Sentence examples for it is vital to use from inspiring English sources
When adjusting for differences in demographic and clinical risk factors among patients treated across providers, it is vital to use a validated and reliable tool.
Since the power consumption is the most restricting issue in sensors, it is vital to use the lowest possible number of sensors (sparse sensor networks) with the minimum processing computation; this topic also will not be discussed in this article.
Due to the complex and time consuming nature of the hull form generation, it is vital to use a nimble and precise method in designing and optimization of hull form of these vessels.
Therefore, in order to ensure the reliability of determination, it is vital to use such analytical methods that do not require the application of organic solvents or the placement of samples in media other than target intravenous solutions during studies of meropenem in the solid state.
Thus, it is vital to use the authentic RNA ligand, the Gag polyprotein, to identify a compound that will be inhibitory to RNA packaging in vivo, which, until now, has not been done.
From the analysis of the variability of the results, we conclude that it is vital to use equally treated samples for any particular experiment: If one sample requires amplification, all other samples should be amplified as well.
It's vital to use the right gratin dish, so the vegetables are immersed in enough liquid to be cooked through.
It's vital to use the pastry while it is still warm and pliable because once it cools the fats begin to harden and the pastry is likely to crack.
It's vital to use this to gain an advantage: for example, you can send the OWL off to hack alarms (as long as you have line of sight), which will stop the Helghast calling in a dropship full of reinforcements.
It's vital to use different passwords for each account and to change them every few months.
To quantify precisely the changes in β-cell function, it was vital to use a gold standard method that directly measured both first-phase and maximal insulin secretion rates (Fig. 7).
