Soft Tissue Defects2018-11-08T21:16:23+00:00

Transform breakthrough technologies
into better outcomes.

It’s all about quality of life. Every day you’re faced with complicated surgical challenges. How quickly and how well the affected tissue heals depend on your expert approach and your access to innovative mechanisms of action that help stimulate the healing process.


Are you using the latest technologies to expedite closure and enable quicker grafting?


Will your method of treatment lead to better functional outcomes?


Do you have the resources to help alleviate potential complications?

Expand your treatment toolbox with new regenerative technologies designed to optimize healing, minimize complications, and, ultimately, return people to their lives and their families sooner.

, Soft Tissue Defects Thought Leadership

, Soft Tissue Defects

In this case series, complex surgical wounds treated with Hyalomatrix were shown to achieve a well-vascularized neodermis and wound closure within an average of 40 days.8

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Set the stage
for healing.

, Soft Tissue Defects

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Create an optimal and receptive environment with PluroGel. This highly concentrated surfactant uses a unique micelle matrix to prepare a clean, moist, protected wound bed.

Close the window
to infection.

, Soft Tissue Defects

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Facilitate each stage of the healing process using the unique benefits of hyaluronic acid.1-5 Hyalomatrix helps you rebuild a well-vascularized neodermis, helping reduce infection risk.1,3,6,7,8

Make the impossible

, Soft Tissue Defects

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Coming soon: A new skin harvesting and transferring technology that enables full-thickness grafting in an outpatient setting with minimized donor site concerns.9,10

©2018 Medline Industries, Inc. Corius is a trademark and Medline is a registered trademark of Medline Industries, Inc.

1. Caravaggi C, Grigoletto F, Scuderi N. Wound Bed Preparation With a Dermal Substitute (Hyalomatrix® PA) Facilitates Re-epithelialization and Healing: Results of a Multicenter, Prospective, Observational Study on Complex Chronic Ulcers (The FAST Study). WOUNDS 2011;23(8):228–235. Available at: . Accessed June 18, 2018.
2. Voigt J, Driver VR. Hyaluronic Acid Derivatives and Their Healing Effect on Burns, Epithelial Surgical Wounds, and Chronic Wounds: a Systematic Review and Meta-Analysis of Randomized Controlled Trials. Wound Repair Regen. 2012 May-Jun;20(3):317-31. Available at: . Accessed June 18, 2018.
3. Gravante G, Sorge R, Merone A, et al. Hyalomatrix PA in Burn Care Practice: Results From a National Retrospective Survey, 2005–2006. Ann Plast Surg. 2010;64(1):69–79.
4. Longinotti C. The Use of Hyaluronic Acid-Based Dressings to Treat Burns: A Review. Burn Trauma [Epub ahead of print] [cited 2014 Oct
16]. Available from: . Accessed June 20, 2018.
5. Moseley R, Walker M, Waddington RJ, Chen WYJ. Comparison of the Antioxidant Properties of Wound Dressing Materials–Carboxymethylcellulose, Hyaluronan Benzyl Ester and Hyaluronan, Towards Polymorphonuclear Leukocyte-Derived Reactive Oxygen Species. Biomaterials (Impact Factor: 8.31). 05/2003; 24(9):1549-57.
6. Gravante G, Delogu D, Giordan N, et al. The Use of Hyalomatrix PA in the Treatment of Deep Partial-Thickness Burns. Jour Burn Care Res. 2007;28(2):269-74.
7. Caravaggi C, Barbara A, Sganzaroli A, et al. Safety and Efficacy of a Dermal Substitute in the Coverage of Cancellous Bone After Surgical Debridement for Severe Diabetic Foot Ulceration. EWMA J. 2009;9(1):11–4.
8 Simman R, Mari W, Younes S and Wilson M. Use of Hyaluronic Acid-Based Biological Bilaminar Matrix in Wound Bed Preparation: A Case Series. ePlasty. 2018; 18:e10. Available at: . Accessed June 18, 2018.
9. Tam J, Wang Y, Farinelli WA, et al. Fractional Skin Harvesting: Autologous Skin Grafting without Donor-site Morbidity. Plastic and Reconstructive Surgery Global Open. 2013;1(6):e47. Available at: . Accessed June 18, 2018.
10. Kadam D. Novel expansion techniques for skin grafts. Indian Journal of Plastic Surgery. 2016;49(1):5-15. Available at: . Accessed June 18, 2018.