Evolution Biologyx offers a broad portfolio of regenerative technologies to promote the healing of wounds and the replacement and supplementation of damaged tissue. We practice highly robust and efficient donor-to-doctor processes which ensure optimum quality and minimal interference, providing patients the most natural and effective products possible.
A decellularized human placental connective tissue matrix (CTM) to be used for the replacement or supplementation of damaged or inadequate integumental tissue.
Contact UsA dehydrated amniotic membrane sheet protective covering to aid in wound management.
• Sizes range from 1 x 2 cm to 10 x 10 cm
• Flexible, non-steroidal, all-natural protective covering
A tri-layered, decellularized, dehydrated human amniotic membrane (DDHAM) with a preserved natural epithelial basement membrane and an intact extracellular matrix structure with is biochemical components to provide a protective cover and aid in wound care and surgical sites.
• Three integrated layers improve structural integrity and handleability
• Flexible, non-steroidal, all-natural protective covering
Biovance® provides a natural scaffold and protective cover for hard to heal, chronic wounds, protecting the underlying tissue and preserving tissue plane boundaries
• Easy-to-use human amniotic membrane allograft
• Flexible – conforms to irregular surfaces
• Adaptable – self-adheres to wounds
• Bidirectional – can be applied with either side facing the wound
Esano™ CTM Human Connective Tissue Matrix is an allogenic decellularized particulate human placental connective tissue matrix consisting of natural human structural and biochemical extra cellular matrix components.
Contact UsEsano™ ACA dehydrated allograft consists of a dehydrated, triple-layer amnion/chorion/amnion allograft tissue matrix that will accommodate a variety of handling characteristics.
Contact UsEsano™ ADM decellularized dermal allografts are produced from donated human tissue intended for transplant and are intended to be used to provide reinforcement, repair or replacement of damaged or inadequate integumental tissue or for other homologous uses of human integument.
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