Wpływ elektrochemicznego pokrycia powierzchni wszczepu hydroksyapatytem na stabilizację pierwotną

Wpływ elektrochemicznego pokrycia powierzchni wszczepu hydroksyapatytem na stabilizację pierwotną

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Kup artykuł
MS 2020; 3: 88-94
Paweł Kubasiewicz-Ross, Anna Naglik, Marek Nahajowski, Wiktoria Gibiec, Artur Pitułaj

Streszczenie
Autorzy przedstawili analizę porównawczą wyników stabilizacji pierwotnej implantów tytanowych pokrywanych hydroksyapatytem oraz implantów o powierzchni gładkiej. Sumarycznie 24 implanty podzielono na dwie grupy o jednakowej liczebności, w zależności od rodzaju powierzchni. Implanty były oceniane na modelu in vitro. Stabilizację badano, stosując trzy metody pomiarowe: metodę uderzeniową sondą pomiarową, analizę częstotliwości tłumienia drgań oraz ocenę momentu wykręcającego implant. Stwierdzono wyższe wyniki stabilizacji pierwotnej implantów o powłoce hydroksyapatytowej w analizie częstotliwości tłumienia drgań.

Abstract
The authors presented the comparison of the primary stabilization results of the titanium machined surface implants with HA-coated implants. In total 24 dental implants were applied into in vitro study. The implants were divided into two equal groups basing on the surface characteristics. The stabilization was evaluated with three different methods: impact hammer method, resonance frequency analysis, reverse torque test. The higher level of HA-coated implant stabilization in resonance frequency analysis was reported.

Hasła indeksowe:
stabilizacja pierwotna, wszczepy stomatologiczne, model in vitro, pokrywanie hydroksyapatytem
Key words:
primary stabilization, dental implants, in vitro model, HA-coating

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