Sentence examples for generated extensively from inspiring English sources

We have generated extensively cross-validated benchmark datasets that can be used to fine tune analysis algorithms both for long oligonucleotide microarray and short-read, tag-based gene expression data.

The field of cardiovascular biomaterials have shown a growth in the past two decades, but it still lacks more basic experiments and clinical data that have to be generated extensively by researchers to augment this area.

Cells depleted of ATP8A1 generate extensively tubulated membranes from REs, which appear resistant to fission.

Finally, a pan-RAR-beta antibody was generated and extensively validated by western-blot and immunoprecipitation.

This reaction involves the six-electron oxidation of the methylene groups linking the pyrrole rings to methenyl groups thereby generating an extensively conjugated π-electron system (Fig. 2).

Corrosion pits extensively generated at vanadium carbides (VCs), within lamellar microstructure, and at the boundary between those phases and austenitic matrix microstructure.

In the Precambrian anoxic oceans, diagenetic carbonates with relatively high δ13Ccarb values may have been extensively generated within the methane zone in the sediments (Li et al. 2015).

Because misfit dislocations produce deleterious effects on QD properties, the mechanisms on how misfit dislocations are generated have been extensively investigated both experimentally and theoretically [11 20].

Microarray time series have been extensively generated to study periodic biological processes, such as the cell cycle [1], circadian regulation [2], [3], the life cycle of malaria parasite in human blood [4] and vertebrae segmentation [5].

The thousands of SNPs generated are being extensively used for various applications such as the analysis of genetic diversity, map construction and orienting the scaffolds in whole genome sequencing projects.

The systematic dissection of the impact of (combinations of) individual culture parameters on transcriptional regulation enabled by chemostat-based microarray analysis can be applied to interpret transcriptome data generated in less extensively controlled, but highly relevant cultivation conditions in industry and in the laboratory.