Because these patients do not adjust their self-images to changing circumstances, they implicitly assume that functioning and future perspective are still the same as before their illness started.
According to [8], assuming that function a(t) is in the finite interval [ −T/2,T/2], if (aleft (t right),{a^left (t right),{a^ left (t right),ldots,{a^{(n - 1)}}(t)) are continuous in interval [ −T/2,T/2] without skipping, and a (n)(t) is finite, then there is no skipping in the end point of the interval.
The structural analysis of system (4) can be greatly facilitated whenever it is legitimate to assume that functions a, b, c d have certain properties.
The accumulated literature tends to assume that neuropsychological function is commonly impaired as a consequence of chronic methadone use justifying an abstinence agenda with premature termination of methadone treatment [ 29].
One aspect of our approximation is to use homologs to Drosophila proteins to characterize proteomes, implicitly assuming that function follows structure.
To introduce covariance of two interval random variables Y, Z, we need to assume that the function ( x, y ) ↦ p x, y is continuous on Y × Z. Here, p x, y is the joint probability density function of the two random variables x, y.
To solve this difficulty, we had to assume that the function p is regular enough; this allows us, via an integration by parts to increase the regularity of the nonlinear term N ( t ) at the expense of Lipschitz regularity on p. Step 1. Proof of ( 21 ) and ( 22 ).
It is reasonable to assume that impaired function or expression of the transporters would result in reduced hepatic uptake of statins and then in reduced cholesterol-lowering efficacy because of lower intracellular statin concentrations of hepatocytes.
It is reasonable to assume that the function of the propeptides in the brain is not to provide information relating to the metabolism of the secreting neuron, but to allow the synthesis of the mature peptide in large quantities to regulate and synchronize the activities of various organs to respond to decisions made in the brain.
Importantly, this simple task with low cognitive demands yielded pupil responses very similar to those of the artificial eye (see Fig. 1a and the Results section above), which allows us to assume that a function fitted on the z-string data can also be a good estimate of the gaze-dependent measurement error.
