Zenoss Bio+ Membrane

DSI Zenoss Bio+ Membrane is a resorbable, two-layer, non-cross-linked barrier material, made of highly purified bovine atelocollagen type I (99.9% collagen type I free of telopeptides). DSI Zenoss Bio+ Membrane possesses all the desirable features to make it ideal to use in/ create optimal conditions both GTR and GBR procedures.

Due to excellent cell affinity and biocompatibility of collagen, DSI Zenoss Bio+ Membrane easily integrates with the host tissues without eliciting inflammatory responses.

Being resorbable, DSI Zenoss Bio+ Membrane does not require a second surgery to remove the membrane, reducing patient morbidity and surgical chair time. Unlike nonresorbable membranes, DSI Zenoss Bio+ Membrane does not increase the risk of membrane exposure to bacterial colonization, and thus possibly inhibiting the healing process.

DSI Zenoss Bio+ Membrane is cell-occlusive, functioning as a natural barrier to prevent undesirable non-osteogenic cells from entering the bone augmentation site, while allowing exchange of essential nutrients.

DSI Zenoss Bio+ Membrane possesses an ideal balance between plasticity and stability. The material provides improved handling properties, it is easy to contour apply, and it has the ability to conform to the specific anatomy of the defect. Yet DSI Zenoss Bio+ Membrane is sufficiently rigid to maintain space and provide scaffold. Its perfect density ensures tear resistance.

DSI Zenoss Bio+ Membrane stimulates cellular proliferation, fostering a favorable environment for promoting rapid tissue regeneration.

DSI Zenoss Bio+ Membrane is manufactured from medical grade collagen in compliance with international quality standards.

The optimal combination of excellent handling characteristics and mechanical properties facilitate easier, safer, and more predictable grafting procedures.

Features:

Highly purified type I bovine collagen
Optimal bilayer structure
No additional cross-linking agents
Resorbable
Cell-occlusive
Mechanical stability
Inert and highly biocompatible
High tensile strength
Excellent resistance to tear
Strong and flexible
Pliable and conformable
Convenient handling
Easy to manipulate during surgery
Biodegradation of membranes is 3-6 months