Review the Usability and Asses the Outcomes of Autologous Tooth Structure Use for Ridge Preservation in Preparation for Implant Placement
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Date
2020
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Rīgas Stradiņa universitāte
Rīga Stradiņš University
Rīga Stradiņš University
Abstract
Alveolārā izauguma rezorbcija pēc zoba ekstrakcijas ir nenovēršams process, kurš nākotnē var apgrūtināt implanta ievietošanu kaula apjoma trūkuma dēļ. Lai ierobežotu šos procesus, ir pieejami vairāki protokoli un dažādu kompāniju biomateriāli. Tomēr neviens protokols vai biomateriāls nav atzīts efektīvāks par kādu citu. Šajā literatūras apkopojumā tiks apskatīta autologo zoba struktūru izmantojamība saglabājot alveolārā izauguma apjomu un tilpumu pēc zoba ekstrakcijas. Veidojot darbu tika izmantotas tiešsaistes datubāzes, lai analizētu ar tēmu saistītos pētījumus. No bioloģiskā viedokļa dentīns un kauls ir ļoti līdzīgi. Ir atzīts, ka “Chairside” veidotā autologā dentīna matrica spēj efektīvi ierobežot alveolārā izauguma rezorbciju. Neskatoties uz pozitīvo atklājumu, ir nepieciešams veikt vairāk pētījumu par šo materiālu.
Alveolar ridge resorption after tooth extraction is an inevitable process which might interfere with future implant placement due to lack of bone volume. A broad range of protocols and biomaterials of different origin are available on the market in aid to limit these processes. Fact is that no protocol or biomaterial has been proven superior to others. This literature review will assess the usability of autologous tooth structure in aid to preserve alveolar ridge dimensional volume after tooth extraction. Online databases were used to retrieve relevant research performed on the topic. From biological point of bone and dentin have been proven to be very similar. Chairside produced autologous dentin matrix has been found to be effective in limiting alveolar ridge resorption. Despite the positive findings more research is required in regards to this material.
Alveolar ridge resorption after tooth extraction is an inevitable process which might interfere with future implant placement due to lack of bone volume. A broad range of protocols and biomaterials of different origin are available on the market in aid to limit these processes. Fact is that no protocol or biomaterial has been proven superior to others. This literature review will assess the usability of autologous tooth structure in aid to preserve alveolar ridge dimensional volume after tooth extraction. Online databases were used to retrieve relevant research performed on the topic. From biological point of bone and dentin have been proven to be very similar. Chairside produced autologous dentin matrix has been found to be effective in limiting alveolar ridge resorption. Despite the positive findings more research is required in regards to this material.
Description
Zobārstniecība
Dentistry
Veselības aprūpe
Health Care
Dentistry
Veselības aprūpe
Health Care
Keywords
Alveolārā izauguma rezorbcija, protokoli biomateriāli, autologo zoba struktūru, dentīns, ADM, autologous dental material, AutoBT, autogenous demineralized dentin matrix, DA, dentin allograft, alveolar ridge resorption, ridge resorption, tooth graft, autograft, xenograft, ADM, autologous dental material, AutoBT, autogenous demineralized dentin matrix, DA, dentin allograft, alveolar ridge resorption, ridge resorption, tooth graft, autograft, xenograft