OSSIX™ BONE is a biodegradable, osteoconductive, and biocompatible bone grafting
OSSIX™ BONE is a biodegradable, osteoconductive, and biocompatible bone graftingmaterial intended for guided tissue and bone regeneration. The OSSIX™ BONE matrix iscomposed of 80% synthetic crystalline non-sintered hydroxylapatite and 20% collagen,which is derived from veterinary certified pigs and is purified and cross-linked.
OSSIX™ BONE is a biodegradable, osteoconductive, and biocompatible bone grafting
OSSIX™ BONE is a biodegradable, osteoconductive, and biocompatible bone graftingmaterial intended for guided tissue and bone regeneration. The OSSIX™ BONE matrix iscomposed of 80% synthetic crystalline non-sintered hydroxylapatite and 20% collagen,which is derived from veterinary certified pigs and is purified and cross-linked.
OSSIX™ BONE is a biodegradable, osteoconductive, and biocompatible bone grafting
OSSIX™ BONE is a biodegradable, osteoconductive, and biocompatible bone graftingmaterial intended for guided tissue and bone regeneration. The OSSIX™ BONE matrix iscomposed of 80% synthetic crystalline non-sintered hydroxylapatite and 20% collagen,which is derived from veterinary certified pigs and is purified and cross-linked.
GuidOss is made from pure Type I porcine collagen membrane. It is a resorbable c
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 c
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 c
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 c
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 c
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 c
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 c
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 c
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 c
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
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
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
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.