Madrob DBM Putty
Composition: heterologous demineralized bone matrix, collagen, and porcine morphogenetic bone proteins. DBM+pBMPs
Putty DBM Madrob is 100% natural composition, acellular, equivalent to allograft, without additional vehicle. It incorporates chips, cortical and cancellous fibers in a colloidal vehicle of bone matrix, bone proteins, and Type I collagen. Its composition is equivalent to natural human bone: collagen, bone proteins, natural hydroxyapatite, and water.
This product offers the benefits of allograft, with the advantage of allowing handling of shape, expandability, and resistance. It adjusts and remains in the restored surgical site.
Madrob DBM Putty
OSTEOINDUCTIVE
PUTTY DBM MADROB, Madrob Bone matrix DBM contains morphogenetic bone proteins (BMPs), which are osteoinductive: They provide Bone Growth Factor. They promote the differentiation of mesenchymal cells into chondrocytes and osteoblasts, inducing new bone formation.
OSTEOCONDUCTIVE – OSTEOGENIC
DBM Putty MADROB is a bone regeneration scaffold. Its osteoconductive properties facilitate the accommodation of the newly regenerated bone. When mixed with autograft, osteogenic contribution is achieved.
NO vehicle.
This product is 100% bone matrix. Acellular, sterile, moldable, self-expandable.
With a fundamental composition equivalent to natural human bone.
Description: Paste with particles and fibers of DBM.
Presentation: Syringe x 0.5, 1.0, 2.5, 5.0, and 10.0 c.c., sterile.
Brand: Putty DBM Madrob
Manufacturer: Madrob Pharmaceutical Ltda.
USE: Filling of bone defects and as a bone substitute in non-structural bone defects.
In the treatment of surgically created bone defects or traumatic lesions. Filling of post-extraction sockets and third molars.
Indicated for general bone graft applications, in cranio-maxillofacial, orthopedic procedures, and spinal fusion.
Bibliography
- M. Zhang et al. Effects of Demineralization process on the Osteoinductivity of Demineralized Bone Matrix. J. Periodontology.1997;68:1085-1092.
- Principles of Bone Biology. Fourth Ed.2019 pp: 1541-1558
- Bone regeneration and repair: Biology and Clinical applications. 2008, pp: 337-59
