Sub-cellular Fibers are Revolutionizing Soft Tissue Treatment
Restrata is revolutionizing the world of soft tissue repair, providing healing in refractory wounds and offering clinicians an alternative to existing biologic matrices. With Restrata, the healing power of electrospun fiber matrix technology pioneered by Acera is now available to support patient care.
Electrospun Fiber Matrices Advance Healing
Engineered electrospun fiber matrices function as a scaffold to support cellular infiltration while also effectively retaining cells in the wound bed to support healing1. Engineered electrospun fibers minimize the risk of an allergic reaction and have been shown to elicit a minimal inflammatory response1. Acera's matrices are free of animal and human components, making them ideal for patients with ethical or religious objections to skin graft treatment methods.
Rapid Cellular Infiltration Accelerates Repair
The unique structure of Acera’s engineered electrospun fiber matrices layer fibers of differing sizes into a matrix engineered to permit cellular infiltration while also supporting retention of cells in the soft tissue area2. The movement of cells to the damaged tissue encourages healing, and is supported by a defined rate of resorption engineered to match the rate of new tissue growth.
Soft, Flexible Material for Easy Application
The flexibility of engineered fiber matrices makes it easy to apply to difficult areas. Restrata readily conforms to the shape of the soft tissue bed, and clinicians can cut it for easy customization to the unique shape required. While flexible enough for easy manipulation, the electrospun fiber matrix is strong enough to support application with a variety of methods, including suturing if needed. Once affixed, the matrix persists in the wound bed, supporting healing and reducing the need for continued reapplication.
Acera has pioneered the electrospun fiber technology in soft tissue repair to support patient care and change lives for the better. Restrata is a revolution in healing.
1,2 What Makes the Optimal Wound Healing Material? A Review of Current Science and Introduction of a Synthetic Nanofabricated Wound Care Scaffold