AlloPatch® Pliable, Allograft Dermal Matrix

Overview
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AlloPatch® Pliable is donated human allograft dermis minimally processed to remove dermal cells and is packaged in an ethanol solution. AlloPatch Pliable tissue is processed from deep cut tissue from which the epidermal layer has been physically removed. The process utilized preserves the extracellular matrix of the dermis. The resulting allograft serves as a framework to support cellular repopulation and vascularization at the surgical site.

Open tissue architecture optimal for cell infiltration and host tissue remodeling
• Aseptic processing preserves tissue's natural structure
• Ready, right out of the package
• Does not require rehydration
• Available in multiple sizes
• Shelf life of three years at ambient temperature
• Flexible, thin sheet conforms to anatomy and maintains surface contact

Tissue Code	Product Specifications	UPC
WC1515	AlloPatch Pliable, Thin: 1.5cm (W) x 1.5cm (L) x 0.4-1.0mm thickness	840045711833
WC0202	AlloPatch Pliable, Thin: 2.0cm (W) x 2.0cm (L) x 0.4-1.0mm thickness	840045711802
WC0404	AlloPatch Pliable, Thin: 4.0cm (W) x 4.0cm (L) x 0.4-1.0mm thickness	840045711819
WC0418	AlloPatch Pliable, Thin: 4.0cm (W) x 8.0cm (L) x 0.4-1.0mm thickness	840045711826

HCPCS Code	Product Description
Q4128	AlloPatch, per cm²

AlloPatch® Pliable Meshed

AlloPatch® Pliable Meshed is an acellular human reticular dermal allograft with a unique meshed design that allows for optimal drainage and incorporation. It is processed from a deeper layer of the tissue to isolate the reticular dermis. The resulting allograft serves as a framework to support cellular repopulation and vascularization.

Order No.	Size	Area Without Expansion	Predicted Expanded Area*	UPC
WC0222	2cm x 2cm	4 sq. cm	6.7 sq. cm	840045720507
WC0424	4cm x 4cm	16 sq. cm	27 sq. cm	840045720514
WC0448	4cm x 8cm	32 sq. cm	54 sq. cm	840045720521

HCPCS Code	Product Description
Q4128	AlloPatch, per cm²

*MTF Biologics data on file. Dimensions are based on MTF Biologics R&D data on file and may slightly differ due to natural graft-to-graft variability.