Exact(3)
We show that both models are not equivalent and that big discrepancies actually appear between associated orbits, especially for high area-to-mass ratios.
It must be noted, however, that future economic projections in both models are not the result of changing energy prices as such, but are due to policy choices regarding the use and production of energy [9] or the sustainability of the transport system [10].
Our experimental data favor a model in which the PTE corresponds to the end of a 3′UTR extension of the KCNB1 gene, however, both models are not mutually exclusive.
Similar(56)
Since no failure criterion was implemented, both models were not able to reproduce the failure of the beams, but the overall tendency of the numerical results was consistent with the experimental data.
For vertically downward transport, the dense gas densities predicted by both models were not greatly different from our experimental measurements, but substantially greater than the observations obtained from the literature, especially at high source densities.
For clarity, one outlier (the same outlier) from both models is not shown here.
The vascular volume parameter, present in both models, was not accounted for due to the fast clearance of [18F]FCho.
The regression coefficient of age in both models is not significant (p-values being 0.2120 for correlation model and 0.2610 for copula model).
While published data were used to populate the models, the cohort population in both models was not different by sex and age characteristics from both trial population and profiles of CLL patients in Ukraine in terms of mean age of naïve patients (60.3), age of refractory/relapsed patient (62.8), and the fact that 67% of patients were male.
As expected in the risk-adjustment models, there was very close agreement between the observed proportions of surgery within 48 hours and the expected proportions derived from the two risk-adjustment models; both models were not able to characterise the pre-operative probability of an intervention at the patient level.
Langmuir and Freundlich models were used for explaining the adsorption behavior of proteins, giving that Langmuir model is better for bovine serum albumin (BSA) and both model are not so available for fibrinogen.
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Justyna Jupowicz-Kozak
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