Sentence examples for availability of genomic datasets from inspiring English sources

For African scientists to take advantage of the increasing availability of genomic datasets from the continent and for data-sharing policy frameworks that give African researchers first access to the datasets [ 9], there is a need for affordable computational infrastructure and training opportunities.

With the availability of large genomic datasets for two Solanaceae species, tomato and potato, the extent of sequence conservation as well as synteny can be addressed in a more robust manner.

The increasing availability of large-scale genomic datasets provides opportunities for identifying factors that influence breast cancer survival in smaller, well-defined subsets.

To analyze equal sample sizes and to take into account the availability of genomic feature data, the negative as well as the positive datasets contained 1000 protein pairs for the assessment of individual genomic features and 500 protein pairs for the combined genomic features.

While the availability of genomic sequence data led to several successful computational methods for comparing these datasets across species, relatively little work has been performed to date on mining expression data across species.

Genetic counselors have long been concerned that the growing availability of genomic information will outpace the ability to interpret it.

In light of the increasing availability of genomic data, data sharing and open access policies were promoted by large international consortia in order to maximize the use of generated datasets and enhance the statistical power of studies.

Availability of genomic data for DENV-3 strains provides opportunity to study its population structure.

The availability of genomic resources is limited in this crop species.

With the availability of genomic sequences from a growing number of human and model organisms and the rapid expansion of the public repositories holding large-scale gene expression datasets, a computational systems analysis of developmental toxicology can incorporate this vast digital information toward the realization of predictive models for complex disease.

The availability of genomic estimated breeding values (GEBV) allows for possible modifications to existing dairy cattle breeding programs.