Sentence examples for more complex genomic from inspiring English sources
Additional changes to the training set and methodology of the current windowing approach must be made to account for more complex genomic organization in higher-order genomes.
Hence, eukaryote species have a more complex genomic organization and structure of the genome.
Other interesting features can be implemented in sequence trimming procedures where more sophisticated strategies, such as the one implemented to populate the database Selectome [ 73], could be used to improve the reliability of analysis of more complex genomic data, such as from eukaryotic genomes.
Recently, more complex genomic techniques based on multilocus sequence analysis of five housekeeping genes and comparative genome hybridization (CGH) using microarrays have been successfully applied to the L. acidophilus complex [ 26].
This gene editing could potentially confer genetic advantages that previously took large amounts of evolutionary time (and perhaps a bit of luck), taxing genetic breeding strategies, or bulkier and more complex genomic editing tools to acquire.
This drastically increases the efficiency of immunoprecipitation with a more complex genomic background, such as E. coli and S. cerevisiae.
Due to the increase of the number of experiments (that are also becoming more complex) involving genomic research as well as the advances of DNA sequencing technologies (ie, the next-generation sequencing [NGS] 5 methods), the amount and complexity of biological data is being increased.
Importantly, many concepts and pathways described in this transcription-independent steroid signaling system apply to more complex systems, where genomic and nongenomic steroid signaling occur simultaneously.
So as well as detecting inter-chromosomal relationships arising from direct interactions, or indirect ones through pathways, the analysis may be picking up far more complex and subtle genomic effects, which cannot be isolated with our current state of knowledge.
We next set out to test the proposed popLowess strategy on tumor aCGH data that display a more complex pattern of genomic imbalances and to test its performance on data derived from different array platforms.
Won't the taxonomy become larger and more complex as additional clinical, genomic, and proteomic modifiers split tumors into incomprehensible subcategories?
