Sentence examples for molar changes were from inspiring English sources
Vertical changes of A point was measured from the occlusal plane parallel (OLp); maxillary incisal and molar changes were measured from the palatal plane; mandibular incisor and molar changes were measured from the mandibular plane Fig. 4 Landmarks used in angular measurements.
Lateral cephalograms of 30 patients (mean age 8.3 ± 1.6 years old) showing Class II molar relationship and undergone to rapid maxillary expansion on the upper deciduous molars were traced before treatment, and molar relation changes were evaluated on dental casts before and after treatment.
The molar mass changes were also used to estimate the average hydrolytic degradation rate constant (k) values, cf. Equation 2. These were calculated from the logarithmic Mn values as a function of degradation time.
Weekly measurements of rumen digesta pH did not change and only subtle changes were observed in molar proportions of individual volatile fatty acids.
A series of 1H-15N Hspectractra of Ub were obtained and the chemical shift changes were measured for each molar ratio.
Mandibular molars showed mesial movement and extrusion in both groups, but these changes were not statistically significant.
The values quoted for the rate constant and the molar enthalpy change are (3.15±0.11)×10−4 s−1 and −50.5±4.3 kJ mol−1, respectively.
The established relationship between the Na/Cl molar ratios and the amount of sodium retention derived from the column experiments and computer simulations present an alternative approach to the traditional budget analysis method for estimating sodium retention when the experimental and natural watershed patterns of Na/Cl molar ratio change are similar.
The components of overjet and molar relationship correction during treatment and posttreatment changes are summarized in Figures 1 and2.
The molar mass is a much better indicator of polymer degradation than mass loss because changes are observed at an earlier stage.
These changes are coherent with reduced loadings during the occlusion of the chewing molars, a movement driven by the masseter muscle inserted on the angular process.
