Healthcare Industry News: negative pressure wound
News Release - December 5, 2013
Study Confirms Efficacy of Innovative Therapies' Quantum Negative Pressure Wound Therapy (NPWT) in Enhancing Wound Healing
Results show addition of simultaneous irrigation therapy to NPWT reduces wound bioburden over NPWT alonePOMPANO BEACH, Fla., Dec. 5, 2013 -- (Healthcare Sales & Marketing Network) -- In the first randomized, controlled study to compare the efficacy of NPWT with and without simultaneous irrigation, researchers found that NPWT with or without irrigation reduced the wound size at a far greater rate than the control therapy. In addition, results showed NPWT with simultaneous irrigation further reduced the amount of bioburden compared to wounds treated with NPWT alone.
The study, recently published in the November-December issue of Wound Repair and Regeneration, also analyzed the effects of different irrigation solutions on wound healing and bioburden reduction. Normal saline and Polyhexanide biguanide, commonly known as the antimicrobial Prontosan®, were evaluated as irrigant solutions and both improved bioburden over NPWT alone. Interestingly, normal saline was found just as effective as using the antimicrobial, Prontosan.
"Our preclinical research affirmed our hypothesis that irrigation therapy is both an effective tool for wound healing and reducing bioburden. What makes this data so exciting from a clinical perspective is that irrigation therapy showed such dramatic results in healthy pigs, which are highly resistant to infection. These results are likely understating the full healing potential of irrigation therapy for chronic wounds in patients with multiple comorbidities," said Kathryn Davis, PhD, Department of Plastic Surgery, University of Texas Southwestern Medical Center and the lead author of the study. "The results beg for more clinically focused research and we're looking forward to putting our methodology to the test in a clinical trial in the coming months."
For the study, researchers established a rigorous porcine methodology where full thickness excisional wounds were placed on six different pigs. Each wound was inoculated with approximately 500 colony-forming units of Pseudomonas aeruginosa (bioburden) and left to incubate for three days before treatment began, thus allowing the colonies to establish before applying the different therapy conditions. This technique provided a more rigorous assessment of bioburden reduction than applying the therapies immediately after inoculation. Wounds were then treated for 21 days of therapy with either the control (no therapy), NPWT alone or NPWT with simultaneous irrigation. Normal saline or Prontosan, at low or high flow rates, were used as the irrigation conditions. NPWT was administered using Innovative Therapies Inc.'s (ITI) Quantum™ NPWT system at -125 mm Hg of pressure. At day 21, NPWT and all irrigation conditions had wound areas that were 50 percent smaller than the control wound areas.
"We're extremely encouraged with the study results that demonstrate Quantum's ability to heal wounds faster and reduce bioburden," said Sandra Berriman, PhD, vice president, medical affairs, ITI. "We know that chronic conditions, such as non-healing wounds, are a tremendous burden on both the patient and the healthcare system. At ITI, we believe it's important to support research that will not only continue to establish best practices, but also suggest new science and evaluate the value of wound care technology. This research is part of an on-going series of scientific studies currently being conducted by ITI to demonstrate the clinical and economic benefits of Quantum."
ITI's Quantum is a prime example of wound care technology that is providing enhanced wound healing in an economically efficient model. Quantum is the first fully-featured device to offer NPWT with simultaneous irrigation to combine continuous healing for patients with a cost-efficient purchase model in which hospitals pay only for therapy hours used.
"More research needs to be done, but irrigation therapy combined with NPWT as a standard is likely where wound care treatment is headed," stated Davis. "The use of irrigation therapy could open up many different scenarios to allow administration of other therapeutic solutions and may become the new standard in the not so distant future."
About ITI
Innovative Therapies, Inc. (ITI) is a privately-held medical device company specializing in advanced wound care. Founded in 2005, ITI is headquartered in Florida and holds patents for Quantum™, Svedman™, and SVED™ devices; proprietary foam dressings; and advanced simultaneous irrigation technology. To learn more, visit ITImedical.com.
Source: Innovative Therapies
Issuer of this News Release is solely responsible for its
content.
Please address inquiries directly to the issuing company.
