Resorbable Dental Barrier membrane

Resorbable Dental Barrier membrane

Resorbable Dental Barrier membrane

Resorbable Dental Barrier membrane

Resorbable Dental Barrier membrane

Resorbable Dental Barrier membrane

Resorbable Dental Barrier membrane

Resorbable Dental Barrier membrane

Resorbable Dental Barrier membrane

Resorbable Dental Barrier membrane

Resorbable Dental Barrier membrane

Resorbable Dental Barrier membrane

Resorbable Dental Barrier membrane

Resorbable Dental Barrier membrane

Resorbable Collagen Membrane

Resorbable Collagen Membrane

Resorbable Collagen Membrane

Absorbable collagen membrane

Absorbable collagen membrane

Absorbable collagen membrane

Absorbable collagen membrane

Absorbable collagen membrane

Absorbable collagen membrane

Absorbable collagen membrane

Absorbable collagen membrane

Absorbable collagen membrane

Absorbable collagen membrane

Resorbable Collagen Membrane

Resorbable Collagen Membrane

Resorbable Collagen Membrane

GuidOss is made from pure Type I porcine collagen membrane. It is a resorbable collagen membrane for guided tissue and bone regenerations. The Type I collagen is obtained from porcine skin purified to avoid immunological reactions. The GuidOss membrane is manufactured by fibrillogenesis and glycation with sugar (ribose). The collagen fibers are self-assembled by the process of fibrillogenesis. The glycation is a natural process of cross-linking of collagen occurring in vivo. The glycated collagen fibers exhibit increased mechanical strength, thermal stability and increased resistance to pepsin digestion compared to non-glycated collagen.

GuidOss is made from pure Type I porcine collagen membrane. It is a resorbable collagen membrane for guided tissue and bone regenerations. The Type I collagen is obtained from porcine skin purified to avoid immunological reactions. The GuidOss membrane is manufactured by fibrillogenesis and glycation with sugar (ribose). The collagen fibers are self-assembled by the process of fibrillogenesis. The glycation is a natural process of cross-linking of collagen occurring in vivo. The glycated collagen fibers exhibit increased mechanical strength, thermal stability and increased resistance to pepsin digestion compared to non-glycated collagen.

GuidOss is made from pure Type I porcine collagen membrane. It is a resorbable collagen membrane for guided tissue and bone regenerations. The Type I collagen is obtained from porcine skin purified to avoid immunological reactions. The GuidOss membrane is manufactured by fibrillogenesis and glycation with sugar (ribose). The collagen fibers are self-assembled by the process of fibrillogenesis. The glycation is a natural process of cross-linking of collagen occurring in vivo. The glycated collagen fibers exhibit increased mechanical strength, thermal stability and increased resistance to pepsin digestion compared to non-glycated collagen.

GuidOss is made from pure Type I porcine collagen membrane. It is a resorbable collagen membrane for guided tissue and bone regenerations. The Type I collagen is obtained from porcine skin purified to avoid immunological reactions. The GuidOss membrane is manufactured by fibrillogenesis and glycation with sugar (ribose). The collagen fibers are self-assembled by the process of fibrillogenesis. The glycation is a natural process of cross-linking of collagen occurring in vivo. The glycated collagen fibers exhibit increased mechanical strength, thermal stability and increased resistance to pepsin digestion compared to non-glycated collagen.

GuidOss is made from pure Type I porcine collagen membrane. It is a resorbable collagen membrane for guided tissue and bone regenerations. The Type I collagen is obtained from porcine skin purified to avoid immunological reactions. The GuidOss membrane is manufactured by fibrillogenesis and glycation with sugar (ribose). The collagen fibers are self-assembled by the process of fibrillogenesis. The glycation is a natural process of cross-linking of collagen occurring in vivo. The glycated collagen fibers exhibit increased mechanical strength, thermal stability and increased resistance to pepsin digestion compared to non-glycated collagen.

