Sentence examples for use of genetic methods from inspiring English sources

His work as a cell biologist has centered on genetics and the use of genetic methods to understand biological functions.

Because whiskered bats in many cases cannot easily be distinguished from each other without the use of genetic methods, some listings do not differentiate between them; records of Myotis alcathoe and/or M. mystacinus and/or (in some cases) M. brandtii have been reported from Bulgaria, Belgium, and Montenegro.

Use of genetic methods to study sleep in the laboratory is a relatively modern phenomenon, though the significance of potential genetic determinants has been recognized for a long time.

Finally, we look at how farmer interviews can be used to shed light on genetic data, and ask whether this interdisciplinary methodology provides more information on patterns and processes of crop genetic diversity than the use of genetic methods alone.

One result of this information explosion has been a surge in the use of genetic methods to estimate effective population size (Wang 2005; Leberg 2005; Luikart et al. 2010), fueled largely by a 10-fold increase over the last 3 5 years in estimates based on single-sample methods [as opposed to the two-sample temporal method] (Palstra and Fraser 2012).

A chemical probe approach offers an advantage over genetic techniques in validating epigenetic targets as it enables targeting of individual domains.[ 18] Moreover, small-molecule inhibitors can be administered in a reversible, dose-dependent manner, whereas the use of genetic methods is currently less controllable.

They all used a combination of genetic methods like WGS, WES, sanger sequncing, GWAS and linkage-analysis.

There are three broad types of genetic methods used in rodent studies of alcohol: testing of inbred strains, selective breeding, and the creation and testing of animals with targeted genetic manipulations.

Prospects and limitations of the use of molecular genetic methods to conclude on the origin of forest plants, wood, and wood products are discussed.

The use of molecular genetic methods to analyze the population structure of Mycobacterium tuberculosis has enabled data to be collected on the relationship between a specific genotype and its influence on the course of disease [ 2, 3] with the outcome of disease being determined to a large extent by the individual characteristics of the patient and the genetic type of the mycobacterium [ 4].

With the use of molecular genetic methods (polymerase chain reaction), genotype Tula was identified as the causative agent of infection in rodents.