Sentence examples for displacement of teeth from inspiring English sources
The phrase "displacement of teeth" is grammatically correct and can be used in written English
It refers to the movement or shifting of teeth from their original position. Example: The orthodontist diagnosed her with displacement of teeth, as her upper incisors were noticeably protruding outward.
The bite record must not cause any movement or displacement of teeth.
Axial displacement of teeth shows strong time dependence consistent with (hydraulic) damping not observed for lateral loads.
Using an optical system attached to the teeth/implants to be measured and a light source attached to a point of reference, displacement of teeth and implants under axial and lateral loading was measured on a series of volunteers.
However, the effect of this difference was considered to be negligible under the confirmation of the displacement of teeth and implants because of its far larger elastic modulus and far smaller strain than those of soft tissues, such as TMJs and PDL.
In order to obtain bite records that achieve these criteria, the guidelines were followed as established by Scott (2010) and Dawson (The Dawson Academy Blog 2008), and modified Ad-hoc for the present study (Fig. 1): The bite record must not cause any movement or displacement of teeth.
These include closure of fenestrae on the snout and lower jaw to solidify the posterior skull, enlargement of the dentary and development of a coronoid process for the direct and enhanced attachment of adductor musculature, and posterior displacement of teeth toward the adductor musculature and jaw hinge to increase their biomechanical advantage during mastication (Figure 1E).
Fig. 5 Diagrams of hydrostatic stresses at different moments during translational displacement of tooth root along y-axis: 1 – 1 s; 2 – 10 s; 3 – 300 s.
The roots of the tooth in the lesion were not resorbed, but the displacement of tooth was evident Fig. 2 Computerized tomogram image of the mandible at the initial visit.
Fig. 6 Evolution of hydrostatic stresses with time during translational displacement of tooth root along x-axis under 2 N (a) and 9.5 N (b): 1 – 1 s; 2 – 10 s; 3 – 300 s.
Fig. 4 Evolution of strain ε nn in xy-plane during translational displacement of tooth root along x-axis for various levels of load F: 1 – 2 N; 2 – 9.5 N. Figure 4 demonstrates that normal strains during the translational motions of the tooth root along the x-axis under the load of 2 N do not exceed 0.2.
Nonlinear characteristics according to the load displacement curve of teeth [21 24] and cartilage [30] were given to the springs for the opposing teeth and TMJs, respectively (Fig. 2).
