Sentence examples for procedure will enable from inspiring English sources

Eventually, he expects, refinements to the procedure will enable first responders to use it outside the hospital.

This latex immobilization procedure will enable future testing of single cells for exoelectrogenic activity on electrodes in BESs.

This procedure will enable effective multi-channel feedback for the designer/artist and provide unique learning opportunities in receiving and reacting to critical assessments.

The presented demand model and optimisation procedure will enable the design of low carbon district heating systems which integrate the heating system with the variable renewable electricity supply.

Combined with the school-level fixed effects, the IV or 2SLS procedure will enable us to obtain consistent peer effect estimates.

Since we found that different optical measurements were optimal for different cell lines, we suggest that following this procedure will enable other investigators to optimize their own cell sorters for volume-based separation of the cell types with which they work.

These procedures will enable the determination of the cell wall alterations known to occur in the important nongrowing "dormant" M. tuberculosis present during disease.

The current trial offers psychological training to generalist professionals (practice nurses) and the quality assurance procedures will enable clinical outcome data to be compared to quality assurance data where psychological intervention fidelity by the nurses was both strong and weak.

All of these imaging systems, together with steadily evolving histochemical reagents and procedures will enable investigators to continue to "push the envelope" with respect to making cutting edge discoveries pertinent to cardiovascular disease.

Herein, experimental and Finite Element analyses are coupled to generate knowledge to formulate an accurate and computationally efficient sizing procedure which will enable designers to routinely consider panel fabrication, via welding, accounting for the complex distortions and stresses induced by this manufacturing process.

We have shown here that even if the correlation between the currently available quantitative genetic interaction maps in yeast is relatively low, their comparability can be improved by means of our computational matrix approximation procedure, which will enable integrative analysis and detection of a wider spectrum of genetic interactions using data from the complementary screening approaches.