Research of nanostructured surfaces of alloys implants ВТ-6 in vivo

Various types of techniques increase the volume of the atrophied alveolar ridge are used as bone blocks, ridge splitting, osteoperiostal flap, etc. However, one of the most promising methods to date is the GBR method. The use of bone-substituting materials and isolating membranes gives a reliable and predictable result in dental implantology. Recent studies using the dPTFE (dense polytetrafluoroethylene ) membrane have shown a positive result at the site of regeneration even if the membrane itself is exposed in repaired period. With this type of complication the membrane is removed at a period of 4–6 weeks and replaced with a collagen membrane with subsequent approximation of the edges of the flap by sutures (24, 25). This article shows the possibility of regenerating the bone graft from sole xenogenic material using dPTFE membrane in case wound dehiscence in repaired period but without using the collagen membrane coating step after removing dPTFE and it healing by secondary tension.

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Research of nanostructured surfaces of alloys implants ВТ-6 in vivo

Abstract: Reliable data on the reactions of living organisms to titanium surfaces of implants based on microtomographic data are shown.

Cited by 2 publications

References 2 publications

The Structure and Mechanical Properties of Ti–(36–40)Zr–9Ta (at %) Alloys for Medical Purposes

The Structure and Mechanical Properties of Ti–(36–40)Zr–9Ta (at %) Alloys for Medical Purposes

Evaluation of the effectiveness of xenogenic material at the site of the osteoplastic procedure on the alveolar ridge of the jaw in case of exposure of the dPTFE membrane

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