Their REE, TEE, or MEI (absolute measurements, per unit body weight or fat-free mass) were not increased.
The clutter model is assumed to be of uniform distribution and the number of false measurements (clutters) is assumed to be of Poisson distribution with known parameter λ = 10 (the number of false measurements per unit of volume (km2)).
With an IQR of 1.00 ppm, the RR per IQR and corresponding CI are the same as those on a per unit of measurement basis for our base case.
For the secondary pollutants and pollutants of mixed origin (O3, SO4, NO3, NH4, PM2.5, OC, and PM10), we estimate a 5%to15%5% attenuation in RR per IQR estimates and a 2%to9%9% bias away from the null in RR estimates on a per unit of measurement basis.
Epidemiologic model results for RR attenuation are shown in Figure 5. On a per unit of measurement (ppm) basis, RR attenuation increased from -24% (i.e. a bias away from the null) for type B error to 85% for type C error.
When modelled as classical-type error, risk ratios were attenuated, particularly for primary air pollutants, with average attenuation in risk ratios on a per unit of measurement basis ranging from 18% to 92% and on an IQR basis ranging from 18% to 86%.
Define γ w = P 0 σ w 2 as the measurement SNR per unit area.
Figure 1e shows the measured magnetization per unit volume for nickel using Physical Property Measurement System (PPMS; Quantum Design, US).
The usual measurement is calories per unit of lean body mass — the part of the body that is not made up of fat.
Tetteh and Morris[3], for instance, using a selected set of studies offering a comparable scale of measurement for cost per unit administration, report that the administration costs of intravenous biologics appear to be six to eight times that of biologics given subcutaneously or intramuscularly.
