Minor right-left discrepancies were noted in all planes.
The right-left discrepancies detected in this sample of patients were very minor, with most less than 1.0 mm.
This data alludes to the possibility that during even the most tightly coupled processes, minor right-left discrepancies may be reflections of minute skeletal compensations that occur as growth is directed.
In his classic work, Woo proposed that minor asymmetries were due to skeletal compensations for asymmetric growth of the brain [17] and Burke theorized that right-left discrepancies were adaptive changes in response to asymmetric muscular and masticatory function [18].
Their right and left side distance discrepancies were calculated and statistically compared.
Among the condylar measurements, the medial pole (CdM), anterior pole (CdA), and posterior pole (CdP) were all found to be more laterally placed on the right side compared to the left, with a discrepancy of 0.62 ± 1.28 mm for CdM (p < 0.05), 1.34 ± 1.47 mm for CdA (p < 0.001), and 0.9 ± 1.51 mm for CdP (p < 0.01).
If there was a discrepancy between left and right side, the highest degree of atrophy was used.
Moreover, only one hand either right or left needs to be analyzed, which increases the feasibility of use in daily practice (unless there is an extreme clinical discrepancy between left and right).
For eve and Delta, the fully resolved primary rings are out of phase; the expanding patterns close to the proctodeum do overlap transiently, but these too show different phases of oscillation, as illustrated in Figure 5 by two embryos about a half cycle apart (A, B) and by a bilaterally asymmetric embryo that shows a similar discrepancy between left and right sides.
While two studies [37, 41] have found differences in the strength of correlations between the left and right wrist, these discrepancies could be due to hand dominance or the specific asymmetry of the activities performed in these studies.
The position of the head of infants during KC might be responsible for the discrepancy between the left and right rSO2.
