The sample size for this survival analysis was estimated based on 5% statistical significance, 80% power and minimum difference to be detected of 20% between categories in subgroup independent factors.
Intragastric and overall lipolysis levels at the angle of Treitz were estimated based on quantitative analysis of lipolysis products.
Factor level were estimated based on statistical analysis and optimum parameters obtained are at acid concentration of 6.71 M HCl with 94 min of residence time and 6.09 ml of ethylene glycol for 0.5 g of slag in a batch scale.
In the non-compartmental analysis, the level was estimated based on pre-dose FVIIa coagulant activity levels and subtracted from the post-dose measurements; in the population analysis, the level was included as a subject specific random effect and estimated as part of the model estimation procedure.
In the base case analysis, the potential budget impact was estimated based on the difference between the current scenario and the alternative scenario with an expected increase in the use of FBT after switching from BTcP treatment.
An NAPL saturation of 0.01, water saturation of 0.215, and gas saturation of 0.775 was estimated based on analysis of the suite of tracers comprising helium, perfluoromethylcyclohexane and dibromodifluoromethane, which was considered to be the most robust set.
Probability range (dashed lines) is estimated based on Bayesian analysis.
For each level, the period is estimated based on periodicity analysis using a comb filter bank.
In subspace methods, the PSD is estimated based on eigenvalue analysis of the correlation matrix.
SO2 emission was estimated based on the analysis of unburned sulfur in ash and mass balances; the higher estimated levels corresponded to the BN shells and SFH pellets.
