Sentence examples for ambiguity generated from inspiring English sources

This vast increase in the volume and also the diversity (variety) of the data as well as the speed or velocity that these data are generated with along with the veracity, uncertainty of the data due to certain inconsistency or the ambiguity generated from such data makes it a Big Data problem by covering the main four characteristics of Big Data (volume, velocity, variety, veracity).

Mainly due to the ambiguity generated by the polyadenine tailing, we were unable to unambiguously determine the precise nucleotide type used to initiate transcription for the remaining 36% of the transcripts (labeled as ATGC in Figure 12).

In order to elucidate how CUG ambiguity generated phenotypic diversity we have carried out gene expression profiling of C. albicans cells expressing the S. cerevisiae tRNALeu (pUA15 clones), using DNA microarrays.

Syntactic ambiguity generated bilateral inferior frontal gyrus activity, primarily in BA 45 (extending into BA 47 and 44 in the left hemisphere) and left inferior parietal lobule, angular gyrus and supramarginal gyrus (Fig. 2A).

For instance, Bealer (2002) and Marconi (2005) take generalized 2D semantics to treat names and natural kind terms as ambiguous between the 1- and 2-intensions, and they argue that this ambiguity generates problems for interpreting sentences involving both modal and epistemic operators.

The need for long-range mapping of sequences in complex genomes arises because of the need to deal with the ambiguities generated by the presence of extensive tracts of retro-transposable elements.

It's regrettable that it was preceded by months of confusion and ambiguity that generated needless anxiety, ill-feeling and time-wasting," he said.

CUG ambiguity also generated karyotype alterations and formation of polyploids and aneuploids.

It will be activated to pick out the most reasonable interpretation, when ambiguities are generated during the reconstruction process.

Notably, single-molecule NGS-based DNA sequencing has been demonstrated to resolve allele ambiguity by generating haplotypes of entire genes, resulting in super high-resolution (8-digit) haplotyping of HLA genes [ 13, 14].

However, marked variability in design across these trials has generated ambiguity in interpretation of their results.