New Surgical Device Saves Lives And Limbs On Iraq's Front Lines

Main Category: Medical Devices
Also Included In: Aid / Disasters
Article Date: 03 May 2008 - 0:00 PDT

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Results of an independent clinical study conducted by U.S. Army combat support surgeons in Baghdad show that a new medical device used to close a type of surgical wound more quickly is saving lives and limbs of soldiers and civilians.

A team of battle zone surgeons led by Maj. Niten Singh, M.D. working in the 28th Combat Support Hospital in Baghdad during Operation Iraqi Freedom, used Canica(R) Inc.'s ABRA(R) Surgical Skin Closure System to successfully implement a new surgical regimen called dynamic wound closure (DWC). Described in a paper published in The American Surgeon, the procedure applies gentle but continuing tension uniformly across a wound for a period of a few days to gradually but completely close it. Skin grafting is eliminated.

A surgeon sometimes must make a long incision to perform a fasciotomy -- usually on a badly injured arm or leg -- to relieve dangerous swelling and pressure due to fluid buildup. Fasciotomies must often be performed quickly following trauma and can mean the difference between loss of life or limb, but result in long, gaping wounds which can be difficult to close. More than 16,000 are performed in U.S. hospitals annually.

"Because of the swelling that occurs with the muscles, these wounds cannot typically be closed with sutures," explained Dr. Singh, who is based at Madigan Army Medical Center, Tacoma, Wash. "Traditionally, surgeons have left these wounds open and covered them with skin grafts. This results in an additional wound from harvesting the graft, potential failure of the skin graft and unsightly scars."

"Using Canica's system, we were able to close fasciotomies in an average 2.6 days -- several times faster than other techniques," said Dr. Singh. "Canica's system is designed for early placement and our findings indicate early placement is key to success, allowing skin approximation to occur faster. Overall, we do believe this is a superior technique."

Dynamic Wound Closure: beginnings of a new standard of care

Another recent study supports Dr. Singh's belief that beginning dynamic wound closure as early as possible saves more lives and limbs. The research, published in The Journal of Trauma Injury, Infection, and Critical Care concluded that performing fasciotomies in battlefield hospitals -- rather than waiting to perform them hours or days later at Landstuhl Regional Medical Center (LRMC) in Germany -- resulted in 3 times fewer deaths and reduced the rate of amputations by half. Using dynamic wound closure, these early fasciotomies can now be rapidly and reliably closed, and secondary surgical procedures can be avoided.

Faster healing minimizes complications, patients leave the hospital sooner and civilians require less home care. This results in considerable cost savings.

"Dynamic wound closure using our devices can reduce total costs from surgeries like these by more than 40%," noted Alden Rattew, Canica's executive vice president. "It has highlighted the fact that increased patient benefit and reduced healthcare costs can be realized simultaneously if wounds can just be closed quickly."

The really good news is that dynamic wound closure can be used on many types of wounds, not just fasciotomies. In addition to closing other extremity wounds, Canica makes dynamic wound closure systems for a wide range of wounds, from skin lacerations to large abdominal eviscerations. Its dynamic technology is also used in devices that protect wounds from re-opening, and those used for babies born with cleft lip -- gradually pulling the cleft lip segments together in preparation for repair surgery.

"Military surgeons are reporting substantial improvements in care by using Canica's wound closure systems," Rattew said. "As more civilian surgeons learn about dynamic wound closure and our easy-to-use devices, millions of patients everywhere will benefit."

About Canica Design, Inc.

Founded in 1999 in Almonte, Ontario, Canica is a design-focused medical company specializing in devices for rapid healing of soft tissue trauma using its proprietary dynamic technology. Canica grew from a surgical instrument company to one which develops a complete range of wound stabilization and closure devices that improve patient outcome by significantly reducing disfigurement, scarring, pain and the need for skin grafts and mesh repair -- all while reducing costs.

All Canica devices are subjected to exhaustive review for marketability, patentability, regulatory compliance and clinical efficacy; then the company's patented designs are taken to market via strategic alliances.

Canica Inc.
http://www.canica.com