AMNIOX Highlights Three Studies Demonstrating Effectiveness of Umbilical Cord Tissue for Treating Chronic Wounds

Awl-in-One Tap (Next-Generation) Granted U.S. Patent Reports EDGe Surgical

Awl-in-One Tap is a single-use spinal surgery instrument with disposable neuromonitoring EMG system and digital depth measurement built in. The device, which is under development, is intended to be used when creating a screw hole pathway during posterior pedicle spinal fusion surgeries.

Healthcare Safety Preparedness Post-Covid-19: Protection from Violence and Virus

If the nation has learned anything from the Covid-19 crisis, it’s that advance planning in safety preparedness is vital to our ability to respond to emergencies, whether they’re viral, violent, or otherwise.

April 7, 2017

AMNIOX Medical, Inc., a TissueTech, Inc. company, highlighted the publication of three studies concerning NEOX CORD 1K, its cryopreserved human umbilical cord tissue.

In contrast to competitive offerings, these studies document the consistent effectiveness of the Company’s proprietary technology in the treatment of hard-to-heal chronic wounds.

The studies include:

  • A Single-center, Retrospective Study of Cryopreserved Umbilical Cord/Amniotic Membrane Tissue for the Treatment of Diabetic Foot Ulcers in The Journal of Wound Care,
  • A Single-center, Retrospective Study of Cryopreserved Umbilical Cord for Wound Healing in Patients Suffering From Chronic Wounds of the Foot and Ankle in Wounds,
  • A Retrospective Study of Cryopreserved Umbilical Cord as an Adjunctive Therapy to Promote the Healing of Chronic, Complex Foot Ulcers with Underlying Osteomyelitis in Wound Repair and Regeneration,

The first study’s author, Dr. Allen Raphael, Northside Hospital, Atlanta, Georgia, conducted a retrospective review of 29 patients and the effectiveness of NEOX® CORD 1K Wound Allograft in treating chronic diabetic foot ulcers. Twenty-eight of 32 wounds demonstrated complete healing, to achieve a rate of 87.5 percent.

The second study’s author, Dr. Mark Couture, Medical Director of the Central Texas Prevention of Amputations for Veterans Everywhere (PAVE) program, Temple, Texas, reviewed NEOX CORD 1K Wound Allograft in treating 57 patients with chronic, lower-extremity ulcers. Fifty-one of 64 wounds, or 79.7 percent, achieved complete healing.

The final study’s author, Dr. Wayne Caputo, Chairman of the Department of Podiatric Surgery at Clara Maass Medical Center, Belleville, New Jersey, conducted a retrospective review of NEOX CORD 1K Wound Allograft in treating lower extremity ulcers with exposed bone, tendon, muscle, or joint capsule with underlying osteomyelitis in 31 patients. Of 33 wounds, 26 achieved complete healing, resulting in a healing rate of 78 percent.

“The clinical evidence surrounding our proprietary cryopreserved umbilical cord tissue in regenerative healing continues to build on the work of leading physicians,” said Tom Dugan, Chief Executive Officer of Amniox Medical. “If one compares the healing rates found in these studies with rates published for multiple alternatively processed amniotic membrane products, including bioengineered skin substitutes and cryopreserved or dehydrated amniotic membrane, these results are all the more striking. This data combined with the ease of use and flexible storage that NEOX CORD 1K offers makes it a very compelling option.”

In utero, wound healing occurs rapidly and with minimal scar. This restorative ability is innate to placental tissues, including umbilical cord and amniotic membrane. Heavy chain hyaluronic acid/pentraxin-3 is the key protein complex present in these tissues to orchestrate the healing process. Amniox Medical is the first provider of a human tissue allograft composed of both umbilical cord and amniotic membrane. Amniox utilizes its proprietary CryoTek™ process, a cryopreservation technology, to preserve the biological and structural integrity of the native tissue and published studies have demonstrated that the CryoTek process more effectively preserves the structural and biological integrity of the tissue when compared to other technologies.



Related Articles