Sentence examples for maps and detection from inspiring English sources

Non-coding SSRs have been widely used for the analysis of genetic diversity and population structure, construction of linkage maps, and detection of quantitative trait loci [ 2- 5].

Because of their abundance, higher availability and stability compared with simple sequence repeats (SSRs), and the ease with which data can be standardized due to their bi-allelic nature, SNP markers provide enhanced possibilities for genetic and breeding applications, such as construction of linkage maps and detection of genotype/phenotype associations [ 8].

This may have resulted in some inaccuracies in the read mapping and detection of SNP loci.

Finally, we present a collection of algorithms for the mapping and detection of traffic lights in realtime.

There are now three major types of exploration methods: (1) surface methods such as geologic feature mapping and detection of seepages, (2) area surveys of gravity and magnetic fields, and (3) seismographic methods.

While traditional passive remote sensing methods have been successful in assessing invasion of such species, limiting factors such as cost, restricted coverage, image availability, terrain and inadequate resolutions hamper mapping and detection at large spatial extents.

This field of remote sensing could be a valuable tool in the mapping and detection of native invasives in the near future (Mafanya et al. 2017).

As the goal of this project was divided into transcriptome mapping and detection of differentially as well as similarly expressed genes and transcripts, including novel short transcripts, different analysis methods needed to be developed.

Parameters for peak mapping and detection are described for details below.

Crane et al. [ 83] concluded that lymphatic mapping and detection of the sentinel lymph nodes in cervical cancer using NIRF imaging was technically feasible.

Our results are also relevant to other applications of next-generation sequencing, such as SNP discovery, expression QTL mapping and detection of allele-specific differences in transcription factor binding.