The specific genetic requirements that promote the ALT pathway have not yet been elucidated, due to the difficulties of genetic analysis in human cells, nor has an inducible system for ALT, where the intermediate steps in the pathway can be analysed, been established.
Afterwards, the workflow of neutronic analyses was established.
Confidence in the topologies for the maximum-likelihood and the maximum-parsimony analyses was established with 1,000 bootstrap replicates.
In Brown Swiss an autosomal recessive mode of inheritance was supposed and a control program based on the identification of carriers by pedigree analyses was established [ 5].
Quality control/quality assurance for Hg and methyl-Hg analyses was established using standard reference materials (SRM's), matrix and/or blank spikes, blind sample replicates, and method blanks.
By comparing cases and controls, a final rank of genes showing significantly different values (above 2 standard deviations) in cases in at least two of the previous analyses was established.
Mathematical analyses are established to analyze the computational and overhead complexities of the ARBIC protocol.
The conditions for these analyses were established through thermodynamic studies that included predominance existence and Eh pH diagrams.
A group of non-linear time history analyses is established in order to assess the influence of the energy dissipation system.
Decisions rules for identifying 'changed' and 'unchanged' patients for analyses were established a priori.
