AVITA Medical Announces First Clinical Publication Demonstrating Accelerated Autograft Readiness with Cohealyx™

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AVITA Medical
AVITA Medical

VALENCIA, Calif., June 05, 2025 (GLOBE NEWSWIRE) -- AVITA Medical, Inc. (NASDAQ: RCEL, ASX: AVH), a leading therapeutic acute wound care company delivering transformative solutions, today announced the first clinical publication evaluating Cohealyx™, an AVITA Medical-branded collagen-based dermal matrix, published in the Journal of Surgery (Akpunonu et al., 2025). According to the investigators, Cohealyx demonstrated significantly faster wound bed vascularization and autograft readiness compared to conventional dermal matrices, achieving readiness within 5 to 10 days versus the typical two to four weeks.

In the case series conducted at The Ohio State University Wexner Medical Center, two patients with complex, full-thickness hand wounds were treated with Cohealyx. One patient achieved a well-vascularized wound bed by day 5, enabling autografting by day 7. The second patient reached robust re-vascularization by day 10 and proceeded to autografting on day 13. Both patients had excellent skin graft take outcomes and functional recovery. According to the publication, these outcomes demonstrate accelerated integration and wound bed vascularization, potentially facilitating earlier definitive wound closure, which can significantly reduce patient burden and lower associated complication risks.

“This first clinical publication provides compelling validation of our preclinical findings and positions Cohealyx as a significant advancement in wound management,” said Jim Corbett, Chief Executive Officer of AVITA Medical. “The ability to achieve autograft readiness in days rather than weeks represents a significant breakthrough. This accelerated timeline can meaningfully improve clinical outcomes by enabling earlier definitive closure, reducing patient burden, enhancing clinical efficiency, and ultimately elevating the standard of care for complex wounds.”

Cohealyx is bioengineered using proprietary TetraPure Technology. It features crosslinked, purified collagen types I and III, supporting optimal cellular migration, rapid revascularization, and effective integration within the wound bed. Preclinical studies demonstrated wound bed readiness as early as day 71, and this publication represents the first clinical validation of those findings.

The full paper, titled “A Bovine Dermal Collagen Matrix (BDCM) Advances Readiness to Autografting: A Case Series,” is available online at https://www.gavinpublishers.com/article/view/a-bovine-dermal-collagen-matrix-bdcm-advances-readiness-to-autografting-a-case-series.

References

1 Bush KA, Nsiah BA, Jay JW. Bovine Dermal Collagen Matrix Promotes Vascularized Tissue Generation Supporting Early Definitive Closure in Full-Thickness Wounds: A Pre-clinical Study. Cureus. 2025;17(3):e81517.