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The correlation gives We=0.206, corresponding to a maximum wall tension of 8 Nm-1.
A generalised correlation for the maximum wall tension, expressed in dimensionless form as a Weber number (We), is developed in terms of the acceleration number (Ac) and Reynolds number (Re) of the straining flow.
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Contractile responses were expressed as maximal wall tensions (mN/mm) and as a negative logarithm of the agonist concentration producing 50% of maximal wall tension (pD2).
Maximum uterine wall tension in twins is no different from that in term singletons but maximum uterine wall tension in preterm singletons is significantly lower than that in term singletons by 30 weeks.
Modeling suggests that maximum uterine wall tension would occur at the anterior surface of the uterus as this is the site of maximum curvature (note the posterior surface is distorted by the vertebrae and therefore will have a lesser curvature and lower tension).
The graphs in Figure 6 show the maximum uterine wall tension throughout pregnancy.
Our data provide the first trajectories for maximum uterine wall tension across gestation in term singleton, preterm singleton and twin gestations.
Uterine wall thickness, intrauterine volume and maximum uterine wall tension were interpolated from the trajectory equations for each subject at 20, 25 and 30 weeks and non-parametric tests for group medians were conducted.
However the data show that when compared with the normal spontaneous term singleton delivery trajectories, there was no increase in maximum uterine wall tension trajectories in subjects pregnant with twins and moreover, in those with singleton pregnancies delivering preterm there was evidence for reduced tension from 30 weeks.
Measurements of the maximum physiological stress caused by abdominal pressure indicate an abdominal wall tension of 16 N/cm for small defects or 32 N/cm for large defects [ 12].
Vasoconstrictions were determined as the maximal tension and they were expressed as active wall tension in mN/mm.
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