In principle, genomic context analysis should be applicable to non-coding sequences as well.
Thus our results suggest that in principle genomic distribution of SINEs can be used as a valid method for typing of E. histolytica strains.
Although, in principle, genomic selection based on identity-by-state does not require pedigree data, it does use the available pedigree structure.
Decades before the genomic era, the principle of inferring evolutionary history from sets of homologous protein sequences (e.g. 1964, fibrinopeptides [ 60]; 1967, cytochrome c [ 61]) to build believable phylogenetic trees has already been established [ 62, 63].
This total was comparable in order of magnitude to the genomic sequences in principle capturable by the set of three H and T-type consensual Alu-based primers employed, which were estimated to be ~14 Mb for exact primer-template matches, or ~106 Mb allowing for one mismatched base-pair per primer, but still far below the total of 1.10 Gb inter-Alu regions of ≤ 6 kb in length in the human genome.
BSCI 207 focuses on the physical, chemical, genomic, and evolutionary principles that account for the unity and diversity of all life.
Each genomic position can, in principle, be covered by 32 different 32-nt sequence reads.
Genomic studies, which in principle group together co-regulated genes, can potentially identify new components of known regulatory pathways in ES cells that can subsequently be explored in functional studies.
In principle, the genomic IBD model (or equivalent gametic model) requires only a single large family for proper and accurate estimation of heritability for quantitative traits.
Currently, the following filters are available on the faceted browser: Organism, Project Category, Genomic Target Element, Technique, Principle Investigator, Assay Factor, Developmental Stage, Strain, Cell Line, Tissue, Compound, and Temperature.
This analysis provides an important proof of principle for genomic modifications in this important model for vertebrate biomedical research; we expect that precise genome editing in zebrafish is possible at other loci with similar efficiencies.
