Sentence examples for genetic process that has from inspiring English sources

Intragenic recombination was detected in switchgrass RGHs, thereby demonstrating an active genetic process that has the potential to generate new resistance genes with new specificities that might act against newly-arising pathogen races.

This is attributed to differential gene flow rates between partners' populations causing maladaptation or genetic mismatching, a process that has been proposed to destabilize mutualism and explain the loss of infection and variation in infection frequency in wild populations (Saikkonen et al. 2004; Sullivan and Faeth 2004).

This time, he was mimicking what he and his colleagues have been doing quietly around the globe for more than a half-century — using radiation to scramble the genetic material in crops, a process that has produced valuable mutants like red grapefruit, disease-resistant cocoa and premium barley for Scotch whiskey.

This might indicate the existence of a time lag between the current spatial genetic structure and the processes that have induced this specific structure.

However, the complexity of food and its interactions with multiple interdependent genetic, physiological, metabolic and psychological processes that have an impact on human physical functioning and psycho-social well-being requires a holistic approach, different from the pharmaceutical field, typically targeted to specific functions.

Focusing the analyses on different taxonomic units afforded the opportunity to examine processes that have shaped genetic variation at several evolutionary time scales.

The pronounced population structure among shared variants, particularly on the X chromosome, highlights the necessity of accounting for the underlying demographic processes that have led to genetic and phenotypic differences among these lines.

Morphological transformations throughout evolutionary history have been produced from context-dependent changes in genetic processes that occur during development [ 4].

More advanced the stage of speciation of two diverging populations; the more difficult it becomes to delineate the genetic event that has set the process into motion.

Those most frequently employed tools rely heavily on within and between species genetic variation that has arisen through evolutionary processes (e.g. selection and drift).

Tetrasomic inheritance thus creates a genetic structure that has a mathematically distinct ancestral process.