Sentence examples for understanding of genotype from inspiring English sources
A better understanding of genotype x environment interactions is essential for predicting the potential of the holobiont to acclimatize to global warming through changes in the algal symbiont community [19] [21] and adaptation through selection on coral holobiont traits [22].
For instance, we asked students to "Rate your understanding of genotype vs. phenotype".
A comprehensive understanding of genotype, gene expression and phenotype represents one of the main challenges of modern genetics.
NoV-associated illness, hospitalizations and deaths among older adults outside of institutional settings may be missed, resulting in an underestimate of risk and less-than-complete understanding of genotype distribution.
Both of these examples illustrate how the understanding of genotype can lead to profound clinical insight, both by guiding appropriate patient selection and by directly leading to the development of new therapeutic products.
What kind of understanding of genotype-phenotype relationships can a student develop if they do not really know what proteins are and their relationship to cell biology?
Our approach paves the way for studying the response of protein interactomes to mutations and enhances our understanding of genotype-phenotype maps.
Behavioral tests of animals in a controlled experimental setting provide a valuable tool to advance understanding of genotype-phenotype relations, and to study the effects of genetic and environmental manipulations.
By allowing a more precise understanding of genotype-phenotype relationship in disease-relevant human cell types, the use of reprogramming technologies in tandem with emerging genome engineering approaches provides a previously "missing link" between basic research and translational efforts.
Our results provide novel insights into the multiplicity of molecular mechanisms underlying SCN5A-related SSS, and hence a better understanding of genotype-phenotype correlations for this rare channelopathy.
To enhance our understanding of genotype-phenotype relationships in this important pathogen, we determined the complete genome sequences of four GAS strains expressing M protein serotypes (M2, M4, and 2 M12) that commonly cause noninvasive and invasive infections.
