BioMesh Membrane-GTR/GBR

DENTAL MEMBRANES (GTR), (GBR)

BRIEF DESCRIPTION

This membrane is indicated to aid the regeneration and integration of bone components after a dental surgical procedure

COMPOSITION

Polyglycolide (PGA)

Poly-d, I-Iactide- Co –glycosides (PGLA)

Poly-L-lactide (PLLA)

APPEARANCE

Embossed surface Yellowish –white microporous structure, encourages tissue attachment and fast recovery

BIODEGRADATION MECHANISM

This membrane is

• Absorbed through the process of hydrolysis

• Eliminated through the kreb’s cycle as carbon dioxide and water

• Biodegrades completely in 6-9 months

PACKAGING

 . One membrane per pouch

. Aluminum foils pouch +DRG sterilization pack +outer pack

BIODEGRADABLE

. It enables single step surgery

BIODEGRADABILITY (in vivo)

1. Biomesh is no longer observed
2. No chronic inflammation can be observed

ADDITIVE FREE

 .Minimizes inflammatory reactions

.Guarantees good tissue complicity, maintaining soft and malleable properties- Good handling

1. Biomesh (M) maintains its integrity
2. Biomesh is well attached with bone/tissue and shows minimal inflation in early stage of wound healing process.

INTERCONNECTIVE POROUS STRUCTURE

• Encourages tissue attachment and fast recovery

1.     Interconnective porous structure of BioMesh: SEM (Scanning electron Microscope)

POROUS SURFACE

The porous outer surface of BioMesh allows early entry of the adjacent cells assuring rapid and good tissue with minimal epithelial down growth along the treated roof surface

BIODEGRADABLE POLYMER

BioMesh is made by using polylactic acid (PLA), polyglycolic acid (PGA) and lactide /glycosides copolymer (PLGA). Both of these compounds have been approved by FDA and are tissue compatible. BioMesh does not contain any additive or persevered.

BIODEGRADABLE FIBERS

BioMesh is physical strength flexibility and malleability is attributed to the matrix like network of PGA fibers .These degradable and biocompatible fibers prevent unexpected accidental tearing during sling suturing procedure and maintain dimensional stability in the inserted pocket.

INTERCONNECTIVE POROUS STRUCTURE

The interconnectivity porous structure created by the matrix of PGA fibers promotes tissue in growth from both sides and encourages the formation of margin between two sides. Goods nutrient flow and blood vessel formation supported by the Interconnective microstructure provides physical properties to BioMesh that are ideal for GTR/ GBR therapy.