The phrase "ability to array" is not commonly used in written English and may be unclear without context.
It could be used in contexts related to organizing or arranging items, data, or information.
Example: "The software's ability to array data efficiently makes it a valuable tool for analysts."
Alternatives: "capacity to organize" or "skill in arranging".
In addition, refractometric sensing configurations are a popular choice due to the compact size, small active sensing region, ability to transduce molecular interaction with an electric field into a refractive index change, and ability to array and multiplex devices allowing several biosensors on a single chip.
The experiments illustrated in Figure 2 and Figure 3 underscore the physiological integrity of our membranes as determined by their in vivo-like fluidity, as well as the ability to array these membranes at high density without causing mixing of contents among corrals.
We functionally demonstrate the ability of HyPer5 to detect chromosomal aberrations at multiple loci in array CGH experiments using patient samples and ability to perform array rescanning without loss of resolution.
This operation can be written as exploiting the ability to index arrays with boolean arrays, also called masking.
We demonstrate the ability to prepare array phantoms containing complex hyperspectral signatures, and detail the initial analysis of these arrays as statistical benchmarks.
The weight matrix W provides the ability to incorporate array weights if desired (Ritchie et al., 2006) or to incorporate correlations between samples (Smyth et al., 2005).
One of the advantages of GaAs QWIP technology is the ability to fabricate arrays in a fashion similar to and compatible with silicon IC technology.
The ability to build arrays of strontium and ytterbium atoms one atom at a time will enable the spatial distribution of the atoms, and therefore their interactions, to be engineered in ways that could reduce sources of uncertainty.
One of the ultimate tasks for stencil lithography is the ability to fabricate arrays of structures with controlled dimensions on the nanometer scale precisely positioned on a suitable surface.
However, such studies await improvements in the efficiency of isolating and characterizing the proteome of newborn neurons - and in the ability to knockdown arrays of pleotropically functioning genes in individual neurons.
Expanding clinical applications of cDNA microarrays necessitate the ability to perform arrays with relatively minute starting amounts of RNA.
