The distribution of CDS among the groups of strains was determined by measuring the Shannon Entropy of each ortholog group from a matrix, exactly in the same way as for SNPs, except that rows represent each group of orthologs, and every cell contains the number of CDS assigned to each ortholog group, as if it were an allele.
F → can then be computed by e.g. inverting the matrix exactly, which has been successfully used to resolve bound-state poles in the inhomogeneous amplitude, as shown in [69] in the case of the quark anti-quark system.
In that model, a polar gradient of ParA-ATP dimers is fixed on a static DNA matrix exactly as proposed by the reviewer.
When dealing with a two-element matrix exactly one of which is designated, as in Rautenberg's maximality result in Section 2, the distinction between h and vh collapses.
Previous results on robust stability of Metzlerian matrices are extended to matrix polynomials, with the coefficient matrices having exactly the same Metzlerian structure.
If matrices almost satisfying a group relation are close to matrices exactly satisfying the relation, then we say that a group is matricially stable.
So, the eigenvalues of the Hessian matrix are exactly the two extreme of u α ″ and the corresponding eigenvectors are the directions along which the second directional derivative reaches its extreme.
A good matrix similarity score is higher than 0.8 and a score of 1.0 is only reached when highest conserved bases of a matrix match exactly the target sequence.
This matrix has exactly the same construction as expression sets obtained from real microarray experiments, but the values are generated in silico, using the linear predictor, rather than experimentally determined expression data.
The exact match operator required that the corresponding top three rows in two fingerprint matrices are exactly the same.
