Sentence examples for an arbitrary length of from inspiring English sources

The periodic element has an arbitrary length of 10 mm.

The exact length of the region would depend on its potential druggability, an analysis of which is beyond the scope of this paper, but for demonstration purposes an arbitrary length of five residues was used.

Using an arbitrary length of 1000 bp, we found 47,399 unique loci where sequence reads of the AT-genome and DT-genome were indistinguishable when compared to each other and to the reference genome.

The first contained all orphans as defined by BLAST (using a threshold of 10−3), the second applied an arbitrary length cutoff of ≥150 amino acids and excluded all CDS with low complexity (highly repetitive) regions to remove likely CDS enriched in artefacts.

The nonlocal non-conserved boundary condition in (1.1) can be interpreted as sum of a scalar multiple of the average value of the unknown function over the given interval of an arbitrary length ((1, eta)) (in the sense of Hadamard) and a scalar multiple of the value of the unknown function at the right end-point ((t=e)) of the given interval remains constant.

Given an unknown human nucleotide sequence of an arbitrary length L, if L is equal to the length of any of the thirteen short sequence sets or any of the thirteen long sequence sets, the choice of a suitable set of code, WL, and threshold can be obtained as a table-look-up from either Table 4 or 6.

An interpolated winner threshold value has also been introduced to classify an unknown nucleotide sequence of an arbitrary length with a comparable performance to that obtained by the winner threshold value of its nearby SL (in classifying an unknown nucleotide sequence of a fixed length).

Finally, a string of an arbitrary length is obtained which represents a rectangular area.

Also, given a number of exon and intron sequence sets of different lengths, the winner threshold values can be interpolated to yield an interpolated winner threshold value applicable to an unknown nucleotide sequence of an arbitrary length.

Extensible-length motifs have an arbitrary length with an arbitrary number of symbols and gaps.

In general, our algorithm can detect repeat units of an arbitrary length without sacrificing computational time.