Product Type: Acellular matrix
Other related brands
Integra LifeSciences Corp. | Model: MDTRT2021 |
HCPCS : Q4105 (Medicare DME co-payment per billable unit min / max: $0.00 / $0.00)

Integra® Meshed Dermal Regeneration Template is an acellular matrix.

INTENDED USES: Intended for the post-excisional treatment of life-threatening full-thickness or deep partial thickness thermal injuries where sufficient autograft is not available at the time of excision or not desirable due to the physiological condition of the patient. For the repair of scar contractures when other therapies have failed or when donor sites for repair are not sufficient or desirable due to the physiological condition of the patient.

CLAIMED FEATURES: It's a two-layer skin regeneration system in a pre-meshed configuration. The outer layer is made of a thin silicone film that acts as epidermis. It protects the wound from infection and controls both heat and moisture loss. The inner layer is constructed of a complex matrix of cross-linked fibers. This porous material acts as a scaffold for regenerating dermal skin cells enabling the re-growth of a functional dermal layer of skin. Once dermal skin has regenerated, the silicone outer layer is removed and replaced with a thin epidermal skin graft.

OPTIONS: Per Square Centimeter

Wound Reference does not produce, market, re-sell or distribute health care goods or services consumed by, or used on, patients.
Composition: Animal-derived
Composition: Human dermis with/without epidermis
Composition: Human placenta or umbilical cord
Composition: Viable (living) cells
Configuration: Fenestrated/ meshed
Configuration: Flowable
Configuration: Sheet
May apply on full-thickness wounds
May apply over exposed tendon/ bone/ muscle
May apply over infected tissue
Processing: Cryopreserved
Processing: Decellularized or irradiated
Processing: Dehydrated
Processing: Fresh (limited shelf life)
Processing: Hydrated
Processing: Minimally manipulated
Shelf life: Greater than 2 years
Storage: refrigeration needed
Storage: room temp

The addition of Skin Substitutes or Cellular or Tissue Based Products (CTPs) to certain wounds may afford a healing advantage over dressings and conservative treatments when these options appear insufficient to affect complete healing, after at least a 30 day period of comprehensive conservative therapy. There are currently a wide variety of bioengineered products available for soft tissue coverage to affect closure. • Human skin allografts are derived from donated human skin (cadavers) • Allogeneic matrices are derived from human tissue (fibroblasts or membrane) • Composite matrices are derived from human keratinocytes, fibroblasts and xenogeneic collagen • Acellular matrices are derived from allogeneic (non-related human donors) or xenogeneic (other species) collagen, membrane, or cellular remnants

For Medicare to cover this product, it needs to be ordered and applied by your clinician. A patient cannot purchase it directly from a Durable Medical Equipment (DME) store and receive reimbursement for it.

Important Notice: The product information contained on this page, including the product images and additional product materials, was collected from various supplier sources. All product claims and specifications are those of the product suppliers. Every effort has been made to ensure the accuracy of the product information, however on occasion manufacturers may alter their products or packaging without notice. Wound Reference assumes no liability for inaccuracies or misstatements about products. The properties of a product may change or be inaccurate following the posting or printing of the product information in the document, either in the print or online version. Due to product changes, information listed in this document is subject to change without notice. We recommend that you always read labels, warnings and instructions for use before using a product. Content on this site is for reference purposes and is not intended to be a substitute for professional advice given by a physician or other licensed healthcare professional.
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