/ev3
Objective:
To confirm the safety and effectiveness of the PROTEGE ® GPS™ and PROTEGE® RX Carotid Stent Systems and SpiderFXTM Embolic Protection Device when used in the treatment of common and/or internal carotid artery stenosis for subjects with a high risk for complications during endarterectomy.
Patient Study Population:
High Risk for CEA, Symptomatic >50% carotid stenosis, Asymptomatic >80% carotid stenosis.
Investigators:
Darren Schneider, MD

Trial/Sponsor: SAPPIRE/Cordis
Objective:
The primary objective of this study is to assess the outcomes of stenting with distal protection in the treatment of obstructive carotid artery disease. The devices to be utilized are the Cordis PRECISE® Nitinol Stent Systems (5.5F and 6F) and the Cordis ANGIOGUARD™ XP Emboli Capture Guidewire (ECGW).
Patient Study Population:
High Risk for CEA, Symptomatic >50% carotid stenosis, Asymptomatic >80% carotid stenosis.
Investigators:
James McKinsey, MD

Trial/Sponsor: FREEDOM/W.L Gore
Objective:
Provide an ongoing evaluation of clinical outcomes associated with the Gore® Flow Reversal system and the Gore® Embolic Filter when used for embolic protection during carotid artery stenting.
Patient Study Population:
High Risk for CEA,Symptomatic >50% carotid stenosis, Asymptomatic >80% carotid stenosis.
Investigators:
Darren Schneider, MD

Trial/Sponsor: SMART/Abbott
Objective:
To determine if carotid stenting will increase quality of life and cognitive functioning in patients with severe carotid stenosis due to increase cerebral blood flow following the procedure.
Patient Study Population:
Patients with >70% carotid stenosis.
Investigators:
Ken Perrine, MD and Y. Pierre Gobin, MD

Aortic Aneurysm Trials

Trial/Sponsor: PYTHAGORAS/Lombard
Objective:
To demonstrate the safety and efficacy of the Lombard Medical bifurcated endovascular stent graft (Aorfix) in the treatment of abdominal aortic, aorto-iliac and common iliac aneurysms with necks of up to 60 degrees.
Patient Study Population:
AAA >4.5cm in diameter, OR 4.0cm or larger in diameter if symptomatic, OR AAA growth of >5mm within the previous six months, and/or including extension into common iliac artery, and/or Iliac aneurysm >3.5cm in max diameter.
Investigators:
James McKinsey, MD

Trial/Sponsor: Zenith Low Profile AAA Endovascular Graft/Cook
Objective:
To evaluate the safety and effectiveness of the Zenith® Low Profile AAA Endovascular Graft. The primary safety endpoint will be the 30-day major adverse event rate and the primary effectiveness endpoint will be device success at 12 months.
Patient Study Population:
Patients with AAA with anatomy not suitable for standard EVAR treatment and - Iliac/femoral anatomy that can be accessed with a 16 Fr (6 mm nominal sheath O.D.) introduction system; - Non-aneurysmal infrarenal neck with a length greater than or equal to 15 mm, and a diameter < 28 mm and > 18 mm.
Investigators:
James F. McKinsey, MD

Trial/Sponsor: Zenith® Fenestrated AAA Endovascular Graft Single-Center Study/Cook
Objective:
To assess safety and effectiveness and examine in detail the effect of fenestrated stent-graft technology on organ and extremity perfusion
Patient Study Population:
Patients at high risk for open surgery with abdominal aortic aneuyrsms that are not amenable to endovascular repair using a commercially available stent graft
Investigators:
James McKinsey, MD

Lower Extremity Arterial Disease Trials

Trial/Sponsor: MarrowStim PAD kit/Biomet Biologics
Objective:
The purpose of this trial is to evaluate the ability of the MarrowStim PAD Kit to treat subjects with critical limb ischemia (CLI) caused by severe PAD.
Patient Study Population:
Patients with unilateral or bilateral lower extremity ischemia due to advanced peripheral arterial disease who have no revascularization options that may otherwise be facing amputation.
Investigators:
Darren Schneider, MD

Trial/Sponsor: LEVANT-2
Objective:
A Prospective, Multicenter, Single Blind, Randomized,Controlled Trial Comparing the Moxy Drug Coated Balloon vs. Standard Balloon Angioplasty for Treatment of Femoropopliteal Arteries
Patient Study Population:
Patients with de novo or restenotic lesion of between 4-15 cm in SFA or popliteal will be invited to participate. Lesions should have at least one vessel runoff
Investigators:
James F. McKinsey, MD

Access to Hemodialysis

Trial/Sponsor: ACUSEAL/ W.L.GORE
Objective:
The purpose of this study is to establish safety and efficacy of the GORE ACUSEAL Vascular Graft for use in hemodialysis at any time post- implantation.
Patient Study Population:
End-Stage Renal Disease (ESRD) patients either currently receiving hemodialysis or expected to require hemodialysis through a prosthetic vascular access graft within 30 days.
Investigators:
Nicholas J. Morrissey, MD

Iliac Aneurysm Trials

Trial/Sponsor: PRESERVE - Zenith Iliac Branch System Clinical Study/Cook, Inc.
Objective:
The purpose of the study is to evaluate the safety and effectiveness of the Zenith® Branch Endovascular Graft-Iliac Bifurcation System. This system is made up of two devices: the Zenith® Branch Endovascular Graft-Iliac Bifurcation and the Zenith® Connection Endovascular Covered Stent.
Patient Study Population:
Patients with an aortoiliac or iliac aneurysm and an unsuitable distal sealing site for a traditional Zenith® iliac leg graft within the common iliac artery on the intended side of Branch Graft implantation (e.g., fixation/seal length < 10 mm or diameter > 20 mm)
Investigators:
Darren Schneider, MD, James McKinsey, MD

Iliac Stenting Trials

Trial/Sponsor: Complete SE
Objective:
Percutaneous interventional treatment of iliac artery lesions using the Medtronic Complete Self-Expanding Iliac Stent.
Patient Study Population:
Patients with obstructive iliac atherosclerosis resulting in symptoms of claudication.
Investigators:
William Gray, MD

Vena Cava Filter

Trial/Sponsor: Denali Filter /Bard Peripheral Vascular
Objective:
This is a Prospective, Multi-Center Study which intended to provide evidence of safety of the placement and retrieval of the Bard Denali Retrievable Inferior Vena Cava Filter in subjects requiring IVC interruption to protect against pulmonary embolism (PE).
Patient Study Population:
Patient with increased risk of pulmonary embolism who require vena cava interruption will be invited to participate. Retrieval of the filter is expected within 180 days post placement
Investigators:
Danielle Bajakian, MD

Contact Information For All Trials

For more information or to enroll a patient, please contact one of our study coordinators.
Study Coordinators
Trials under Drs. James McKinsey or Nicholas Morrissey
Study Coordinator: Diana Catz - (212) 342-4102
Trials under Dr. William Gray
Study Coordinator: Angelica Castaneta - 212-342-3490
Trials under Dr. Darren Schneider
Study Coordinator: Ruchita Mehta - (212) 746-5949
Trials under Dr. Y. Pierre Gobin
Study Coordinator: Kim Salvaggio - (212) 746-0389

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