GuidOss is made from pure Type I porcine collagen membrane. It is a resorbable collagen membrane for guided tissue and bone regenerations. The Type I collagen is obtained from porcine skin purified to avoid immunological reactions. The GuidOss membrane is manufactured by fibrillogenesis and glycation with sugar (ribose). The collagen fibers are self-assembled by the process of fibrillogenesis. The glycation is a natural process of cross-linking of collagen occurring in vivo. The glycated collagen fibers exhibit increased mechanical strength, thermal stability and increased resistance to pepsin digestion compared to non-glycated collagen.

GuidOss is made from pure Type I porcine collagen membrane. It is a resorbable collagen membrane for guided tissue and bone regenerations. The Type I collagen is obtained from porcine skin purified to avoid immunological reactions. The GuidOss membrane is manufactured by fibrillogenesis and glycation with sugar (ribose). The collagen fibers are self-assembled by the process of fibrillogenesis. The glycation is a natural process of cross-linking of collagen occurring in vivo. The glycated collagen fibers exhibit increased mechanical strength, thermal stability and increased resistance to pepsin digestion compared to non-glycated collagen.

GuidOss is made from pure Type I porcine collagen membrane. It is a resorbable collagen membrane for guided tissue and bone regenerations. The Type I collagen is obtained from porcine skin purified to avoid immunological reactions. The GuidOss membrane is manufactured by fibrillogenesis and glycation with sugar (ribose). The collagen fibers are self-assembled by the process of fibrillogenesis. The glycation is a natural process of cross-linking of collagen occurring in vivo. The glycated collagen fibers exhibit increased mechanical strength, thermal stability and increased resistance to pepsin digestion compared to non-glycated collagen.

GuidOss is made from pure Type I porcine collagen membrane. It is a resorbable collagen membrane for guided tissue and bone regeneration. The Type I collagen is obtained from porcine skin purified to avoid immunological reactions. The GuidOss membrane is manufactured by fibrillogenesis and glycation with sugar (ribose). The collagen fibers are self-assembled by the process of fibrillogenesis. The glycation is a natural process of cross-linking of collagen occurring in vivo. The glycated collagen fibers exhibit increased mechanical strength, thermal stability and increased resistance to pepsin digestion compared to non-glycated collagen.

Instradent Membrane is made from pure Type I porcine collagen membrane. It is a resorbable collagen membrane for guided tissue and bone regenerations. The Type I collagen is obtained from porcine skin purified to avoid immunological reactions. The Instradent Membrane membrane is manufactured by fibrillogenesis and glycation with sugar (ribose). The collagen fibers are self-assembled by the process of fibrillogenesis. The glycation is a natural process of cross-linking of collagen occurring in vivo. The glycated collagen fibers exhibit increased mechanical strength, thermal stability and increased resistance to pepsin digestion compared to non-glycated collagen.

Instradent Membrane is made from pure Type I porcine collagen membrane. It is a resorbable collagen membrane for guided tissue and bone regenerations. The Type I collagen is obtained from porcine skin purified to avoid immunological reactions. The Instradent Membrane membrane is manufactured by fibrillogenesis and glycation with sugar (ribose). The collagen fibers are self-assembled by the process of fibrillogenesis. The glycation is a natural process of cross-linking of collagen occurring in vivo. The glycated collagen fibers exhibit increased mechanical strength, thermal stability and increased resistance to pepsin digestion compared to non-glycated collagen.

Instradent Membrane is made from pure Type I porcine collagen membrane. It is a resorbable collagen membrane for guided tissue and bone regenerations. The Type I collagen is obtained from porcine skin purified to avoid immunological reactions. The Instradent Membrane membrane is manufactured by fibrillogenesis and glycation with sugar (ribose). The collagen fibers are self-assembled by the process of fibrillogenesis. The glycation is a natural process of cross-linking of collagen occurring in vivo. The glycated collagen fibers exhibit increased mechanical strength, thermal stability and increased resistance to pepsin digestion compared to non-glycated collagen.