Sentence examples for element can take from inspiring English sources

Gene expression data are used to compute the gene-activity indicator matrix in which each element can take one of three values corresponding to over-expression (indicated as "1"), unchanged expression ("0") or under-expression ("-1") relative to control level.

The freedom to choose a course of action (a "function") is an essential attribute of life (Rousseau, 1914) – not of the reactions that a non-living, sub-cellular element can take part in.

With the addition of extra electrodes, liquid lens elements can take on tasks other than just focusing.

The elements can take the values (aij, aji) = (1, 0), (0, 1), (1, 1), or (0, 0), and each value pair describes one of four types of genetic interactions between the signaling molecules Xi and Xj: (a) (0, 1) = Xi is upstream of Xj; (b) (1, 0) = Xi is downstream of Xj; (c) (0, 0) = Xi AND Xj; and (d) (1, 1) = Xi OR Xj (Figure 2B).

Micro-scale nature elements can take many forms.

For example, the EMR database elements can take the role of objects.

Recombination-generated changes among repeated elements can take place at much higher rates than point mutations.

With the normalized version, the values in the kernel matrix will be bounded because the data points are projected onto the unit sphere while these elements can take very large values without normalization.

As radioisotopes are identical chemically with stable isotopes of the same element, they can take the place of the latter in physiological processes.

The proposed modeling strategy and the corresponding finite element formulation can take advantage of the solution tools available for the mechanics of classical multilayered plates leading to the straightforward integration of magneto-electro-elastic plate finite elements into existing codes.

The numerical results show that this new digital image process based finite element method can take into account the material inhomogeneities in the geomechanical analysis which can have significant effects on the tensile stress distribution along the loading axis of the Brazilian indirect tensile tests.