Sentence examples for dpi performance from inspiring English sources

A less established use of IGC is for the prediction of DPI performance.

These findings imply the potential importance of using angular design features for multiple impactions to improve DPI performance.

The improvement in the DPI performance could be attributed to the presence of elongated carrier particles with smooth surfaces since these are believed to have less adhesive forces between carrier and the drug resulting in easier detachment of the drug during the inhalation.

Generally, DPI performance is determined by the design of the device (e.g., grid structure, mouthpiece length and geometry) 5 7, the formulation and the patients' respiration manoeuvre ; a number of studies have recently been performed to investigate the dependency of DPI performance on these factors.

The influence of formulation properties on DPI performance, such as particle size, particle concentration, particle morphology, particle surface roughness, density and porosity, crystal form, electrostatic charge, flowability and the type of ternary additive, has also been explored.

Since the dispersion ratio is governed by the ratio of the fluid drag force to the pull-off force, the current work suggests that DPI performance is the result of the balance of those two forces.

To do so, genes were compared in pairs based on their predicted performance (DPI), comparing the predicted best with the predicted worst, the predicted second best with the predicted second worst, and so on.

Then, we correlated their predicted proportionate performance: (2) PPP = DPI 1 DPI 1 + DPI 2, where DPI i > DPI j and 0.5 ≤ PPP ≤ 1.

It was found that the type and amount of the carrier had significant effects on the aerosolization performance of DPI.

In summary, how the specific properties of formulation components are directly linked to aerosolisation performance of DPI systems is highlighted in this article.

The results of the modeling analysis are expressed in terms of a doublet performance index (DPI, in m3/(h bar)), which is the average between the productivity and injectivity indices.