Sentence examples for optimising procedures from inspiring English sources

The authors reporting the study proposed a list of best practices for coordinating care, which shows that organisation within the ICU plays an important role by optimising procedures (Table 2).

In culture, NPU cells were more fastidious than normal human urothelial (NHU) cells and, despite optimising procedures for growing, differentiating, and transferring sheets of porcine urothelium, cell-culture results were inferior to equivalent results using NHU cells.

Thus, we advise to test volumeters intended for clinical studies, to select an instrument with a high precision, and to optimise procedures until a reproducibility of short-term measurements in humans better than 20 mL is obtained.

The obtained results are useful for analysing belt mechanical properties under real operational conditions and for optimising operating procedures of belt conveyor systems.

Analysing the three-dimensional (3D) texture of skin substitute materials and evaluating their performance after covering skin defects is essential for improving their design and for optimising surgical procedures and post implantation wound treatment regimes.

However, delay after laboratory diagnosis can be minimised by optimising reporting procedures and using fast communication methods.

Because 25 30% of all knockout embryos are expected to show a cardiac phenotype at E14.5 15.5 (Adams et al., 2013), optimising exsanguination procedures will have a major impact on successful cardiac phenotyping.

The research optimised organisational procedures by using the critical path method (CPM) and introducing electronic data exchange to cut down the whole process by 170 min or 66.7%% of the total time spent at the border station.

Insight into this is important if we are to improve families' experiences of trial recruitment, as well as optimise enrolment procedures and suggest appropriate directions for future research.

This cohort, as well as the UK study mentioned above, is participating in the Epi-CT collaborative project that includes nine national cohorts intended to obtain powerful results about cancer risks after CT scans and aims at enhancing strategies to optimise CT procedures.

We evaluate and optimise each procedure, by experiment and numerical modeling, and provide new solutions for the preparation of precursors (no density matching processing required), the removal of satellite droplets, and the real-time analysis of double emulsion droplet shapes.