MIRRAGEN™ Advanced Wound Matrix
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MIRRAGEN™ Advanced Wound Matrix is composed of bioabsorbable bioactive borate-based glass fibers. Flexible and moldable wound matrix is customizable. Fibrous structure absorbs fluid from the wound site to facilitate healing.
• Flexible and moldable for use on challenging wound geometries
• Resembles fibrin clot microstructure
• Absorbs up to 400% moisture exudates by weight
MIRRAGEN™ Advanced Wound Matrix is intended to be used to treat a variety of acute and chronic wounds including diabetic ulcers, pressure ulcers, vascular ulcers, trauma wounds, surgical incisions, and first- and second-degree burns.
Discontinue use if adverse reactions are observed.
MIRRAGEN™ Advanced Wound Matrix requires no special handling or storage.
Boron, calcium, potassium, sodium, magnesium, phosphorus
| Biosynthetic | |
| Biosynthetic - animal-based | |
| Indicated for chronic vascular ulcers | ● |
| Indicated for diabetic ulcers | ● |
| Indicated for draining wounds | |
| Indicated for partial- and full-thickness wounds | ● |
| Indicated for pressure ulcers | ● |
| Indicated for surgical wounds | ● |
| Indicated for third-degree burns | |
| Indicated for trauma wounds | ● |
| Indicated for venous ulcers | |
| Synthetic | ● |
| Variety of sizes | ● |
| Educational Material Available | ● |
| Free Samples/Trials Available | ● |
| Published Clinical Article Available |
Acute Wounds
Burns
Cavity Wounds
Chronic Wounds
Deep Wounds
Dehisced Wounds
Diabetic Foot
Granulating/Epithelializing Wounds
Hypertrophic Scars/Keloids
Infected Wounds
Moderate/Highly Exudating Wounds
Non/Minimally Exudating Wounds
Palliative Wounds
Pressure Ulcers
Sloughy Wounds
Surgical Wounds
Traumatic Wounds
Venous Ulcers
MIRRAGEN™ Advanced Wound Matrix is applied topically and conforms to wound shape.
Requires no removal. Wash wound and reapply as contact layer every three to seven days as indicated, or at each episode of care.
Requires secondary dressing and securement of choice.
ETS Wound Care is an emerging wound care company focused on using borate-based material technology to develop and commercialize a broad range of solutions for the wound care market to minimize the cost of treatment, while improving patient outcomes.