Sentence examples for markers will enable from inspiring English sources
Developing predictive models that incorporate genetic and phenotypic markers will enable early diagnosis and, therefore, intervention, ultimately resulting in reduction of morbidity and of the public health concerns associated with OSA in obese children.
The fusing of barnase with scFvs recognizing various cancer markers will enable the generation of new promising anticancer immunoRNases.
Identification of these markers will enable the early detection of liver diseases and will allow for monitoring the degree of liver damage, response to pharmacological therapies, and development of new therapeutic approaches [ 24, 29].
The identification of loci determining heat-induced browning of seed coats and co-segregating molecular markers will enable transfer of hbs alleles into cowpea varieties, contributing to higher quality seeds.
These new markers will enable future studies investigating species delineation and phylogenetic relationships of the fungal symbionts and facilitate investigations into evolutionary interactions among Sebacina species and their orchid hosts.
The SSR markers developed will enable marker assisted breeding of bottle gourd, while the characterization of patterns of diversity among representative China bottle gourd accessions will facilitate the optimal use of genetic resources for breeding.
There is an urgent need to identify molecular markers that will enable early detection of the pathophysiological processes leading to the co-morbidities of obesity.
In addition, characterization of the basal-like cancer-initiating cells can lead to the identification of new diagnostic markers that will enable the detection of the breast tumors at a premalignant stage.
The EST sequences and full-length cDNA clones developed in this work, combined with the large population of differentially expressed genes may serve as useful tools and markers that will enable the scientific community to better define the molecular processes that affect fruit quality in response to post-harvest conditions and the organelles that participate in these processes.
The microsatellite markers developed here will enable assessment of genetic diversity and population structure of S. filiforme throughout its range.
Conclusions: The highly polymorphic markers described here will enable population structure of Laccaria sp. A to be determined, contributing to research on mycorrhizal fungi from a novel distribution.
