Ultimate strain characterizes the ability of deformation and was calculated by the alteration of length relating to the original length after failure: (3) Ultimate strain (ε in % ) : ε = Δ length original length ∗ 100%%.
Alteration in length and width of the body is accompanied by changes in the angle between two sheets of mesoglea fibrils; thus, support for the muscles can vary greatly in position.
A small alteration in length (dL) within a small time segment (dt) is related to the velocities of the endpoints of the object: d L = v 1 − v 2 L. Using this technique in the ultrasound loops, the image lines are divided in small distances (offset) in this study by 8 mm and regional velocities within each offset is calculated several times.
Finally, for each patient, we randomly embedded alterations of length L at locations different than the group-specific alterations in order to simulate patient-specific 'passenger' alterations expected to be unrelated to the group profile.
RESULTS: Skin specimens processed by frozen section techniques during Mohs micrographic surgery undergo statistically significant alterations in length.
In mammals, changes in basic parameters of circadian rhythms have been showed, such as alterations in length period, besides reduction of amplitude and phase duration [ 22, 23].
This observation may seem counterintuitive at first because strand slippage mutations lead to unit-based alterations in length, and thus the probability of slippage is expected to be influenced by repeat unit number.
Alterations in length of the central loop leads to the most significant changes in stability, with C3T383 showing the lowest decrease in stability, and C3T838 showing the largest decrease.
Computational analysis has shown that small alterations in length and position of the graft can dramatically increase the force and pressure applied to the medial patellofemoral cartilage [ 31, 33].
The fact that the statistical analysis revealed that the pathological changes in diaphragmatic EPs found in DMSXL mice, carrying about 1300 CTG repeats, do not vary significantly from those observed in DM1 mice indicates that there is no relationship between the severity of EP alterations and length of the CTG repeat.
Decreased sensory signaling results in alteration of axoneme length and expansion of a membraneous structure, thereby altering the topological distribution of a subset of ciliary transmembrane signaling molecules.
