In fact, an expression involving only symbolic quantities achieves exact arithmetic on the scientific computing software such as Wolfram Mathematica, Maple and so on.
That is, the number of TF pairs sharing at least g S target genes is a decreasing function of g S. In Figure 5 we show how the clustering coefficient, the efficiency, and the cost of the TF projections depend on g S. Observe that, for g S = 1, all these quantities achieve higher values in the randomized than in the original networks, as discussed above.
The degradation of dye would increase if the oxygen pressure is kept high; however, after the stoichiometric quantity is achieved, the oxygen quantity is not an effective factor for dye degradation[4, 16].
In line with Emmert et al.'s approach [4], pay-for-performance (P4P) was considered efficient when improved care quality or quantity is achieved with equal or lower costs, or alternatively, when the same quality or quantity of care was achieved using less financial resources.
We considered PBF to be efficient when improved care quality or quantity was achieved with equal or lower costs, or alternatively, when the same quality of care was achieved using less financial resources.
Normalized TRPV4 channel quantity was achieved by calculating the ratio of TRPV4/pan cadherin, as pan cadherin was the loading control for all the plasma membrane samples.
Enhancement of miRNA-cDNA quantity was achieved by application of Megaplex™ PreAmp Primers, Human Pool A (#4399233, Applied Biosystems®).
An increased non-host RNA quantity is achieved due to a higher RNA degradation rate in bacteria (Rauhut et al., 1999) and the presence of fragmented viral sequences (due to RNA interference) (Obbard et al., 2009) leading to prevalent bacterial and viral RNA at lower molecular weights.
The aim of this study is to explore the possibility of re-cycling a waste material that is now produced in large quantities, while achieving an improvement of the mechanical properties and durability of the mortar.
The aim of this paper is to explore the possibility of re-cycling a waste material that is now produced in large quantities, while achieving an improvement of the ductility of the concrete.
