Sentence examples for maps of pigs from inspiring English sources

Using whole-genome assembly comparison (WGAC) and whole-genome shotgun sequence detection (WSSD) approaches by next generation sequencing (NGS), we probed formation signatures of both segmental duplications (SDs) and individualized CNVs in an integrated fashion, building the finest resolution CNV and SD maps of pigs so far.

These two panels have been used extensively for the physical mapping of pig genes and markers prior to the availability of the pig genome sequence.

After comparing the physical and genetic map of pig genome, the reported QTLs in the genome were obtained by interpolating their linkage map position via anchor markers (details in [ 34]), we assigned annotated genes to these QTLs, producing 4,055 QTL-candidate genes.

We describe here genome-wide high resolution RH maps of the pig autosomes constructed by genotyping the two pig RH panels with the Illumina porcineSNP60 array.

The genetic maps of sheep, pig, and opossum have 2371, 462, and 150 markers, respectively.

Baseline mapping of domestic pig distributions and density complemented by rapid assessments of cysticercosis prevalence in the different pig populations should be a priority.

The availability of such information provides the basis for construction of the genome-scale regulatory networking map of the pig miRNAome.

This genome sequencing and assembly effort is being performed under the direction of the international Swine Genome Sequencing Consortium [11] using a hierarchical shotgun sequencing strategy in which BAC clones from a minimum tiling path of clones are selected from the highly contiguous physical map of the pig genome [18].

Moreover, a highly continuous BAC map of the pig genome has been developed [ 13].

Each QTL is reported as an interval on the genetic map of the pig genome.

The BAC library described here will be valuable for accurate assembly of the porcine genome sequences, the physical mapping of the pig genome, and the construction of minimum tiling paths for region-specific resequencing.