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Biomechanics of Central Incisor Endocrowns with Different Lengths and Milled Materials after Static and Vertical Loading: A Finite Element Study.

Waleed M S AlqahtaniSalah A YousiefRaafat TammamRami M GalalAli BrakatHend Mohamed El SayedAla'a KamalMohammed NoushadMohammad Zakaria Nassani
Published in: International journal of dentistry (2024)
The material used to fabricate endocrowns did not show considerable effect on the underlying structures. However, the endocrown design (2, 4, and 6 mm height) was shown to affect all components of the studied systems. Increasing endocrown height is recommended for bone, periodontal ligaments, and endocrown body, as it reduces stresses and deformations. On the other hand, it dramatically increases stresses on the root and cement layer. Smaller endocrown sizes represent an acceptable treatment option when there is a healthy periodontal state, while using larger sizes will be more suitable when there is a periodontal compromise with bone loss.
Keyphrases
  • bone loss
  • finite element
  • body mass index
  • high resolution
  • bone mineral density
  • postmenopausal women
  • body composition
  • replacement therapy
  • finite element analysis