The Alternative to Foam Negative Pressure Wound Therapy is Cleared by the FDA

7 day indication is granted by Eliminating Foam and Gauze from the Dressing.
Fewer interventions will translate to lower costs and most importantly a better patient experience.
The compact, single-use pump and canister is similar in size to a small smartphone and features User-Friendly, Single-Button functionality

Key Takeaways

  • Eliminating Foam and Gauze Wound Fillers in Negative Pressure Wound Therapy Dressings Simplifies Treatment and avoids complications related to foam and gauze
  • Published GLP Preclinical study demonstrates PWD’s advantages against market leaders.
  • Clinical Safety study has been completed.

September 23, 2022 -- Boston, MA -- Applied Tissue Technologies (ATT), an advanced wound care company, announced the 510k clearance by the FDA today of its Platform Wound Dressing “PWD®” Negative Pressure Wound Therapy “NPWT” System. This clearance pairs ATT’s revolutionary embossed dressing with a purpose built pump developed from the ground up for use with this dressing.

ATT set out to design a single-use pump that would compliment the simplicity of the transparent embossed dressing. “We wanted an intuitive design when we started out. The pump had to be single-use, compact, powerful and easy to use. Our dressing eliminates the problematic foam associated with NPWT and we were able to achieve a 7 day indication because of that,” commented Michael Broomhead, Applied Tissue’s CEO.

The 7 day indication means Fewer Interventions that will translate to lower costs and most importantly a better patient experience with fewer dressing changes. 

The PWD has applications across wound care, from chronic to acute wounds and burns. Recent funding from the Department of Defense has allowed ATT to showcase the PWD’s utility in combat casualty care as a means to halt injury progression in a clinical trial, data will be published later this year. Here the PWD serves as a fixation platform to deliver topical analgesics and antimicrobials and other approved and indicated therapeutics. The device also has applications for civilian treatment of large scale burn/ blast disaster-type injuries.

Recent publications of the PWD’s safety appeared a peer reviewed study in Plastic and Reconstructive Surgery Journal® Global Open, "Utilization of a Novel Negative Pressure Platform Wound Dressing on Surgical Incisions: A Case Series".

The study was the first utilizing the PWD's negative pressure wound therapy "NPWT" function in humans. This study completed a Phase II Enhancement of a Small Business Innovation & Research "SBIR" contract awarded originally by the Defense Health Agency in 2014. The PWD has successfully completed preclinical testing where it demonstrated strong efficacy when compared to current product offerings in a recent publication and has also demonstrated efficacy with a publication detailing negative pressure at -50mmHg.


The PWD is a member ATT’s globally patented portfolio of advanced wound care products including, the Xpansion® MicroAutografting Kit and establishes a product line of advanced wound care technologies that can reestablish the skin barrier function, deliver topical therapeutics and close wounds with the gold standard of wound healing, an autologous split thickness skin graft.

Applied Tissue Technologies brings advancements in wound healing to patients. This includes research and development supported by the United States Department of Defense to help wounded warriors at the point of injury, instances of prolonged field care and delayed evacuation, and also continuing through advanced levels of military medical care. www.appliedtissue.com    @npwtsimplified

The PWD is supported in part by the United States Defense Health Agency (Small Business Innovation Research) contract number W81XWH-14-C-0015, USAMRAA, and USAMRMC through contract numbers W81XWH-18-2-0002, W81XWH-18-C-0143, W81XWH-19-2-0038 and W81XWH-16-0784. The views, opinions and/or findings contained in this report are those of the author(s) and should not be construed as an official Department of the Army position, policy or decision unless so designated by other documentation.

Key Takeaways

  • Eliminating Foam and Gauze Wound Fillers in Negative Pressure Wound Therapy Dressings Simplifies Treatment and avoids complications related to foam and gauze
  • Published GLP Preclinical study demonstrates PWD’s advantages against market leaders.
  • Clinical Safety study has been completed.

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Quotes

“We wanted an intuitive design when we started out. The pump had to be single-use, compact, powerful and easy to use. Our dressing eliminates the p...
Michael BroomheadCEO

Related Bios

Michael Broomhead
CEO
Mr. Broomhead brings 20 years of diversified managerial and financial leadership with a focus in high growth emerging organizations.

He holds a B.A. from Assumption College (Worcester, MA) with a Major in Accounting, and an MBA from Babson College (Wellesley, MA) with a focus in entrepreneurial thinking and leadership.

Mr. Broomhead participated in product line launches with Springboost USA, a multinational startup footwear company with a pioneering design for athletic footwear.

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Elof Eriksson MD, PhD
Chief Medical Officer
Elof Eriksson MD PhD is the founder of ATT and the first author of all of the patents. He was the chief of plastic and reconstructive surgery at Brigham and Women’s hospital in Boston from 1986-2016 and held the Joseph E Murray Chair of Plastic and Reconstructive Surgery at Harvard Medical School. He is now Professor Emeritus. Dr. Eriksson holds an M.D. from the University of Goteborg School of Medicine in Sweden and a Ph.D. in Anatomy and Physiology from University of Goteborg in Sweden.

He completed residencies in surgery at University of Chicago Hospitals, Chicago, IL and plastic surgery at Medical College of Virginia, Richmond, VA. He is certified in plastic surgery. He held academic appointments in plastic surgery, including burn surgery at University of Goteborg, Southern Illinois University of Medicine, and Harvard Medical School in Boston, MA. His prior research funding included serving as co-investigator for DOD (CO-PI) 9/29/09-2/28/12, from the Naval Research Office, for the project “Transplantation of allograft face or of facial subunit for treatment of burn or cancer related facial defects,” and grants from NIH, CIMIT and Stemnion Inc. for research on wound repair.

Dr. Eriksson has devoted his career to improving the healing of acute and chronic wounds particularly extensive traumatic wounds and burns. His early research was funded by the NIH and currently he receives most of his research funding from the Department of Defense. By controlling and improving the wound microenvironment with a sealed polyurethane device, active medications, analgesics and antibiotics can be delivered in this way. The device can also be used for Negative Pressure Wound Therapy. The same device also allows for controlled and protected transplantation of skin cells and skin particles for the regeneration of dermis and epidermis.

Dr. Eriksson has also been a major contributor in the area of face transplantation after severe facial disfigurement. He has received a number of prestigious awards for his contributions to wound healing.
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Contacts

Michael Broomhead
Michael.broomhead@appliedtissue.com
781-366-3848