A Monte Carlo analysis based on several models studied in the literature illustrates how the tests perform in practice.
Several models studying the conversion of char nitrogen to NO are tested, as well as the effect of a hydrocarbon reburn mechanism.
The proposed family includes as special cases several models studied in the literature such as the Marshall-Olkin Weibull, Marshall-Olkin Lomax, Marshal-Olkin Fréchet and Marshall-Olkin Burr XII distributions, among others.
The method can be applied to several models studied in the computational physics such as Ising spin simulations by the method of Metropolis, Rosenbluth, Rosenbluth, Teller, and Teller, continuous time Ising spin simulation by Glauber, and the dynamic binary alloy simulation.
Several model adduction studies with an amino acid, peptides, and proteins explored the identity of the reacting oxysterol, revealing the potential involvement of secosterol dehydration products in adduction.
Although corresponding tocopherol and tocotrienol species have highly similar structures, tocotrienols show somewhat greater antioxidant capacity in several model membrane studies (Packer et al. 2001; Serbinova and Packer 1994; Suzuki et al. 1993).
Several animal model studies taking this approach have reported T cell responses that reduce morbidity and promote recovery in mouse models of influenza challenge [1] [4].
Several animal model studies may help to reconcile these results.
The findings of several animal model studies have indicated that BPS may be effective against diabetic nephropathy [ 35 – 37 ].
