Exact(60)
Equations below are defined, aiming at evaluating the cost of the incremental strategy.
These equations below show how each value is estimated in the maximization step (M-step).
The equations below are general enough to the extent that they can be used to generate the properties of any number of lines of girders used.
The rate of allelic dropout (ADOμ) and the occurrence of false alleles (FAμ) was calculated for each locus and across all loci using the equations below, as recommended by Broquet & Petit [17] (these calculations included the genotype data independently replicated at the University of Auckland).
The equations below reduce the description of a post-selection population genetic state to a single allele frequency rather than a collection of genotype frequencies.
The equations below can be used to obtain rXY from reported correlation and regression coefficients taking into account the possibility that either X0, log10 X0), X, Y0, log10 Y0) or Y was used for the originally reported statistic.
The equations below demonstrate the general approach to the calculations, which would need to be customized for each facility's protocol so as to account for all fluids depending on whether they are administered pre-filter versus post-filter, their respective flow rates and their typically disparate units of measure for mass and time intervals.
As the driver score of a mutation (gene) µ i is directly prorportional to the number of patients possessing that mutation and the patient score π i is directly proportional to the total number of mutations possesed by the patient, the mutation score and patient score are mutually defined relative to each other and the equations below are justified.
See equation (1), and other equations below in Calculations at the end of this section.
In the equations below, only the covalent bonds of the carbon skeletons are shown, and PP stands for the pyrophosphate group.
We describe all of these equations below for clarification.
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