Khabadze Zurab Sulikoevich (сandidate of Medical Sciences, Associate Professor, Peoples Friendship University of Russia)
Mokhamed El-Khalaf Ramiz (Peoples Friendship University of Russia)
Bagdasarova Inna Vladimirovna (сandidate of Medical Sciences, Associate Professor, Peoples Friendship University of Russia)
Balashova Mariya Evgenievna (Peoples Friendship University of Russia)
Abdulkerimova Saida Malikovna (Peoples Friendship University of Russia)
Bakaev Yusup Andarbekovich (Peoples Friendship University of Russia)
Kulikova Alena Alekseevna (Peoples Friendship University of Russia)
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This article is reviewed, that the development and improvement of bone augmentation procedure allowed expanding indications for implant placement in patients with insufficient and unfavourable bone volume for implant fixation. Of the various methods, the best-documented and most widely used method for bone augmentation in the area of alveolar defects is Guided bone regeneration or what is known as GBR. Many of the materials and techniques currently available for bone regeneration in the alveolar ridge region were developed many years ago. Recently, various new materials and methods have been introduced. However, many of them have not been sufficiently studied and documented in clinical studies.
Purpose:
1. To present research prospects associated with an increase in bone tissue.
2. Evaluation of the effectiveness of using a three-dimensional titanium membrane (SMARTbuilder membrane).
Materials and methods: Analysis of foreign literature data, scientific publications, electronic resources.
Results and discussions: Authors of scientific publications note the ease of use and effectiveness of SMARTbuilder membranes as a method for directed bone regeneration in defects around the implant.
Conclusions: the use of SMARTbuilder membranes supports bone regeneration by saving space for its further growth through its macropores and proves the high efficiency of this system in bone regeneration.
Keywords:SMARTbuilder, Osstem Implant, 3D titanium membranes, directed bone regeneration, GBR, bone augmentation, implantation
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Citation link:
Khabadze Z. S., Mokhamed El-Khalaf R. , Bagdasarova I. V., Balashova M. E., Abdulkerimova S. M., Bakaev Y. A., Kulikova A. A. SMARTbuilder as the key to a successful GBR during implantation // Современная наука: актуальные проблемы теории и практики. Серия: Естественные и Технические Науки. -2019. -№3. -С. 194-199 |
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