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Increasing the angle of the teeth resulted in much higher cervical stresses in the incisors, but not in the canines.
Increasing the angle of the teeth resulted in much higher cervical stresses in the central incisors, but not in the canines.
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With a ferrule, the choice of reconstruction material had no impact on the level of cervical stress.
When no ferrule was present, the NiCr post/composite combination generated greater cervical stress than cast post and cores.
In the absence of a ferrule, the NiCr composite/post combination generated greater cervical stress (254 Pa) than the cast post and core (235 Pa).
In the presence of a root canal post, cervical stress levels were lower than when no root canal post was present.
In the lateral incisor, cervical stress increased until 100° of inclination but reduced to about half by increasing the angle to 110°.
Cervical tensile stresses exceeded 230 Pa in the absence of a ferrule and were less than 140 Pa when a ferrule was present.
In ICAD pathogenesis, it has been hypothesized that an interaction between genetic (e.g. MTHFR C677T homozygosis) and environmental factors (e.g. cranio-cervical traumas, mechanical stresses during sports activity and chiropractic manipulation) may lead to the initial vessel wall damage [10].
The von Mises stresses around the cervical and apical areas differed for each tooth and each model, without a similar pattern.
All angles assessed in this study appear to be useful indicators of different aspects of stresses on the cervical and thoracic spine in sitting.
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