Sentence examples for based on multiple genome from inspiring English sources
Accurate analysis of the repertoire of such elements in a given population based on multiple genome profiling approaches could reveal significant aspects of ongoing evolution (and transmission) and the available magnitude of genetic diversity among the strains could thus be unraveled.
To identify TFBSs in the long non-coding regions of higher eukaryotes, several methods based on multiple genome alignments were developed [ 24, 25].
A previous study based on multiple genome alignments had a comparable precision of 3% and 17% in two ChIP-chip experiments, where the authors selected the predicted CRM regions as probes to make the microarray [ 24].
Combining several in silico features (e.g. conserved and stable secondary structures, GC-content, comparison based on multiple genome alignments) with an in vivo dRNA-seq transcriptome analysis of Aquifex aeolicus, we predict roughly 100 novel ncRNA candidates in this bacterium.
A key idea underlying chromatin state analysis is to computationally identify the number and composition of chromatin states in the genome based on multiple genome-wide profiles of histone modifications and to annotate the genome with these chromatin states.
Furthermore, analysis methods based on multiple genomes are essential to properly evaluate the function and meaning of personal genome variants.
One possible explanation for this is the fact that this method was developed for single strain (genome) microarrays whereas the microarray used in this study is based on multiple genomes.
Four annual-perennial comparisons based on multiple gene loci and the combination of nuclear and chloroplast genomes consistently suggested higher evolutionary rates in annual plants.
Contact: [email protected] Genomic analysis based on multiple species' genomes and gene interaction networks generated by high-throughput technologies is making very large gene set analysis commonplace.
Our results, based on multiple sauropsid genomes, represent the first large-scale investigation and classification of Kiss genes in sauropsids.
The analysis presented here is based on multiple complete genomes belonging to organisms from the three cellular domains, along with current biochemical knowledge.
