Authors :
Imen Kalghoum; Emna Ben Mustapha; Hela Boutighane; Zeineb Riahi; Linda Ayedi; Oumayma Mejri; Emna Boudabous; Dalenda Hadyaoui
Volume/Issue :
Volume 8 - 2023, Issue 6 - June
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://tinyurl.com/3c7w8ksv
DOI :
https://doi.org/10.5281/zenodo.8188421
Abstract :
The preliminary search came up with 108 articles
by use of a Boolean-equation. After applying the
exclusion criteria, we ended up with 7 full text studies
verifying all inclusion criteria. Resin-modified ceramic
crowns were the most susceptible to restoration
complication, the same a screw-retained Implant-
supported posterior crowns.Conclusion:
Biomechanical complications can pose challenges to
the long-term stability and function of implant-
supported posterior crowns. Further research and
advancements in implant design and materials will
continue to contribute to reducing biomechanical
complications and enhancing the success of implant
dentistry.
The preliminary search came up with 108 articles
by use of a Boolean-equation. After applying the
exclusion criteria, we ended up with 7 full text studies
verifying all inclusion criteria. Resin-modified ceramic
crowns were the most susceptible to restoration
complication, the same a screw-retained Implant-
supported posterior crowns.Conclusion:
Biomechanical complications can pose challenges to
the long-term stability and function of implant-
supported posterior crowns. Further research and
advancements in implant design and materials will
continue to contribute to reducing biomechanical
complications and enhancing the success of implant
dentistry.
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