The Mkv model [ 78] was used for the phenotypic data with gamma-distributed rate variation and variable coding.
A generalized linear model was fitted to the cost data with a gamma probability distribution and a log link function.
The Lab team processes the images and uses the data in conjunction with gamma ray observations of the same events made by other observatories to further refine the physics models of these fascinating active galaxies.
The AIC2 and BIC test indicated the MtMam model [ 49] with invariable sites parameter (MtMam+I) as the best model phylogenetic reconstructions based on MT-CO1 and MT-CO2 protein data, while MtMam with Gamma shape parameter (MtMam+G) was indicated for MT-CYB, and the Jones-Taylor-Thornton (JTT) [ 50] model for SRY.
By fitting the transformed turbidity data with a modified gamma distribution, the mean and variance of sedimentation velocity can be obtained along with the residual turbidity after a period of settling.
For the protein sequence data, a JTT model with gamma parameter accounting for rate heterogeneity was selected by ProtTest [ 45].
The presented experimental data with various neutron and gamma sources show the desired wide gap between the neutron and gamma pulse height distributions, resulting in a true plateau in the counting characteristics similar to that of 3He detectors.
Data are fitted with gamma-probability density where both N and k were fitted (black line) or N was fixed (N = 3) (orange line).
Newsom, H. E. et al. Geochemistry of Martian soil and bedrock in mantled and less mantled terrains with gamma ray data from Mars Odyssey.
The best nucleotide substitution model selected by Modeltest 3.8 for the Seg-3 coding region sequence data set, was the General Time Reversible with gamma distributed rates across sites and a fraction of sites assumed to be invariable (GTR + I + Γ) [52].
