Sentence examples for multiple genes will from inspiring English sources

Second, in some cases, especially within gene families, multiple genes will share the same tag sequence.

Sequence data obtained from multiple genes will also have application in improving resolution in population level studies.

It is clear that multiple genes will be responsible for determining the sensitivity in response to 5-FU other than TS itself [ 45].

Bredel and colleagues [ 12] illustrate this point by showing that even a gene as prominent in gliomagenesis as the epidermal growth factor receptor gene EGFR does not act in isolation, but rather in concert with other genetic alterations; this predicts that the targeting of multiple genes will be more effective than monotherapeutic approaches.

Detecting moderate effects of multiple folate genes will be particularly difficult if they are interactive or additive with environmental impacts (Morrison et al. 1998).

However, more research is needed to determine which of the suggested multiple candidate genes will increase accuracy of a prediction model [ 64].

A more automated approach, suitable for analysis of multiple gene families, will still require validation by a manually supervised approach.

Since toxoplasmosis is a complex disease, multiple genes and modifiers will contribute to end stage pathology.

Therefore a strategy for simultaneous transfer of multiple genes into plants will become the future of genetic engineering technology and provide the potential for manipulating sophisticated metabolic pathways, expressing recombinant protein complexes, and studying complex genetic control circuits for crop improvement [1].

16, 20, 21 Therefore, studying physical interactions between the pair of TFs, known to bind the multiple abiotic stress-upregulated genes, will further prove useful to understand how combinatorial regulation of gene expression is achieved in order to combat multiple stresses.

Thus, the CRISPR/Cas system allows the one-step generation of animals carrying mutations in multiple genes, an approach that will greatly accelerate the in vivo study of functionally redundant genes and of epistatic gene interactions.