ProCol® Vascular Bioprosthesis
Vascular Access
 …Naturally

Hemodialysis Access

The ProCol® vascular bioprosthesis for hemodialysis access has been shown in clinical studies both in Europe and the United States to provide patients with end-stage renal disease with a viable access option. The ProCol® bioprosthesis is a natural biological graft derived from a bovine mesenteric vein. The patented manufacturing and sterilization process ensures a product that is flexible, easy to suture and which exhibits physiologic pulsatile flow characteristics similar to a native fistula.

The graft may be implanted in a straight or loop configuration, according to the specific surgical need. The ProCol® graft has demonstrated clinical efficacy in the upper arm, forearm, and thigh.

Hemodialysis access grafts are available in 6 mm diameter and a variety of different lengths to meet individual patient requirements.

In U.S. clinical studies the ProCol ® bioprosthesis demonstrated improved patency compared with ePTFE grafts. ProCol ® succeeded where others had failed, with some patients ProCol ® grafts still patent after 5 years.

The ProCol® Bioprosthesis is stored in sterile saline, so preparation in the operating room is easily accomplished via a simple, quick rinsing process

ProCol® is highly biocompatible and elicits no antibody reactions

Handling and suturing characteristics are similar to the patient's native tissue making it easy to work with during the implant procedure.

The natural tissue is easily punctured in the hemodialysis setting - affording the ease of access associated with a native fistula. Hemostasis is also readily achieved with minimal pressure following the removal of the hemodialysis needles.

The ProCol® graft may be accessed for hemodialysis as soon as two weeks following implant, based upon the physician's decision and patient tolerance

Highly elastic and compliant ProCol® is capable of handling high flow rates



Home | About Us | Products
News & Events | Careers | Contact Us | Legal Disclaimers

Copyright© 2008 by Hancock Jaffe Laboratories, Inc. All Rights Reserved