The phrase "better responsiveness" is grammatically correct and can be used in written English.
It is typically used to describe a system, device, or person's ability to react quickly and effectively to a stimulus or situation. Example: "The new software update promises better responsiveness and faster loading times for users."
In patients affected with oligodendroglioma this genotype is associated with increased progression-free and overall survival as well as a better responsiveness to durable response to chemotherapy [4], [10], [11], [12].
It suggests that high HA personality trait is associated with better responsiveness to morphine treatment, and that females respond better than men to both morphine and placebo.
In the residential sector, numerous programs are attempting to shift the behavior of individuals and households in the public interest for example toward more energy efficient practices, greater uptake of demand-side management technology, increased use of renewable energy, and better responsiveness to new tariffs (e.g., dynamic pricing), to name but a few.
The two goals of the present study were to (1) determine the ability of commonly used aerodynamic voice measures to capture change as a function of known interventions and (2) determine if certain aerodynamic measures demonstrate better responsiveness to change in specific disorder types than others.
However, CRAMP provides better responsiveness and results than the purely reactive scaling of ARVUE.
Incorporating more and faster feedback (type B, C) – better responsiveness (agility).
"She's alert for longer periods during the day, her walking is better, her responsiveness to stimuli around her in the home is better.
Cloning has also allowed us to identify cell lines with more desirable properties such as higher basal insulin secretion and/or better glucose responsiveness.
"Institutions which are chosen by students because they offer better quality, responsiveness and value for money should be able to grow if they wish and — if necessary — at the expense of those that perform less well".
Therefore, differentiating patients with better perfusion responsiveness to fluids matters a lot.
The application of rTMS and tDCS allowed interesting advance in the issue of cortical excitability, giving the chance to better investigate responsiveness and modulatory properties of cortical areas in migraine (see Table 1).
