Sentence examples for capable of identifying specific from inspiring English sources

The advancement of nanotechnology with a myriad of novel and engineered nanomaterials and their hybrids with attractive physiochemical properties has raised hopes for the development of DNA sensors capable of identifying specific nucleic acid sequences with single molecule precision, avoiding the need of skilled personnel or sophisticated machineries.

Taken together, these data demonstrate that we have developed an image-based screening system that is capable of identifying specific inhibitors of the Akt pathway.

Here we implemented a DTI sequence and whole brain tract-based analyses capable of identifying specific white matter tracts and their relationship with peak VO2.

Sociologists, biologists, economists, policy experts, and mathematicians must work hand in hand on issues such as foot-and-mouth disease, "mad cow" disease, and the development of sensors capable of detecting and identifying specific biological agents.

The detection of SNPs was performed using different genotyping technologies capable of identifying the specific alleles carried by each person.

Genetically defined mice are powerful tools that are capable of identifying roles of specific proteins in physiologic processes.

The approach proved capable of identifying the pages for specific medical conditions a person was looking at on the Planned Parenthood and Mayo Clinic websites even though both sites encrypt connections with HTTPS.

Scoping the literature failed to identify any comprehensive multi-dimensional assessment that was simple, fully structured and capable of identifying and distinguishing between specific impairments.

Furthermore, it should be capable of identifying subgroups of patients with specific sepsis complications, enabling target-specific preventive and therapeutic measures.

Based on a previous work by Oldenburg et al. [1], who proposed a method for a quick economic comparison of possible stepwise plant expansion scenarios versus building a full capacity plant, the approach presented in this paper is capable of identifying the optimal process-specific investment strategy on the level of unit operations.

Nitroxidation was the major cysteome modification in all cases, and the d-SSwitch methodology was capable of identifying and quantifying modification of specific cysteine residues.