Sentence examples for laboratory implementation of from inspiring English sources

This paper describes the laboratory implementation of two semi-active tuned vibration absorbers (TVAs): a switching TVA and a sweeping TVA.

Regarding the actuators, no real hardware solutions have been used in the laboratory implementation of the system since they are closed solutions in which no software customizations are possible to add special functions to be used for performance evaluation purposes (e.g., execution time measurements).

In a real case, the following steps would be the examination and comparison of the mutant strains obtained in silico before the laboratory implementation of the pinpointed knockouts.

We conducted a retrospective review of University of Pittsburgh Medical Center outpatients cared for at a hospital-based primary care (i.e., GIM) clinic prior to and following routine laboratory implementation of eGFR reporting that began in October 2005.

There was a 112%% increase in ISH testing reported between the first and last time period for patients with EBC, which is attributable to a greater understanding of the ISH testing program (i.e., all patients should be tested for ISH, regardless of IHC results), laboratory implementation of the ISH testing algorithm, and an increased number of laboratories qualified to report ISH.

In a laboratory implementation of such a system, an E. coli strain producing colicin E2 (having DNase activity), a resistant non-producer strain, and a strain sensitive to colicin E2 have been shown to coexist in a dynamic equilibrium: on solid agar plates colicin producers killed and displaced sensitive cells, sensitive cells outgrew and displaced resistant cells that in turn displaced producers.

Because agar plate assays are routine in clinical laboratories, implementation of selection window dosing strategy is feasible.

Therefore providing the hope of moving beyond small-scale laboratory implementations to more practical problems.

Several laboratory implementation lessons were learned during the course of this study.

The issues of modeling, uncertainty modeling, performance specification, controller design, and laboratory implementation are discussed.

The laboratory implementation, in which analog electronics were used for the compensator, essentially verifies some of the sensitivity predictions.