The numerically highest maximal numbers were found in experiment I, and the numerically lowest maximal numbers in experiment II.
Also the maximal number of multigenes in one strain and in one non-anchor dropped from 17 in the consolidation graph to 3 in the refined consolidation graph.
In a finite genome, the maximal number of domains in a family cannot exceed the total number of domains and, in reality, is probably much smaller; let N be the maximal possible number of domain family members.
In this case study the maximal number of TIS in a multigene is 9; see Table 8 for more details.
That is, ( {A}_k^m ) may contain all elements or partial elements in A k. Assume that the maximal number of elements in A k is N a, i.e., |A k | ≤ N a, ∀ k.
While this paper was under review, two of the authors proved in the recent publication [12] that the maximal number of roots in the above conjecture is bounded below by (n^2 - C n + {mathcal O}(1)) with a constant (Capprox 1.47052).
It has been calculated that bending occurs along lines with a maximal number of defects in the sheets (3b), which also results in a change of the distribution of different fields around the sheet, with contributions of both positive and negative hydrophilic fields increasing upon surface charging.
This observation allows us to choose a matrix M ^ for which a maximal number of rows in M ^ S s vanish, which results in the greatest possible reduction in the number of state variables.
Note: n/a - indicates all pathways formed a single cluster As expected in the fine-tuning of the DC methods the maximal number of pathways in pathway concepts decreases as the number of pathways increases.
In this comparative study, we set the threshold for the maximal number of candidates in a top list to 200, because the mean log−ratio of 1.06 at this level is already relatively small, and beyond, at a top list of 300 we did not get new putative ABI3 target genes by the three methods.
