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By projecting the non-ground points onto the x z plane, a density diagram was generated as shown in Fig. 7b where mapped cells with a high density are represented using red.
Finally, the normalized k-mers depth was compared among the three NGS data with density diagram.
Then that density value is compared to the density values of the 512 evaluation points of the density diagram of gene g in tissue t and the fraction of lower density values is calculated.
This is done by determining the tm-scores for all evaluation points, and weighting the abundance of that tm-score by the value of the density diagram at that point.
Gene and tissue specific expression density estimates (Additional file 1) are used to calculate the likelihood of obtaining the expression values observed in the query profile from each tissue type for gene g in tissue t as follows: The value of the density diagram for gene g in tissue t corresponding to the expression value of gene g in the query sample is determined.
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Figure 6 shows the energy density diagrams of electric field and magnetic field for the three kinds of spiral-type antenna-coupled micro-bridge structures designed before.
These reasons can be combined on electrode potential versus current density diagrams to describe corrosion reactions and their anodic and cathodic partial reactions.
Phase plane trajectories, Poincaré maps and power spectral density diagrams are derived to illustrate both the symmetrical and asymmetrical chaotic vibrations.
Fig. 8 Energy density diagrams of electric field (a) and magnetic field (b) of spiral antenna-coupled microbridge structure when n = 1.1 with a line width of 1 μm and a leg width of 1 μm.
In the energy density diagrams of electric field and magnetic field in Fig. 4, the change of color from blue to red indicates that the absorption rate of terahertz wave becomes larger.
Figure 4 shows the energy density diagrams of electric field and magnetic field of spiral antenna-coupled microbridge structures when n = 1.1 with line widths of w = 0.3 μm, w = 1.3 μm, and w = 2.8 μm, respectively.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com